Author: Jason Fouts

  • Signal Strength & Reports

    Terms

    The term “full quieting” in ham radio usually signifies a good quality signal on a repeater or FM transmission – it means that your signal is clear, free of static, and easily readable by others.

    The phrase Picket Fencing is used to describe the way an FM transmitter will cut in and out as it nears the capture threshold of a moving receiver or transmitter as it passes through fresnel zones, thus chopping the speech of the transmitting operator. It refers to the way portions of speech are stripped from the conversation, as if the listener was walking by a picket fence, and hearing a conversation on the other side that changes audibly depending on the position of the pickets relative to the listener.

    This phrase is also used to describe the same audio phenomenon in digital voice modes which is caused by various methods including being on the fringe of a coverage range. In some digital modes this is caused by “packet loss”

    Another term which isn’t as much about a signal report but rather why a signal could be bad is multipath. Multipath is the propagation phenomenon that results n radio signals reaching the receiving antenna by two or more paths. Causes of multipath include atmospheric ducting, ionospheric reflection and refraction, and reflection from water bodies and terrestrial objects such as mountains and buildings. Just as it sounds the signal is taking multiple paths and can result in the same signal being received at the receiver at multiple time delays. Digital modes tend to be more susceptible to multipath.

    Analog

    RST

    Amateur radio users in the U.S. and Canada have used the R-S-T system since 1934. This system was developed by amateur radio operator Arthur W. Braaten, W2BSR. It reports the readability on a scale of 1 to 5, the signal strength on a scale of 1 to 9, and the tone of the Morse code continuous wave signal on a scale of 1 to 9. During amateur radio contests, where the rate of new contacts is paramount, contest participants often give a perfect signal report of 599 even when the signal is lower quality, because always providing the same signal format enables them to send Morse code with less thought and thus increased speed.

    Obviously in phone or “voice” modes only the first R and S are used and often stated in the “5 by 9” fashion.

    ReadabilitySignal Strength
      
    R1 UnreadableS1 Faint signals, barely perceptible
    R2 Barely readableS2 Very weak signals
    R3 Readable with difficultyS3 Weak Signals
    R4 Readable with no difficultyS4 Fair signals
    R5 Perfectly readableS5 Fairly good signals
     S6 Good signals
     S7 Moderately good signals
     S8 Strong signals
     S9 Extremely strong signals
    Tone
     
    T1 Extremely rough hissing note
    T2 Very rough AC note, no trace of musicality
    T3 Rough, low pitched AC note, slightly musical
    T4 Rough AC note, moderately musical
    T5 Musically modulated note
    T6 Modulated note, slight trace of whistle
    T7 Near DC note, smooth ripple
    T8 Good DC note, just a trace of ripple
    T9 Purest DC note

    Plain-language radio checks

    The move to plain-language radio communications means that number-based formats are now considered obsolete, and are replaced by plain language radio checks. These avoid the ambiguity of which number stands for which type of report and whether a 1 is considered good or bad. This format originated with the U.S. military in World War II, and is currently defined by ACP 125 (G), published by the Combined Communications Electronics Board.

    The prowords listed below are for use when initiating and answering queries concerning signal strength and readability.

    ProwordMeaning
    RADIO CHECKWhat is my signal strength and readability; how do you hear me?
    ROGERI have received your last transmission satisfactorily.
    NOTHING HEARDTo be used when no reply is received from a called station.
    ProwordMeaning ProwordMeaning
    LOUDYour signal is very strong.AND or BUT, depending on which prowords are combinedCLEARThe quality of your transmission is excellent.
    GOODYour signal strength is good. READABLEThe quality of your transmission is satisfactory.
    WEAKYour signal strength is weak. UNREADABLEThe quality of your transmission is so bad that I cannot read you.
    VERY WEAKYour signal strength is very weak. DISTORTEDHaving trouble reading you due to interference.
    FADINGAt times your signal strength fades to such an extent that continuous reception cannot be relied upon. WITH INTERFERENCEHaving trouble reading you due to interference.
    INTERMITTENTHaving trouble reading you because your signal is intermittent. 

    Digital

    In the digital realm signal strength is irrelevant as it isn’t something that can be distinguished via the human ear. What can be reported upon is audio level which can be adjusted in a radio by the mic gain. Another item which can be reported on in some digital systems with forward error correction is packet loss. Basically the error correction isn’t able to piece the message together at 100% accuracy and therefore it results in choppy transmissions. We have all experienced this phenomenon with cellular telephones. This can be caused by many things, including weak signal, intermittent signal, multi-path and interference.

  • Repeater Use & Etiquette

    RuleEtiquette
    XID, using your call sign every 10 minutes and at the end of your transmission.
    XLISTEN, listen, LISTEN! It is important to get a feel for who traffic is flowing on a repeater and how the current users are handling their conversation. You will always learn a lot by simply listening.
    XPause between transmissions. “Quick keying” gives the appearance that other hams are unwelcome in your conversation, not to mention it prevents emergency traffic from breaking in.
    XRepeaters can be open or closed. If a repeater is closed it is private to club users only. If you want to use that specific repeater, join the sponsoring club.
    XRepeater communications should be kept to a minimum in case someone needs to use it for an emergency; always use simplex mode if you can.
    Some repeaters are specifically for “rag chew” or just conversation. In these instances just make sure you are leaving an opportunity for others to get in.
    XIf you feel compelled to interrupt an existing conversation, remember that it is no more polite to do so on the air than if you did it in person.  Would you barge into a roomful of people engaged in a discussion without saying anything of interest? …or even worse, saying something completely unrelated to the topic of conversation?
    XDon’t cough, clear your throat, laugh, or make little noises like hmmm or randomly saying yeah. Always be brief and don’t try to fill dead air. If you have nothing to say or nothing more to contribute back out of a conversation.
    XXDon’t act like some sort of Broadcast Radio station.  Your fellow Amateurs  will most likely not appreciate such a blatant display of personal ego.
    XWhen you need to break into a conversation, simply give out your call and wait for someone to acknowledge you.
    XXIf you have an emergency, you may break into any communication on any frequency by saying EMERGENCY. Don’t use BREAK or BREAK BREAK, these aren’t universally understood. The word EMERGENCY is.
    XTo make a call on a repeater to a specific person, give their call and then yours and wait for a response. If you suspect they may have a radio which is scanning, key up for a second before speaking and give their call twice before giving yours. Saying CQ on a repeater is frowned upon and may make you appear like a “newbie”.
    XWhen doing a radio check, give your call and then radio check and wait for someone to call back. If you are just testing and don’t want a response, Give your call, then say testing, and then your call again and clear.
    XKnow your own signal quality before responding to a signal or radio check. If you aren’t getting into the repeater or hearing it well, you aren’t going to be giving accurate information about someone else’s signal.
    XThe word clear means someone is leaving their radio or shutting it off. Do not try to talk to someone after they have said they are clear.
    XIf one station calls another, and there is no answer, don’t be insulted if the calling station doesn’t respond if you “drop your call”. They may have been looking for someone specific and really aren’t interested in a general chat, or they may have moved to another frequency.
    XXIt is no longer required by Part 97 to add mobile or portable to your call, but you will still hear those who do. While adding “mobile”, “portable”, or even “marine” isn’t required, there is certainly nothing wrong with continuing the practice. Doing so allows other to be aware of your circumstance and that you could drop out of range easily.
    XDo not monopolize the repeater.  If 90 % of the conversations for long periods of time, night after night, include you and one or two others, something is wrong.  If other hams turn off their radios for big blocks of time because they can hardly talk to someone other than you, something is wrong.  You do not own, nor single handedly finance the repeater.  It is suppose to be a shared resource. Always welcome others into your conversations, don’t drive other people off the air.  You know who you are!
    XIgnore those who cause interference and others who try to disrupt the repeater’s normal operation.  Without any reaction from the repeater users, they will have no audience and probably go away in short order.
    XIf you are someone who is the subject of frequent interference, it may be a sign that you are aggravating people with your operating habits.  This may be a sign that it is time for you to adjust your attitude and use of the repeater.  This isn’t always the case, but history has shown that those who have the most trouble with jammers are the ones who have caused the most friction among the repeater users.
    XWhen IDing you don’t need to say “for ID” or anything of that nature. When you give your call everyone knows the reason for it. It is a waste of air time and redundant.
    XBe upbeat and courteous.  Don’t complain.  This especially includes complaining about other hams, the repeater, or some aspect of the hobby.  We all deal with unsafe and discourteous drivers, please don’t describe their actions to us on the air.
    XDo not use phrases learned on 11 meters such as “handle“, “making the trip“, “got a good copy on me?“, “the personal here is…“, “what’s your 20?“, “you’re giving me 20-pounds“, and other strange phrases which should stay on CB.  Speak plain English; this is not a cult.  The less said about 11 meters on the air the better. Many HAMs are a bit stuck up when it comes to CBers so it’s a good idea to avoid that lingo.
    XXUse plain language that everyone understands. 2m and 70cm are interoperability bands. Q Signals and Radio short codes aren’t appropriate. 10 Codes, 12 Codes etc are never appropriate in Amateur Radio. Also on a repeater unless you have a weak signal phonetics aren’t usually necessary and take up precious air time. If requested, use them, otherwise don’t.

    Part 97 rules forbid the use of coded transmissions in order to “obscure their meaning”. Anything you say on HAM radio must be able to be understood by all HAMs.
    XFollowing a round-table, or rotation format is the best way for 3 or more to participate.  Don’t ignore people by not passing it to them for several turns.
    XXDon’t kerchunk the repeater without IDing. It’s incredibly rude and illegal.
    XAs with all amateur radio, NO politics, religion or sex.
    XIt is not necessary to give the other person’s call when ending a conversation. This is wasted air time. The other person will give their call when they sign off. You will always hear the old timers do it this way.
    XDon’t give out your call on a repeater and then just leave. Others might try to call you and this is incredibly rude. At least say clear so others know you are leaving.
    XJUST BECAUSE OTHERS VIOLATE THESE GUIDELINES DOESN’T MAKE IT RIGHT. BE THE EXAMPLE OTHERS WILL FOLLOW. On that same topic, remember not to be the radio police. If others are violating these, don’t confront them on the air. Just be the example. Also remember, much of this is just a set of guidelines to help you be the best HAM you can be. Others may do things a bit different and most cases that’s okay.
  • How to become a HAM

    All you ever wanted, and maybe didn’t want to know.

    To become a HAM or Amateur Radio Operator you must hold an amateur FCC license. This means taking a test from a local VE (Volunteer Examiner) group.

    I am going to list a lot of links on this page where you can go to take practice tests, real tests, FCC info as well as other resources to learn. We try to keep lots of learning materials on our site, but we are still growing.

    Lets first discuss what a HAM is and why you might want to be one. HAM means Amateur Radio Operator. Where it came from is a mysterious story for another post. Many ask, what do they mean by “amateur”. Most HAMs are anything but “amateur” but the FCC labeled the class of licenses amateur because they also issue licenses for those who work on radios professionally for a job. You can see where that could get confusing. When you consider that the first license for amateurs is a “Technician” license, it’s important that the amateur label get on their as well. A commercial radio license is much different.

    Levels of Amateur Radio Licenses

    Amateur Radio is regulated by the Federal Communications Commission (FCC) under the Communications Act of 1934. It is also subject to numerous international agreements. All Amateur Radio operators must be licensed. In the U.S., there are three license classes. The higher the class of license, the more frequencies are available. Earning each higher class license requires passing a more difficult examination. Although regulated by the FCC, license exams are given by volunteer groups of Amateur Radio operators. Operating under organizations called Volunteer Examiner Coordinators, volunteers administer and grade tests and report results to the FCC, which then issues the license. U.S. licenses are good for 10 years before renewal, and anyone may hold one except a representative of a foreign government.

    Starting with the lowest which has the least amount of privileges moving up to the highest.

    This was restructured in 2000, prior to that there had been more classes, some think that was better, some worse, either way this is where we are now.

    • Technician Class

    The Technician class license is the entry-level license of choice for most new ham radio operators. To earn the Technician license requires passing one examination totaling 35 questions on radio theory, regulations and operating practices. The license gives access to all Amateur Radio frequencies above 30 megahertz, allowing these licensees the ability to communicate locally and most often within North America. It also allows for some limited privileges on the HF (also called “short wave”) bands used for international communications.

    • General Class

    The General class license grants some operating privileges on all Amateur Radio bands and all operating modes. This license opens the door to world-wide communications. Earning the General class license requires passing a 35 question examination. General class licensees must also have passed the Technician written examination.

    • Extra Class

    The Amateur Extra class license conveys all available U.S. Amateur Radio operating privileges on all bands and all modes. Earning the license is more difficult; it requires passing a thorough 50 question examination. Extra class licensees must also have passed all previous license class written examinations.

    Study Materials

    Where to take practice tests

    Where to take a REAL test and become a HAM

    This is a hard one because there are multiple organizations who coordinate Volunteer Examiners and even beyond that many of those volunteer examiners aren’t very good about  keeping people in the loop as to when they are testing. It is usually easier to find a testing session in a bigger city because they are more organized. Check all the resources below, but also check local news outlet for community events and even local HAM club websites.

    Below is a list from the FCC for Volunteer Examiner Coordinators at the highest level. You can contact the one closest to you for more information if you are still having trouble finding a test location and time.

    Anchorage ARC VEC

    P.O. Box 1283

    Kodiak, AK 99615

    P: 907-987-6716

    E: vec@kl7aa.org

    American Radio Relay League (ARRL)

    225 Main Street

    Newington, CT 06111-1494

    P: 860-594-0300

    F: 860-594-0339

    E: VEC@arrl.orgOpens in New Window

    Central America CAVEC, Inc

    1204 Governors Dr SE

    Huntsville, AL 35801

    P: 256-509-5271

    E: CAVEC.Org@gmail.com

    Golden Empire Amateur Radio Society (GEARS)

    P.O. Box 508

    Chico, CA 95927-0508

    P: 530-893-9211

    E: myw6js@gmail.comOpens in New Window

    Greater L.A. Amateur Radio Group

    POB 500133

    Palmdale, CA 93591

    P: 661-264-1863

    E: vec@glaarg.org

    Jefferson Amateur Radio Club

    P.O. Box 73665

    Metairie, LA 70033

    E: w5gad.vec@w5gad.org

    P: 504-636-8809

    Laurel Amateur Radio Club, Inc.

    5287 W Belmont Rd

    Tucson, AZ 85743

    P: 520-219-0452

    E: aa3of@arrl.net

    MRAC VEC, Inc. (Milwaukee)

    2505 S. Calhoun Rd., #203

    New Berlin, WI 53151

    E: MRACVEC@gmail.com

    MO-KAN VEC Coordinator

    228 Tennessee Road

    Richmond, KS 66080-9174

    P: 785-615-1097

    E: bill.wo0e@gmail.com

    Sandarc-VEC

    5511 Maryland Ave

    La Mesa, CA 91942-1519

    P: 619-843-3747

    E: n6nyx@arrl.net

    Sunnyvale VEC Amateur Radio Club, Inc.Opens in New Window

    P.O. Box 60307

    Sunnyvale, CA 94088-0307

    P: 408-255-9000

    E: vec@amateur-radio.org

    W4VEC Volunteer Examiners Club of America
    P. O. Box 41
    Lexington, NC 27293-0041
    P: 336-249-8734
    E: raef@lexcominc.net

    W5YI-VEC

    P.O. Box 200065

    Arlington, TX 76006-0065

    P: 800-669-9594

    E: NB5X@w5yi.org

    Western Carolina Amateur Radio Society VEC, Inc.

    7 Skylyn Ct.

    Asheville, NC 28806-3922

    P: 828-253-1192

    E: wcarsvec@wcarsvec.net

    Previous Article

    History of Radio and Particularly Amateur Radio

  • History of Radio and Particularly Amateur Radio

    Credit to Dave Casler, KE0OG for most of this compiling.

    1890s and before

    1844 Morse telegraph
    1858 First transatlantic cable (doesn’t last even a year because of gross misuse occasioned by complete lack of understanding of the physics involved)
    1865 Continental Morse code differs from American Morse in about half the characters and all the punctuation and numerals
    1865 ITU (International Telegraph Union) formed. ITU (International Telecommuncations Union) still exists and governs worldwide use of radio spectrum
    1866 Successful transatlantic cable
    1868 Mahlon Loomis demonstrates wireless telegraphy of two stations 18 miles apart
    1800s Development of experiments and understanding of electricity: Oersted, Ampere, Faraday, Henry (1832)
    1860-1861 James Clerk Maxwell wrote his equations which completely describe classical electromagnetics
    1880 Heaviside invents coaxial cable and patents it in England
    1883 Edison discovers “Edison effect,” actually a diode, but does not capitalize on it
    1887 Hertz demonstrates that Maxwell’s postulated electromagnetic field (EMF) exists
    Oliver Heaviside recasts Maxwell’s equations in their present form
    1890s Marconi does his early work
    Spark transmitters are invented
    1897 formation of Marconi’s Wireless Telegraph and Signal Company Ltd
    1889 Marconi bridges English Channel with wireless

    1900s

    1901 Marconi spans Atlantic (first contact is disputed, but other contacts followed) using spark transmitter and coherer detector
    1901 Fessenden invents heterodyning
    1902 Arc oscillator using a “negative resistance” effect in carbon arc; generates “pure” undamped wave
    1900s Synchronous rotary arc, caused an audio modulation of signal; permits easier reception (sort of like MCW)
    1902 Heaviside postulates ionosphere
    1903 Wright brothers: first controlled, powered, heavier than air flight at Kitty Hawk, NC
    1904 Fleming valve (diode) invented by experimenting with Edison effect
    1905 widespread use of 500 kHz as ship distress frequency
    1905 Vibroplex introduced; still manufactured today
    1905 SOS starts being used; gradually replaces CQD
    1906 deForest adds grid (“Audion”–a triode) with amplification factor of about 4 to 20
    1906 First broadcast of human speech and music, Fessenden
    1906 The term “radio” introduced
    1906 Hugo Gernsback opens Electro-Importing Company
    1907 Einstein discovers E=mc**2 relationship
    1900s Galena, silicon, and carborundum crystal receivers (a loose contact with galena via a “cat whisker” forms a diode)
    1908 Hugo Gernsback publishes Modern Electrics magazine, first radio magazine
    1909 Hugo Gernsback founds Wireless Association of America
    Late 1900s Airways were a contentious mess with constant QRM
    1909 Radio Club of America formed
    1909 Don Wallace (later W6AM in 1928) on air for first time; later becomes famous for his huge rhombic
    farm atop Rancho Palos Verde in Los Angeles area

    1910s

    1910 cat whisker detector
    Around 1910, term “ham” applied to amateurs; original meaning was derogatory, but hams wore it with pride
    and still do
    A well-designed kilowatt transmitter has range of perhaps 100 miles (most of the kilowatt is wasted in the
    spark, signals extremely broadband)
    1910 Gernsback issues Wireless Blue Book: first compendium of 90 stations
    1912 Armstrong uses feedback in an Audion; amplifiers and oscillators become practical
    1912 RMS Titanic sinks; major turning point in radio history
    1912 Radio Act of 1912 prompted by Titanic disaster; “ownership” of bands removed from Marconi
    company; licenses required; amateurs licensed and restricted to “200 meters (and down)” (meaning 1.5 MHz and up);
    first licensed amateur is 1ZE, Irving Vermiolya; essay tests required!
    1912 Q-codes developed; still used today; original list had 50
    1912 International Morse introduced to replace both American Morse and Continental Morse; this is the code
    we use today
    1912/1913 Armstrong invents regenerative receiver; becomes public in 1915; vastly more sensitive than
    crystal radios
    1913 Severe windstorm in midwest creates blackout; first documented emergency communications by hams
    1913 Wireless Society of London founded; later becomes RSGB
    1914 Hiram Percy Maxim and Clarence Tuska create Amateur Radio Relay League with backing of Radio
    Club of Hartford, which appropriated $50. Primary purpose to move traffic in an orderly way;
    1914 Beginning of WW1 in Europe, “The Great War,” “The war to end all wars”
    1915 QST publishes first issue
    1915 Ray Kellog invents electric moving coil loudspeaker
    1915 John Carson applies for patent on idea to suppress carrier and one sideband
    1917 Code speed requirement raised to 10 wpm
    1917 US entered war; 4000 hams would serve; war ended in 1918; During WWI, QST shuts down
    1917 saw 6000 amateurs in US armed forces
    1918, 1919 HPM lobbies heavily for return of amateur radio; succeeds; shows lobbying power of ARRL
    1918 Armstrong invents superheterodyne technique (creation of an intermediate frequency); also attributed to
    Levy of France
    1919 Beverage antenna developed
    1919 First use of “Wouff Hong” as something used to remedy poor operating techniques

    1920s

    Tuned Radio Frequency (TRF) radios become common; superhet becomes common toward end of decade
    1920 First “Radio Amateur’s Callbook” with Flying Horse design
    1920 First licensed broadcast station KDKA, still operates today
    1921 first transatlantic two-way CW in 1923 (France/US) on 110 meters (about 2.7 MHz)
    1921 Round-trip cross-USA message in 6.5 minutes
    1921 Pacific Radio News magazine founded, later becomes Radio News, after WWII becomes CQ
    1921 10,809 amateurs in US
    1922 16,467 amateurs in US; growth rate phenomenal!
    1922 Wireless Society of London becomes Radio Society of Great Britain (RSGB), still active today
    1922 Amateur First Grade and Amateur Second Grade (latter for those hams not personally examined by a
    US Radio Inspector) 10 wpm code, less than 1KW input power
    1922 Carson describes FM and concludes it’s inferior to AM (Armstrong’s contribution comes a decade later)
    1922 Armstrong invents super-regenerative receiver; used very few components, but superhet superceded it in
    popularity
    1923 Patent granted for SSB
    1923 WWV starts broadcasting time and frequency
    1923 US Bureau of Standards suggests using frequency instead of wavelength
    1924 Quartz crystals introduced to amateur community
    1924 Spark banned on new amateur bands at 80, 40, 20 and 5 meter
    1925 MARS precursor, the Army’s Auxiliary Amateur Radio System (AARS) formed by Signal Corps
    1925 Dynamic loudspeakers appear
    1926 Spark prohibited for US Amateurs
    1926 Yagi and Uda invent what we today call the Yagi (beam) antenna
    1926 Japan Amateur Radio League (JARL) formed
    1926 IARU introduces Worked All Continents (WAC) award
    1920s Price of vacuum tubes falls (Moore’s law already?)
    1920s Amateurs use tubes for transmitting CW; very narrow bandwidth, allows putting lots of power on one
    frequency
    1920s At end of decade amateurs had harmonically-related bands 160, 80, 40, 20, 10, 5
    IARU formed
    1920s Broadcast explodes; 1927 Radio Act; Federal Radio Commission formed to manage civilian
    communications (government frequencies managed separately: a situation that still exists)
    1928 US callsigns add a W or K prefix
    1928 Segal, W9EEA, writes a “suggested amateur’s code” (considerate, loyal, progressive, friendly, balanced,
    and patriotic)
    1928 First television station, W3XK
    1929 Screen grid introduced (tetrode); suppressor grid (pentode) a year later
    1929 German inventor Rudolph Hell invents Hellschreiber (light writer)
    1929 Stock market crash; beginning of Great Depression

    1930s

    1930 AM allowed on 20 meters
    1931 Empire State Building opened
    1931 AT&T patents a coaxial cable (originally invented by Heaviside in 1880)
    1932 First panadapter (frequency analyzer) allows spotting of signals visually
    1932 Beginnings of Amateur Radio Emergency Service (ARES)
    1933 First Field Day; W4PAW group wins with 62 QSOs
    1933 R/9 Magazine published articles by W6DEI, Robert Moore, on SSB; articles not widely noticed
    1933 Astatic crystal microphones introduced
    1933 President Roosevelt begins “fireside chats” via radio
    1934 Communications Act (still in effect) creates Federal Communications Commission (FCC)
    1934 Logs required
    1936 HPM SK
    1936 Armstrong publishes classic paper on FM; same method used today
    1936 ARRL introduces Worked All States (WAS) Award
    1937 ARRL acquires HPM’s W1AW callsign, still used to this day
    1937 DXCC introduced (discontinued during WWII)
    1937 Marconi SK
    1938 ARRL’s W1AW station dedicated in Newington, CT, in building still used
    1938 Coax RG/U (Radio Guide Utility) numbers introduced (e.g., RG-8, RG-58)
    1938 Orson Welles’s “War of the Worlds” broadcast
    1939 Beginning of war in Europe; amateur operations restricted
    1939 Cubical quad antenna introduced
    1939 51,000 US hams
    1939 FCC introduces multiple-choice tests
    1939 RCA introduces 811 transmitting tube

    1940s

    1941 Japanese attack Pearl Harbor; US enters war; all amateur activity ceases
    1940s Of 60,000 US amateurs, 25,000 serve in armed forces, 25,000 more serve in industry or training
    positions (back then, amateurs were much younger). During war, military frequently looks to ARRL for technical
    advice; ARRL Handbook becomes invaluable aid to developing radios for military use
    1942 War Emergency Radio Service (WERS) on 112 MHz; terminated after VJ day in 1945
    1942 ARRL publishes a Defense Edition of ARRL Handbook
    1943 US Supreme Court rules in Tesla’s favor regarding radio patents by Marconi (culmination of a decades long
    dispute)
    1945 Civilian radio use explodes; many manufacturers
    1945 Coax cable in wide use (was invented in 1880 by Heaviside)
    1945 CQ magazine commences publication; predecessor magazines include Pacific Radio News
    1945 6 meter and 2 meter bands added (forcing hams to change equipment from 5 meter and 2.5 meter bands)
    Post 1945, military surplus radio equipment floods market
    1946 first meteor scatter contacts
    1946 Tenth call district added
    1946 G5RV invents G5RV antenna
    1947 11 meter band added on shared basis
    1947 Hams at Stanford University in California begin experiments with SSB–took a decade to become
    common
    1947 Transistor invented by Shockley et al at Bell Labs
    1947 First electronic kit by Heathkit
    1947 Quarter Century Wireless Association (QCWA) formed (25-year veterans); club still operates
    1947 Beginnings of the “Red Scare”; through 1954 and beyond
    1948 AARS changed to MARS

    1950s

    1950 US amateur population around 90,000
    1951 Novice, Tech and Amateur Extra licenses. Old A, B, C, become Advanced, General, and Conditional.
    Novice is HF plus some VHF, 5 wpm code test; Tech is 220 MHz and up, 5 wpm code test
    1951 AT&T introduces Direct Distance Dialing (DDD); takes years to become universal in US
    1952 15 meter band added
    1952 RACES founded
    1952 Special privileges for Advanced and Amateur Extra were withdrawn (meaning Generals had all
    privileges)
    1952 Central Electronics offers SSB gear
    1953 first amateur moonbounce
    1954 Texas Instruments introduces first all-transistor AM broadcast band receiver; Tokyo Tsushin Kogyo of
    Japan picks it up, changes its company name to Sony
    1954 first color television system; what an opportunity for TVI!
    1954 first all-transistor computer
    1954 Herbert Armstrong SK
    1955 160 meters returned to hams; many restrictions that were gradually lifted
    1955 Collins introduces the “gold dust twins,” the 75A-4 receiver and the KWS-1 transmitter; both optimized
    for SSB
    1956 Elvis Presley’s “Heartbreak Hotel” becomes US #1 single
    1956 TAT-1, first transatlantic telephone cable, went into operation
    1957 Sputnik; education system in US overhauled to create scientists needed for defense development;
    “missile gap”
    1957 to 1962 CONELRAD; Hams had to monitor certain local broadcast signals; if these went off the air,
    hams were to go off the air also
    1957 First integrated circuits by Fairchild Semiconductor; 1958 Jack Kilby invents first monolithic IC
    1957/1958 International Geophysical Year
    1957 Slow scan TV defined
    1957 Drake issues first amateur band product, the 1A receiver
    1958 Class D Citizen’s Band on 11 meters; hams lose 11 meters (huge uproar!)
    Late 1950s Log periodic antenna developed at University of Illinois

    1960s

    1960 FCC grants special temporary authority for SSTV
    1960 First two-way 1296 MHz EME contact
    1960 73 Magazine begins publishing by Wayne Green, W2NSD, who was often at odds with the ARRL
    1960 QST surveys readers, finds about 50%-50% split between SSB and AM; though 20 meters about 75%
    SSB
    1961 Montrose Amateur Radio Club formed!!
    1961 Email invented
    1961 first OSCAR; formation of AMSAT in 1969
    1962 Cuban Missile Crisis
    1963 ARRL moves its headquarters from Hartford to W1AW site in Newington
    1963 Kennedy assassinated
    1963 250,000 hams; CBers outnumber ham population
    1963 Drake introduces TR-3 transceiver
    1964 IOTA (islands on the air) award created
    1965 Gordon Moore articulates Moore’s Law
    1967 Hugo Gernsback SK
    1967 Incentive licensing removed privileges from General hams; huge controversy; ARRL was in favor of
    incentive licensing; caused enormous public relations problems for ARRL; exclusive Advanced and Extra subbands
    on 80, 40, 20, 15, and 6 (Even though there was incredible resistance to this, these subbands remain! Except on 6
    meters)
    1968 FCC suthorizes SSTV
    1969 Man lands on the moon and returns safely
    1969 First computer network between major university campuses; first ARPANET message (predecessor to
    the Internet)

    1970s

    FM repeaters gain major traction
    Channelized FM
    Mc and Kc replaced by MHz and kHz (metric system)
    1970 270,000 US hams
    1970 Drake TR-4 introduced
    1971 Yaesu introduces FT-101 HF transceiver; it and its successors are highly popular
    1972 Novices can use VFO; no longer “rock-bound”
    1972 Kenwood introduces TS-520 HF transceiver
    1972 FCC widened HF phone bands; reduced impact of incentive licensing
    1972 First repeater; duplexer made from discarded Navy shell casings
    1975 ARPANET declared “operational”
    1975 MIPS Altair 880 microcomputer uses Intel 8080
    1976 Requirement removed to change callsign if you moved to a different call area
    1976 Microsoft begins business
    1976 Apple 1 computer released
    1977 Radio Shack TRS-80 released
    1977 327,000 US hams; portable and mobile identification no longer required
    1977 Instant upgrades became available, license fees abolished
    1977 Experience requirement for Extra eliminated; Conditional class is abolished
    1978 Novice term 5 years and renewable
    1978 first Canadian experiments with packet using ASCII
    1979 ICOM America established
    1979 WARC Conference; new amateur bands at 10, 18, and 24 MHz (30 meters, 17 meters, and 12 meters);
    known as WARC bands; King Hussein of Jordan, JY1, provides key support

    1980s

    1980 FCC permits ASCII, which enables packet for US hams
    1980 Russia launches first amateur satellites, destroyed in launch failure; three years to replace
    1981 Tuscon Amateur Packet Group (TAPR) formed
    1982 First access to 30 meters for US hams; restrictions apply
    1982 AMTOR (Amateur Teleprinting over Radio) developed; adaptation of SITOR for amateur use, offers
    error-free communication
    1983 Owen Garriott, W5LFL, takes 2 meter rig into space; NASA creates SAREX (Shuttle Amateur Radio
    Experiment)
    1983 first cellular telephone network in US
    1983 1000-watt input rule replaced by 1500 watt peak output rule. Most modes gained power, but some (e.g.,
    AM) lost power.
    1984 License terms extended to 10 years
    1984 Launch of Volunteer Exam Coordinator program
    1985 PRB-1 provides modicum of protection from local government regulations regarding outdoor antennas
    (does not override CC&Rs, though); “reasonable accommodation”
    1985 24 MHz band and 902 MHz bands are opened for amateur use; 10 MHz band allotted permanently
    1986 AEA releases PK-232; digital modes on HF explode (RTTY, AMTOR, PACTOR)
    1987 Novice/Tech 10 meter SSB privileges from 28.3 to 28.5
    1988 International Marine Organization (UN) establishes GMDSS system; effect is to end Morse code use by
    both commercial (high seas shipping) and military interests
    1989 17 meter band becomes available
    1989 over 500,000 US amateurs

    1990s

    1991 No code Tech
    1991 Invention of the Word Wide Web at CERN in Switzerland
    1993 Coast Guard ceases monitoring 500 kHz emergency frequency
    1993 Global Positioning System (GPS) achieves Initial Operational Capability (IOC)
    1995 Vanity call signs
    1997 Internet Radio Linking Project (IRLP) launched
    1997 Kachina radio introduced; controlled via a PC; exits ham market in 2001
    1990s Cell phones start to render autopatches obsolete
    1990s World Wide Web becomes widely used
    1990s APRS (Automatic Position/Packet Reporting System) becomes more popular
    1998 Advent of PSK-31; uses computer soundcard and vastly opens up HF digital radio without need for
    expensive TNC; the original software required extremely precise tuning;
    1999 Many commercial CW stations close. Globe Wireless closes last coast station in North America to use
    Morse
    1990s Appearance of software-defined radios
    1999 TenTec introduces Pegasus; requires PC to control; later released as Jupiter with self-contained front
    panel

    2000s

    2000 FCC reduces number of classes to three: Technician, General, Extra; reduces code requirement to 5
    wpm
    2000 Digipan released; makes PSK-31 easy, PSK-31 use explodes, still most popular digital mode today
    2001 First amateur two-way transatlantic exchange on 136 kHz, with 90-second dits and 180 second dahs, the
    contact took two weeks to complete
    2002 EchoLink
    2003 ITU ratifies changes to Radio Regulations to allow each country to determine Morse code requirement
    2006 All Morse testing requirements for US ham licenses abolished
    2007 Over 652,000 US hams

    2010s

    2011 Montrose Ham Radio Club turns 50! (And IBM turns 100!)
    2012 US ham population 738,497
    2014 ARRL is one century old
    2015 QST is one century old

    Sources include the ARRL’s Ham Radio History page at http://www.arrl.org/ham-radio-history, several Wikipedia articles, the ham radio history compiled by Rod Dinkins, AC6V (SK), at http://ac6v.com/history.htm (he provides a list of many contributors), and the excellent and detailed history on the site of Thierry Lombry, ON4SKY, at http://www.astrosurf.com/luxorion/qsl-ham-history.htm.

  • International Telecommunication Union Phonetic Alphabet

      Word list adopted by the International Telecommunication Union

      A–Alfa

      B–Bravo

      C–Charlie

      D–Delta

      E–Echo

      F–Foxtrot

      G–Golf

      H–Hotel

      I–India

      J–Juliett

      K–Kilo

      L–Lima

      M–Mike

      N–November

      O–Oscar

      P–Papa

      Q–Quebec

      R–Romeo

      S–Sierra

      T–Tango

      U–Uniform

      V–Victor

      W–Whiskey

      X–X-ray

      Y–Yankee

      Z–Zulu

    • January 2021 Pickle Barrel Review

      The official newsletter of the Weston Mountain Digital Radio Association


      Introduction

      Greetings and welcome one and all to the Pickle Barrel Review! This is our regular monthly newsletter publication filled with the latest happenings not only of the W7NEO system, and the NE-OREGON room, but System Fusion and other Ham Radio related goings on as well. That said, we invite others to contribute with articles, or if your club or organization is having an event such as a tailgate, swap meet, VE testing, or whatever you can list it here as well (Sorry your cousins bachelor party doesn’t count). The only thing we ask is that your contribution be nonpolitical (unless it’s a government action that directly affects Ham Radio), respectful of others (no personal attacks), and relatively family friendly (Although I’m sure your quite proud of it, we really don’t want to see your new tattoo).  So, all that said, feel free to reach in the barrel, grab yourself a pickle, pull up a chair and have a sit while we discuss the latest happenings in System Fusion, and Ham Radio in general.


      Repeater Updates

      Given that winter is nearly in full array there isn’t much to report this month as far as the repeaters go. But we did manage to get alittle something done.

      You’ll recall that the Roosevelt machine (145.190) had some water accumulation in the antenna causing the SWR to be excessive (5.0:1). Even though we were able to get the SWR down to something more reasonable (2.3:1) we still put a replacement antenna on order from Sinclair (Model SC246). We were also able to obtain permission from the site owner to move our antenna up from the current 35ft level to a 90ft position. However, when we attempted to do so we found the current coax runs to be damaged. So, we have ordered a run of 7/8” Heliax and will be installing that instead. Hopefully, this should provide a significant improvement in coverage for the Roosevelt (145.190) repeater.

      Yeasu has just released a firmware update for the DR2X repeater. It mainly addresses the problem with the repeater sticking in analog while in the AMS (Automatic Mode Switch) configuration. Fortunately, although all of the W7NEO machines are DR2X’s, with the exception of the two DR1X machines running strictly in analog (Cabbage Hill – 146.880 & Weston Mt – 441.700) all of the DR2X’s are currently running in “Fixed Digital.” So, there is no immediate need to install the upgrade, and it can wait until spring.

      Lynn Wilson, K7LW


      Emergency Communications

      As many of you are already aware, we have been working towards linking all of the W7NEO repeaters via microwave in hopes of making the system more robust in the event of a natural or manmade disaster. The microwave in turn will provide a backbone laying the foundation for a MESH net. So, when I received this in my email from one of the folks on the west side, to say the least it got my attention. This article was taken from the current Amateur Radio Newsline report (from February 5th) which I think you might find of particular interest:

      CLUB OFFERS MICROWAVE NETWORK TO BOOST BRITISH COLUMBIA EMCOMM

      JIM/ANCHOR: For one ham club in Canada, emergency response doesn’t just consist of HTs, repeaters and HF radios. Radio operators there are hoping they can soon assist local responders by getting their microwave network in the game. Christian Cudnik K0STH has that story.

      CHRISTIAN: The Kamloops Amateur Radio Club, which already provides emergency support on the ground throughout its region in British Columbia, sees even more potential in their mountaintop-to-mountaintop broadband network. They’re offering to open its use to the TNRD, the regional governing body, in the hopes that the microwave links’ internet connectivity and large data bandwidth can provide an additional resource for local Emergency Operations Centers in the case of wildfires or other calamities. 

      Club president Myles VE7FSR said the idea of providing the TNRD, or Thompson-Nicola Regional District, with a higher level of assistance was inspired by a 2017 wildfire in the region. He and some friends in the British Columbia Wireless Amateur Radio Network recalled how the blaze had hampered the Emergency Operations Centers’ abilities to communicate vital information.

      Myles told Newsline that for the region’s various municipalities to utilize the club’s high speed microwave system, they’d need to first establish that they have line-of-sight with the mountaintops and then install dishes there to connect with the EOCs below. Myles said this sort of operation has come of age. EOCS, he said, are more dependent than ever on internet access because the data bandwidth is so much greater there than on VHF, UHF and especially HF.

      Christian Cudnik K0STH For Amateur Radio Newsline.

      (MYLES BRUNS VE7FSR)

      If you would like to listen to the entire broadcast here is the link: https://www.arnewsline.org/news/2021/2/4/amateur-radio-newsline-report-2258-for-friday-february-5-2021


      FROM THE FCC

      For those of you keeping track I shouldn’t have to mention that even though 2020 was best described as a “dumpster fire,” 2021 started out on a pretty rough note as well. With any luck January won’t be what sets the pace for the rest of the year. It seems that whether brought on by the pandemic, the economic downturn, or whatever else, a new norm has been thrust upon all of us. Unfortunately, it has even gone so far as to affect our beloved hobby of Ham Radio. Affecting it to the point that the FCC felt compelled on January 17th to issue an Enforcement Advisory reminding all licensed Amateur Radio operators (along with those in the Personal Radio Service) to not use their radios in order to participate in illegal activities.

      Specifically:

      “Amateur and Personal Radio Services Licensees and Operators May Not Use Radio Equipment to Commit or Facilitate Criminal Acts…”

      The entire FCC Enforcement Advisory can be found here.

      Now for those of us that have been in the hobby for a while this is really something out of the ordinary. I mean even when I was a young teenager first starting out in the hobby, we all knew exactly what was legal and was not. So to be told in an official capacity, to me anyway, implies something much deeper is afoot. But I’ll leave that to the conspiracy theorists to bander about and for now just stick to the facts as I understand them to be.

      Nonetheless allot of very disturbing observations have come out since the events in Washington D.C. on January 6th. One thing in particular was that the group Oath Keepers had planned to utilize Ham Radio and GMRS radios in partnership with the Three Percenters, and the Proud Boys in order to coordinate their efforts aimed at our nation’s capital. Specifically, illegal, aggressive, and violent actions focused on the insurrection of the Nation’s Capital building and the committing of physical harm to our countries elected officials (from BOTH sides of the isle). According to reports the Oath Keepers had put together an elaborate communications plan based upon a paramilitary format which included both Amateur Radio and Personal Radio Service (GMRS, FRS, etc). Many of the rioters also utilized a walkie-Talkie application called “Zello” to coordinate their actions. Given that evidence such as this has been coming out since that day, it becomes more and more clear just why it was that the FCC felt the need to issue the Enforcement Advisory.

      Case in point, within the advisory making their point clear with the following statement:

      “…amateur licensees that they are prohibited from transmitting “communications intended to facilitate a criminal act” or “messages encoded for the purpose of obscuring their meaning.”

      This can include everything from encryption of digital transmissions to the use of alphanumeric coded authentication similar to what the military uses when verifying another station on frequency as being “Friend or Foe.” Although in the military this was standard operation, in Amateur Radio, and the Personal Radio Service this is in direct violation of FCC rules (as was pointed out in the Enforcement Advisory).

      On the W7NEO system we have been crystal clear regarding just where we stand on the subject of antigovernment groups such as militias that might attempt to use our system in order to facilitate their own ideological agendas. Within our Comprehensive Emergency Operations Plan we have spelled it out as part of our group’s overall philosophy on such matters with the following:

      At no time will any militia groups, and/or groups otherwise representing antigovernment and/or racist sentiments within the fundamental ideologies of their organization(s) be permitted access to the W7NEO system under any circumstance whether real or implied. If individuals representing any such organization(s) are identified on the system they shall be informed that the W7NEO system does not cater to their ideologies therefore it is not available for use by their organization. After having made contact and informed said individual(s) of WMDRA policy pertaining to such ideologies they shall be directed to clear their station(s) from the system immediately. If said individuals refuse to vacate the system as directed they shall be blocked by a system administrator or control operator with no recourse to be reinstated.

      This spells out our policy in specific terms leaving no question as to the views of the WMDRA with regards to our system being used in the committing and/or facilitating of such criminal acts. Additionally, also spelling out the consequences for those violators of our polices on such matters.

      Amateur Radio has always been tasked by the FCC with being unique in that we are self-policing. In other words, we keep our own house clean so Big Brother doesn’t have too. In a perfect world that’s the case anyway, but we all know that a perfect world is, for the most part, really nothing more than an urban myth. But if we do try and maintain some degree of vigilance at maintaining a fairly clean house then perhaps “Big Brother,” AKA in our case the “FCC,” won’t have to remind us of just what the rules are when it comes to legal and illegal radio operation.

      Lynn Wilson, K7LW


      EQUIPMENT FIRMWARE UPGRADES

      Yeasu has just come out with firmware upgrades for the FTM-400XDR, and the FTM-300DR. It looks as though the update primarily addresses some Bluetooth issues with the two radios. Make sure when you install the update that the FTM-400 that you are updating is a model “XDR.” Apparently, there is a difference in this case when it comes to the firmware.


      Local Events

      Thanks to COVID 19 most all of the normal yearly events such as Ham Fests, Swap Meets, etc. are pretty much all on hold until further notice. Hopefully once this plague has tired of ravaging the countryside we can get back to normal and go back to holding our cherished nerd conventions once again. But should you have any knowledge of events such as VE testing, or even something virtual locally going on let us know and we’ll get it in the Review for others.


      VE TESTING

      Looking for a place to take your first, or perhaps upgrade your existing Ham Radio license? Check out the Spout Springs group and sign up for an online testing session with Rob (W2RY) and his friendly group of Volunteer Examiners. You can get signed up for a session by going to SSRA.club.

      Good Luck!


      CLOSING THOUGHTS

      And last but not least as the saying goes, we’ve started a new event in the NE-OREGON room originally requested by the Willamette Valley group. Every Friday evening at 7:00pm local there will be a technical forum to discuss Fusion, MESH, or any other topic of a technical nature related to Ham Radio. After obtaining approval from the WMDRA for a single night to see how it was going to work out, the response from our users was positive enough to make it a regular event. So be sure to tune in to the NE-OREGON room on Friday evenings at 7:00pm to learn or perhaps even contribute.

    • December 2020 Pickle Barrel Review

      The official newsletter of the Weston Mountain Digital Radio Association


      Introduction

      Greetings and welcome one and all to the Pickle Barrel Review! This is our regular monthly newsletter publication filled with the latest happenings not only of the W7NEO system, and the NE-OREGON room, but System Fusion and other Ham Radio related goings on as well. That said, we invite others to contribute with articles, or if your club or organization is having an event such as a tailgate, swap meet, VE testing, or whatever you can list it here as well (Sorry your cousins bachelor party doesn’t count). The only thing we ask is that your contribution be nonpolitical (unless it’s a government action that directly affects Ham Radio), respectful of others (no personal attacks), and relatively family friendly.  So, all that said, feel free to reach in the barrel, grab yourself a pickle, pull up a chair and have a sit while we discuss the latest happenings in System Fusion, and Ham Radio in general.


      N7ZHG – SK                                                            

      On the morning of December 16, 2020 at approximately 9:30am our dear friend Gary Cooper (N7ZHG) peacefully passed from this world to the next.

      Gary was a good friend to many of us both in the Amateur Radio community and the county and state emergency communications responders. He was a driving force in establishing the potential of Amateur (“Ham”) Radio as a viable resource in emergency communication for Eastern Oregon. Gary continually raised the bar for quality of service, and service to the community in general when it came to providing emergency communication resources. He always expected the same level of commitment of others that he placed upon himself. More than once I recall conversations with him that began; ”So what are you doing this Saturday besides helping me install cable at the EOC?”

      Gary always had a deep sense of family, and the importance of having a close relationship with family, always placing family before all else. This was evident in the living room walls of his apartment having been covered primarily with pictures of his family.

      Gary took great pride in his 36 years working for the Union Pacific Railroad. He began his career with the railroad as part of a team of workers whose job it was to follow the rails looking for damaged power poles and repairing them. He ended his career as a Communications Systems Specialist and was a gifted technician.

      Gary also was very into Radio Controlled Helicopters, and had quite a few that he had built and flew on a regular basis.

      There is so much more I could say about Gary, but since first having let folks know of Gary’s passing it seemed as though everyone had a story to tell of how Gary had helped them with one thing or another.

      I sincerely hope that Gary knew just how valuable his contributions to the community were. Given how long Gary’s battle with cancer was we can all find comfort in knowing he is no longer in pain and that the gift of himself which he so unselfishly shared in the many lives he touched will forever endear within us all.

      Farewell old friend, you will be sorely missed by all those who knew you…


      Repeater Updates

      Given that winter is nearly in full array there isn’t much to report this month as far as the repeaters go. But we did manage to get a little something done.

      You’ll recall that the Roosevelt machine (145.190) had some water accumulation in the antenna causing the SWR to be excessive (5.0:1). Even though we were able to get the SWR down to something more reasonable (2.3:1) we still put a replacement antenna on order from Sinclair (Model SC246). We were also able to obtain permission from the site owner to move our antenna up from the current 35ft level to a 90ft position. However, when we attempted to do so we found the current coax runs to be damaged. So, we have ordered a run of 7/8” Heliax and will be installing that instead. Hopefully, this should provide a significant improvement in coverage for the Roosevelt (145.190) repeater.

      Yeasu has just released a firmware update for the DR2X repeater. It mainly addresses the problem with the repeater sticking in analog while in the AMS (Automatic Mode Switch) configuration. Fortunately, although all of the W7NEO machines are DR2X’s, with the exception of the two DR1X machines running strictly in analog (Cabbage Hill – 146.880 & Weston Mt – 441.700) all of the DR2X’s are currently running in “Fixed Digital.” So, there is no immediate need to install the upgrade, and it can wait until spring.

      Lynn Wilson, K7LW


      MESH NET

      I have acquired some MESH equipment and once spring returns in earnest my plan is to install some of the equipment at the Weston Mt repeater site and link it back down to my home. Once installed I will be able to play with it and learn as much as I can about MESH networks.

      Lynn Wilson, K7LW


      New DIGITAL REPEATER

      There is a new digital voice repeater installed at the W7DP club house in College Place, WA and it is open to all licensed armature radio operators. The frequency of the repeater (N7DMR) is 445.300Mhz Offset -5Mhz.  

      This repeater is a dual mode digital repeater supporting D-Star and DMR modes. The D-Star repeater is connected to the REF029A reflector with Washington Digital Radio Enthusiasts group in Spokane.  The DMR repeater features Brandmeister talkgroups with Reddit (98003 – Time Slot 1) and PNW Regional (31771 – Time Slot 2) as the static talkgroup. The repeater should have good coverage in the Walla Walla Valley reaching north to Dixie, south to Milton-Freewater and west to Touchet.

      Please contact N7DMR@arrl.net if you have questions about the repeater.

      Kun Lin, N7DMR


      DIGITAL RADIO Operation

      VARA: an exciting new digital mode

      Oversimplified tutorials – part 1: VARA FM getting started

      VARA is a rising star in amateur radio digital communication. It works on both SSB on HF and FM on V/UHF with a slightly modified application. Let’s focused at VARA FM for this article.

      VARA FM is most frequently used alongside Winlink to send or receive emails. The speed of VARA FM could range from 1098 Baud to 12,901 Baud and even reach 25,210 Baud if your radio provides discriminator audio (sometimes labeled as 9600baud mode). This is a truly amazing speed compare to AX.25.  VARA FM also incorporated Error Correction and tests have shown it could continue to function all the way to 0db signal-to-noise-ratio (Tom Whiteside 2020). The capability of VARA FM bring speeds up and down based on condition allows it to crush AX.25 on speed. AX.25 has a constant speed of 1200, 4800 or 9600 baud. The speed must be decided before establishing the conditions. 

      Let’s take a look under the hood of VARA FM.  VARA use orthogonal frequency-division multiplexing (OFDM) where it will encode digital signals in multiple subcarriers.  Each subcarrier is modulated separately and runs at a lower symbol rate. After aggregating all subcarriers, it provides a similar or better speed compare to conventional signal carrier modulation. Author of the VARA mode, Jose Alberto Nieto Ros, implies that each subcarrier could be considered independent emission. VARA mode is compliant with FCC Baud rate limits because each subcarrier is within the baud rate limits.   (Alberto 2017) This is how VARA whether it is running on FM or HF could legally provides better speeds.

      Now let’s talk about how to run VARA FM. To run VARA FM with your Winlink, you will need to install VARA applications first. Download the VARA applications from https://rosmodem.wordpress.com/.  VARA HF and VARA FM are two separate applications. The VARA application is considered a freemium software. The basic level is free to use. You will need to pay to use the premium feature. With free basic level, you will get speed comparable to packet network of 1200 baud on VHF and 300 baud on HF. The paid version will unleash the highest speed possible based on conditions. After you have the application installed, it needs to have an interface with your radio. All VARA needs is a way to send and receive audios from radio and PTT control. There are couple ways to achieve it. 

      1. “Give me something that works” mode:  Using SignaLink, RIGblaster or a build-in soundcard if available (e.g. Yaesu 991a or ICOM 7100). These devices function as a sound card and PTT control device on your computer. Pick appropriate sound card and PTT control port in VARA and Winlink application and there you go. These devices cost around $130 + cable costs.
      2. “Junior Ranger” mode: Master Communication provides a device “Digital Radio Adapter DRA-30”. You could buy them unassembled for $30 or fully assembled for $60. They function similar to SignalLink by create an audio device and PTT control on your computer. Be ready to get your hands wet as you need to solder and make your own cables.
      3. “Indiana Jones” Mode: You could very run audio cables from radio into your computer. VOX circuit could work. But if you could figure out a PTT control mechanism, it works more reliable.

      Now you are ready to work VARA FM with Winlink. Type in the callsign of a gateway, turn to the frequency on your radio and hit start.  In next installment oversimplified tutorials, I will go into details on operating tips of VARA FM. Stay tuned and happy radio surfing.

      References

      Alberto, Jose. 2017. “Introducing the all new VARA High Speed HF Modem.” Accessed 12 8, 2020. https://digitalradio.groups.io/g/main/attachment/50139/0/varaHFmodem1.ppsx.

      Tom Whiteside, N5TW. 2020. “A comparison of Winlink® digital mode performance based on simulation results using the Teensy IONOS Simulator1 – Take Two.” July 5. Accessed 12 8, 2020. https://www.winlink.org/sites/default/files/a_winlink_digital_mode_performance_comparison_based_on_the_ionis_sim_hf_vhf_channel_simulator_-_july_5_2020_0.pdf.

      Kun Lin, N7DMR


      Emergency Communications

      This piece came from a posting to the Salem Mesh Network Groups I/O page and is reprinted here with permission from the author. I thought the author made some very good points in support of the value, and further possibilities of MESH net during a natural or manmade disaster. Here he gives us an excellent example by using the recent events in Nashville TN as a possible scenario. – Lynn

      What if Nashville would have had a MESH Net available when the lights went out?

      The below link is for a USA Today article; there have been several published articles related to this event and how a single point of failure can cause a significant, wide area outage. 

      Nashville bombing at AT&T building exposed area communications network (usatoday.com)

      This could be a useful real-world case study for alternative systems like our AREDN mesh network. 

      One service that I’ve started thinking about that I think we could run over our network would be a text messaging provider, for person-to-person and bulletins. I’m imagining Part 15 hotspots accessible by the public in multiple locations (schools, shelters, libraries, community centers, etc) that are used by an end-user device to access a web interface that allows them to input their phone number as a (insecure) login. They can post messages to any other phone number (ideally the web interface would show when that login was last active), read any messages sent to their number, and post/read messages to predefined bulletins (that would be represented with # like: #911, #news, #inSearchOf, #resources). Since logins aren’t secure, messages would probably be marked “read” but remain archived for some period of time and autodelete (so a user can’t delete someone else’s messages), and bulletins would probably need to be actively moderated. 

      I’ll work on a proof of concept. Ideally, I think this would have some sort of synchronized, distributed database so that it could continue to be useful locally even if mesh links are intermittent or lost. Similarly, the server software should be able to run multiple instances at multiple sites. I think I can work out the basic interface for a POC, but I’d need help on the distributed database piece.

      Stay tuned… in the meantime, what other services can we develop that would be easily used by the general population or public services that have a very low barrier to adoption (assuming we may not get much opportunity to practice or train end users before an event)?

      The Nashville event is another reminder that commercial systems will always have vulnerabilities, even as reliability improves. One of the ham community’s greatest strengths is flexibility, but we are stronger when we prepare and practice ahead of time.

      I think our (Salem) mesh network is at the pivot point where we start working on services as well as building infrastructure. For me, this event was motivation to think about public facing services we could provide. 


      Jason Conolly, N7IME


      Virtual VE Testing

      When I was in the military we had a saying, when the going gets tough; “Adapt and overcome.” With COVID-19 in the news on a seemingly non-stop basis we’ve all had to make adjustments in our daily lives in order to maintain social distancing and limit our personal interactions with others. In a word, in order to stay safe and healthy we adjust our norm adapting to a new norm, and thereby overcome adversity. In Ham Radio the task of bringing new folks into the hobby has been no less diminished by the plague. With everyone limited in our travels and remaining in self quarantine Ham Radio has provided a vital social link to the outside world, growing in popularity as a result. The Volunteer Examiners recognize this and have adapted to the need for social distancing, owning up to the challenge without compromising the task of providing license exams. The end result being to bring new blood into our beloved hobby.

      Rob Skiba (W2RY) of Pasco Washington is a Volunteer Exam Coordinator having been certified through the W5YI Volunteer Examination program. Rob has done an excellent job of assembling a team of Volunteer Examiners (VE’s) and is sponsored through the Spout Springs Repeater Association (SSRA), a long-established organization that continually sets the bar for dedication to the local community.

      Recently I was talking with my long-time friend Stephen Hutchings (WM7X) who is the current President of the SSRA, and the subject of VE testing came up. Stephen mentioned that the SSRA had been sponsoring VE testing, and they were always in need of VE’s to help administer exams. When I mentioned I had been certified with both the W5YI and the ARRL VE programs at one time it didn’t take long before I was shamed into joining the SSRA VE team (for anyone that knows Stephen this should come as no surprise).

      Before I knew it I was sitting in on a Zoom call with several other VE’s observing a test session. Rob did an excellent job of keeping things well organized, and professional, while ensuring the examinee was completely at ease. Since the exam was being administered online examinees were from all over the US including one from my hometown of Chico California! In that case I couldn’t help but to share with the examinee that back in the 70’s I had taken my first license exam at the local High School with a very good friend of mine who later would become mayor of Chico. I was also able to suggest a local Ham Radio Club.

      The examination process itself is a well-choreographed series of steps intended to dispel any possibility of cheating, ensure that all the proper paperwork is completed in a timely manner, and above all that the examinee is relaxed and ready to take the exam. From my own personal observations, I can assure you that Rob’s team does an exceptional job of achieving all of this.

      If you or someone you know is looking to get into the hobby for the first time, or upgrade their existing license, please visit SSRA.club

      The cost per exam session is $14 and it is all online.

      So, if you already hold an Extra class license consider getting in touch with Rob and joining his team of VE’s. You will be playing a vital role in contributing to the furthering of this great hobby of ours.

      Lynn, K7LW


      EQUIPMENT FIRMWARE UPGRADES

      Yeasu has just come out with firmware upgrades for the FTM-400XDR, and the FTM-300DR. It looks as though the update primarily addresses some Bluetooth issues with the two radios. Make sure when you install the update that the FTM-400 that you are updating is a model “XDR.” Apparently, there is a difference in this case when it comes to the firmware.


      Local Events

      Thanks to COVID 19 most all of the normal yearly events such as Ham Fests, Swap Meets, etc. are pretty much all on hold until further notice. Hopefully once this plague has tired of ravaging the countryside we can get back to normal and go back to holding our cherished nerd conventions once again. But should you have any knowledge of events such as VE testing, or even something virtual locally going on let us know and we’ll get it in the Review for others.


      And last but not least as the saying goes, we’ve started a new event in the NE-OREGON room originally requested by the Willamette Valley group. Every Friday evening at 7:00pm local there will be a technical forum to discuss Fusion, MESH, or any other topic of a technical nature related to Ham Radio. After obtaining approval from the WMDRA for a single night to see how it was going to work out, the response from our users was positive enough to make it a regular event. So be sure to tune in to the NE-OREGON room on Friday evenings at 7:00pm to learn or perhaps even contribute.

    • November 2020 Pickle Barrel Review

      The official newsletter of the Weston Mountain Digital Radio Association


      Introduction

      Greetings one and all to the Pickle Barrel Review! This is our regular monthly newsletter publication filled with the latest happenings not only of the W7NEO system, and the NE-OREGON room, but System Fusion and other Ham Radio related goings on as well. That said, we invite others to contribute with articles, or if your club or organization is having an event such as a tailgate, swap meet, VE testing, or whatever you can list it here as well. The only thing we ask is that your contribution be nonpolitical (unless it’s a government action that directly affects Ham Radio), respectful of others (no personal attacks), and relatively family friendly.  So, all that said, feel free to reach in the barrel, grab yourself a pickle, pull up a chair and have a sit while we discuss the latest happenings in System Fusion, and Ham Radio in general.


      KQ6QX – SK

      I was just about to put the finishing touches on this month’s newsletter when I found out I had lost a very good long time Ham friend of mine, and we as a Ham community had lost a true mentor in emergency (digital) communications. On the 6th of this month at the age of 84 in Portland Oregon Joe Webb (KQ6QX) passed away. Joe was as amazing an individual as he was modest. But at the same time he was passionate about issues dealing with emergency communications and wasn’t shy about speaking up if he knew something wasn’t correct, or needed to be changed.

      Born in the small town of Red Level Alabama (current population as of 2018 477), when Joe was old enough he joined the newly formed US Air Force and become a Communication Specialist air crew member on EC-121 Constellation or “Connie” with the 552nd ACW (Air Control Wing) Tinker AFB, Norman OK.

      After leaving the Air Force, Joe began to make his mark in main frame computer programming and soon became a much in demand senior software developer. Now for those of you that have known computers to always have been either point and click with a mouse, or swiping your finger, Joe was writing complex and lengthy programs using punch cards. I can tell you from my own experience that the absolute worse thing you can do is drop a stack of those on your way to the data center!

      Joe finally retired from all that and moved from California here to North Eastern Oregon to live in Umatilla, or “Umatillie” as he would call it. Joe could be found most days right around lunch time in their daily ritual having lunch at the local Dairy Queen with his brother.

      Joe always had time to visit with company and many of the local Ham’s would come to visit and spend time with Joe on his front porch taking in his words of wisdom, and friendly conversation.

      Myself, like many other local Ham’s along with others I’m sure, will sorely miss our dear old friend. Very best 73 my friend, although your mic may be now forever silent in our hearts you will always be there no matter the conditions….


      Repeater Updates

      I would like to begin with saying a big “Thank You” to all those that have helped to make this system what it is. This month marks three years since myself, Stephen Hutchings (WM7X) of the SSRA, and Ken Long (N7FIV – SK) placed the first repeater, Weston Mountain (147.040), on the air. Since then the system has grown to five repeaters spread across three sites with a footprint stretching just over 140 miles covering both North Eastern Oregon and South Eastern Washington and continues to grow. This isn’t even taking into consideration the other six repeaters and simplex nodes that further enhance the system by not only filling in the gaps, but also including all of our good friends on the west side in and around Salem. None of this would be possible if it were not for the generous support of our users. So, give

      yourselves a big pat on the back with my thanks for being a big part of making this system an effective resource in the region, and a great place to hang out

      and meet some really great folks. Thank You!

      There’s an old saying that says; ”When it rains it pours.” After this month I’m convinced that saying was originated by one of the original crafters of Murphy’s Law. It began with the Weston Mt VHF machine (147.040) loosing sensitivity, which adversely affected coverage. After extensive trouble shooting by myself Eric (K7ELJ), and Will (N7WSY) determined that the issue was with a bad opto-isolator, a bad interconnecting coax cable, and the duplexers were out of tune. So driving up to the site in the snow and ice the three of us made the repairs and adjustments, and the repeater has been working great since!

      If that wasn’t enough, myself and Eric (K7ELJ) decided to do a site visit to the Roosevelt machine (145.190) in order to perform some routine maintenance. During our maintenance we noticed that the SWR was way out of spec at 5.0:1. So as Eric was cutting the tape away on the bottom of the antenna to our horror about a cup of water came gushing out! Not only had the water managed to make it’s way into the bottom of the antenna (feedpoint) it also had leached through the pigtail. So after having wiped out the bottom of the antenna, and replaced the pigtail we managed to get the SWR down to 2.5:1 which although wasn’t perfect was more palatable, and we would at least be able to keep the repeater on the air. The thought is that a weep hole had been inadvertently blocked during installation.

      As a result of the outcome of both Weston Mt and Roosevelt I placed two replacement antennas on order from Sinclare (Model SC246) via Talley which hopefully will be arriving soon and we can get the Roosevelt repeater back up to full operation.

      On a more upbeat note, I spoke with the care taker of both the Roosevelt and Chandler Butte sites regarding moving the Roosevelt antenna up to the 100’ foot level on the tower from 35’ where it is now. Also, possibly beginning installation of the Chandler Butte (147.320) repeater. He assured me he would speak to the owner and get back to me. If we are able to get something installed before winter we’ve been discussing the possibility of the initial installation being solar power. So fingers crossed!

      And from the analog side of the house, we’re still working on getting the two Kenwood repeaters ready to install replacing the Yeasu DR1XR repeaters on  Weston Mt (441.700) and Cabbage Hill (146.880). Hopefully we’ll have made the switch before the snow gets too deep.

      Other than that the focus has been on ensuring all of the repeaters in the W7NEO group are ready for winter. Given that the weather guess’ers are saying this winter is going to be a bad one, we want to make sure that our system is fully up to the task for our growing user base, but should the need arise to be of service to our local community as well.

      Lynn Wilson, K7LW


      Winter Driving

      With winter nipping at our heels it’s time to start thinking about winter preparedness. Along with wrapping pipes, making sure you have plenty of warm socks, and brandy, we also need to start thinking about just what to carry in our vehicles. Here are just a few suggested items to keep in your vehicle for winter driving.

      1. Sturdy ice scraper and snow brush. This is one of the most crucial things to keep in your car during winter. You know the weatherman isn’t always right, so a small chance of flurries could end up leaving a few inches of snow on your car. Put an ice scraper and snow brush in your car as soon as the cold weather hits. Snow and ice on cars is dangerous because it could obstruct your view or fly off and hit another car. Always clear your ENTIRE car of snow and ice before driving to prevent a crash.

      2. Shovel. Buy a small or collapsible shovel to keep in your trunk. It will be useful if your car is stuck in snow or if you have to clear a path to drive.

      3. Gloves and other winter clothing. You have the snow brush and shovel, but now you need to actually use them. Wearing gloves and other warm clothing will make the task of clearing your car easier. It also doesn’t hurt to keep a few hand warmers in your car. Always be ready to bundle up to prevent frostbite! You’ll do a better job of clearing your car when you’re warm.

      4. Blanket. Have extra blankets lying around your house? Put one in your car. If you get stranded or get into a crash, it’ll get cold fast, especially if your car won’t turn on. You can’t always rely on your car’s heater, so keep warm with a blanket.

      5. Emergency flares or reflectors. Snow storms reduce visibility whether it’s daytime or nighttime. Reflectors will help other cars and emergency vehicles see you if you are stopped on the side of the road.6. Rock salt, sand, or kitty litter. These coarse materials will help your tires gain traction if your vehicle is stuck in the snow. Spread the material near your tires and in your car’s path to get out of a slippery situation.

      7. First aid kit. A first aid kit is crucial if someone is injured in a car crash. Although it’s essential year-round, this is one of the most important things to keep in your car during winter because emergency vehicle response time may be slow if it’s snowing. Administer basic first aid to the victim until assistance arrives.

      8. Extra windshield washer fluid. Make sure your windshield washer fluid has antifreeze components to prevent it from freezing. Clearing your windshield with fluid will improve visibility in a winter storm.

      9. Flashlight. It gets dark early in the winter. If you stall or get stranded at night, use the flashlight to find out what’s wrong. It can also make you more visible to others on the road.

      10. Rope or chain. A tow chain is a great tool to get your car out of snow.

      11. Jumper cables. Cold weather can affect a car’s battery. You can’t start your car if the battery’s dead, which means you won’t be able to use the car’s heater for warmth. Waiting for a jump start in the cold is not fun. You won’t have to wait as long if you have jumper cables with you.

      12. Small tool kit. You can fix minor vehicle problems with basic tools. Learn how to perform simple maintenance yourself so you don’t have to wait for help.

      13. Sunglasses. While sunglasses are more of a summer accessory, the sun’s reflection on snow is bright. Wear sunglasses while driving to reduce glare.

      14. Cell phone charger. Try to keep your phone charged before hitting the road, but always keep a cell phone charger in your car as well. You will need your phone to call for assistance if you are stuck or involved in a car crash.

      15. Water and non-perishable snacks. If you get stranded, you may have to wait for assistance. The wait could be long if road conditions are bad. Storing water and snacks in your car will come in handy in these situations. A snack like a granola bar will sure taste good while you’re waiting for help to arrive. And don’t forget about snacks for your kids- they might get hungry and cranky in a situation like this.

      *These are all essential things to keep in your car during winter, but before you even hit the road, make sure you have plenty of fuel and good wiper blades. Always keep a half-full tank of gas in your car during winter months and check that your wiper blades are in working order. You may also want to look into getting snow tires.

      Of course as the always prepared Ham Radio operators we are, we always carry plenty of radios in our vehicles, and if that includes an HT or two don’t forget to toss a spare battery or two in your pocket on the way out the door.

      So drive safe this winter, and enjoy the winter wonderland with all it’s beauty!

      Lynn, K7LW


      Repeater Operation

      This month’s topic is “Latency,” and how it affects repeater operation on a digital voice system.

      First off, just what is latency anyway? I’m glad you asked, here is the dictionary definition of latency:

      “The delay before a transfer of data begins following an instruction for its transfer. i.e.

      Poor performance due to network latency”

      So, you see it’s basically a network issue, I know your shocked right?

      To get an example of what this sounds like, just listen to the difference between the Roosevelt, or the Weston Mt repeaters and the Cabbage Hill repeater. The Cabbage Hill machine is on a PDN (Personal Digital Node) while the other repeaters in the system are all on regular nodes through HRI-200’s. What happens is that there is a noticeable delay on the Cabbage Hill machine as compared to the other machines in the system.

      Okay, that’s all well and good but what does it have to do with me you ask. It has allot to do with you as a user and how you operate on a digital voice system as appose to how you operate on a regular analog FM system.

      Some of you have heard me say that tailgating, or what some call “quick keying,” is highly discouraged, even though admittedly I’m probably the worst offender. But perhaps most of you have never really heard it explained just “why” it is that tailgating is such a bad thing. Unlike your typical analog FM repeater system, most digital voice repeater systems are networked. Add to that on a typical WiresX system most all digital voice repeaters, and nodes connected to the system are going through various routers and switches which tend to introduce latency to some degree along the way. This becomes accumulative as it progresses through the system so a few microseconds of latency can add up fast when your talking to someone that’s both geographically and network wise at some distance away on the system. Even through our relatively small system we can get a degree of latency anywhere from a few seconds to a minute or two. As some of you know from your own home networks, depending upon network conditions the degree of latency can go from minor to major at any time for a variety of reasons. The more nodes on the system the more this becomes a factor. Other factors involved could be additional internet traffic causing doubling or “data crashes” occurring between nodes and/or other repeaters.

      So with all this in mind, there are some good operating practices which should be observed while on the digital voice system.

      First off, and probably most important is to leave a pause between transmissions. After the other station unkeys, in your head do the two or three second rule and count to yourself; “One thousand one, One thousand Two,” and so on. By doing this not only will you be giving the various nodes on the system a chance to drop before keying up again, but you won’t be committing the ultimate sin of tailgating. Additionally, after you key your microphone give a slight pause before speaking to allow for the system to fully rise to the occasion so you won’t get part of your transmission cut off. Think of it as a cascading, or “domino effect” each time you key up and try to allow for it. What this also does is to remind you that even though the repeaters on the WiresX system are operating in digital mode they still have a time out timer (typically 3 minutes per FCC rules) which needs to be reset by allowing the repeater to unkey.

      This will also allow you to leave a space for someone with emergency traffic to interject if they need to use the repeater system. Of course you’ll also be leaving a space in case someone just wants to interject and rattle your cage as well.

      And finally, as in the case of the analog repeaters, always listen prior to keying up so as to ensure that the repeater system isn’t already in use.

      Lynn, K7LW


      Emergency Communications

      Three are no exercises or drills that I’m aware of this month. However, I’ve noticed allot of conversation on the various local repeaters talking about go kits. I’m sorry to say I personally don’t have a portable station, but perhaps I could persuade those of you that do to share just what you have in yours, and perhaps we could get some ideas of just how to put one together.

      • Please be aware that the WMDRA (W7NEO) does not participate in any of the above listed training, this information is made available to our users for the purpose of informing them of the event(s) only.

      Mesh Net

      I am in the process of acquiring some equipment from a local Ham for MESH net. My plan is to install a node on Weston Mt and link it to my home in Athena, and possibly Cabbage Hill. I’ll keep you posted on my progress, and my observations. As they say;” Baby Steps.”

      Lynn Wilson, K7LW


      Local Events

      Thanks to COVID 19 most all of the normal yearly events such as Ham Fests, Swap Meets, etc. are pretty much all on hold until further notice. Hopefully once this plague has tired of ravaging the countryside we can get back to normal and go back to holding our cherished nerd conventions once again. But should you have any knowledge of events such as VE testing, or even something virtual locally going on let us know and we’ll get it in the Review for others.

      Thanks!


      VE Testing

      None submitted


      Recipe of the Month

      Since there seems to be an interest in food on the system, we thought adding a segment of “The recipe of the month” might be fun. So with that in mind, here ya go! 

      Blueberry Muffins

      INGREDIENTS

      • ½ cup softened butter
      • 1 ¼ cups sugar
      • 2 eggs
      • 1 teaspoon vanilla extract
      • 2 cups flour
      • ½ teaspoon salt
      • 2 teaspoons baking powder
      • ½ cup milk
      • 2 cups blueberries, washed, drained and picked over
      • 3 teaspoons sugar

      PREPARATION

      1. Preheat the oven to 375.
      2. Cream the butter and 1 1/4 cups sugar until light.
      3. Add the eggs, one at a time, beating well after each addition. Add vanilla.
      4. Sift together the flour, salt, and baking powder, and add to the creamed mixture alternately with the milk.
      5. Crush 1/2 cup blueberries with a fork and mix into the batter. Fold in the remaining whole berries.
      6. Line a 12-cup standard muffin tin with cupcake liners, and fill with batter (for larger muffins a 6 cup tin works great). Sprinkle the 3 teaspoons sugar over the tops of the muffins (This is optional since the recipe is already pretty loaded with sugar) and bake at 375 degrees for about 30-35 minutes.
      7. Remove muffins from tin and cool at least 30 minutes. Store, uncovered, or the muffins will be too moist the second day if they last that long.
    • October 2020 Pickle Barrel Review

      The official newsletter of the Weston Mountain Digital Radio Association


      Introduction

      Greetings one and all to the Pickle Barrel Review! This is our regular monthly newsletter publication filled with the latest happenings not only of the W7NEO system, and the NE-OREGON room, but System Fusion and other Ham Radio related goings on as well. That said, we invite others to contribute with articles, or if your club or organization is having an event such as a tailgate, swap meet, VE testing, or whatever you can list it here as well. The only thing we ask is that your contribution be nonpolitical (unless it’s a government action that directly affects Ham Radio), respectful of others (no personal attacks), and relatively family friendly.  So, all that said, feel free to reach in the barrel, grab yourself a pickle, pull up a chair and have a sit while we discuss the latest happenings in System Fusion, and Ham Radio in general.


      Repeater Updates

      Well this month things settled down a bit compared to the whirl wind repeater work we were able to accomplish last month. But there was some progress worth bragging about.

      Although the primary focus at the moment is to prepare all of the repeaters within the W7NEO system for winter, we have managed to accomplish a few things in order to further improve the system.

      We attempted to install the two Kenwood analog repeaters on Weston Mountain (441.700) and Cabbage Hill (146.88), but unfortunately both of the Kenwood repeaters seem to have “issues.” So, for the moment we are holding off until we can resolve said issues.

      We were able to swap out the Astron RM-35A with a 50A on Cabbage Hill in order to better accommodate the two repeaters along with future plans for expansion. We were also able to swap the DR1X that was on the 444.975 repeater pair on Cabbage Hill with a DR2X. By doing this not only will this enable us to link to a (Hopefully) future repeater in the Ukiah area should the opportunity present itself to install a machine in that area, but it will also stop the annoying “Beeping” that occurs with some of the stations using hotspots on the system. The plan is still to put one of the two DR1X (refurbished) repeaters up for sale, and once the DR1X currently on the 146.880 pair is replaced with a Kenwood TKR-750 it will go up for sale as well.

      Speaking of the Cabbage Hill UHF (Digital) machine. So far signal reports have been considerably better than first expected. It seems we now have greatly improved coverage in both Stanfield, and in and around the Hermiston area, along with Boardman.

      Still no word on being able to install a repeater on Chandler Butte, but then hope springs eternal so we haven’t quite given up on that project just yet.

      Lynn Wilson, K7LW


      Disaster Preparedness

      As if the pandemic wasn’t enough, September turned out to be an absolutely devastating fire season here in the Pacific Northwest, and in California. So much so that entire towns in Oregon and California were burned to the ground similar to what was witnessed in 2018 during the Camp Fire in which the entire town of Paradise CA was destroyed by fire.

      Power was out on much of the west side of Oregon due to high winds and fires, with several fires being started by downed power lines as a result of the high winds. Power in many areas remained out for extended periods of time leaving residence without electricity in affected areas for several days. Unfortunately, this also had an adverse effect on local Ham Radio repeaters in the area that were left running off battery backup for several days. As a result, use of many of the Willamette Valley, and other repeaters on the west side was restricted to emergency traffic only.

      In the nightly news we keep hearing about this city and that community being in various levels of evacuation. Not knowing just what these levels were I decided to do some digging, and found that the Benton County Emergency Services did a pretty good job of explaining it:

      Level 1: READY – Level 1 evacuations are an Alert. Residents should be aware of a danger that exists.  Now is the time to “Get Ready”. Residents with special needs, or those with pets or livestock, should take note and prepare for relocating family members, pets and livestock. Refine your evacuation plans and gather the things you will need if you must evacuate. 

      Level 2:  SET – Level 2 evacuations indicate there is a significant risk to your area. Now is the time to be set for immediate evacuation. Residents should either voluntarily relocate to a shelter or designated area or with family/friends outside the area or be ready to leave at a moment’s notice.

      Level 3:  GO! – Level 3 means there is immediate danger. GO NOW!  You are advised to evacuate immediately.

      During an emergency such as a wildfire these evacuation levels would be issued to local media and various social media sites. In Benton county WA these warnings are disseminated through a system known as “Code Red.” Code Red is a free emergency notification system which individuals residing in Benton County can sign up for. When signing up for Code Red the individual chooses how they would like to be notified of an emergency (text, phone call, email, etc).  For more information on Code Red you can call Benton County Emergency Services at (509) 628-2600, or visit their web site at:

      http://www.bces.wa.gov/home/bcem-1/code-red

      Given that during these fires many residence were given only precious few minutes to evacuate the question becomes obvious; “just how prepared are you in the event the unthinkable happens and your told you only have a few minutes with which to escape to safety?” As with everything else it always pays to have a plan.

      Here are some things to consider when drafting up your plan:

      1. How will I receive emergency alerts and warnings?
      2. What is my shelter plan?
      3. What is my evacuation route?
      4. What is my family/household communication plan?
      5. Do I need to update my emergency preparedness kit?

      And with the Coronavirus ever present it’s suggest that you ensure to get masks (for everyone over 2 years old), disinfectants, and check sheltering plans to ensure that the shelter you’ll be in is abiding by CDC guidelines for Coronavirus.

      Check out this site for some very good information on planning for an emergency.

      A big part of your plan should also include a “Go Kit” with various items you might need when you get to wherever it is you’ll be spending time until receiving the “all clear” and (hopefully) returning to your home. Below are some suggested items you might consider including in your Go Kit:

      • Water (one gallon per person per day for at least three days, for drinking and sanitation)
      • Food (at least a three-day supply of non-perishable food)
      • Battery-powered or hand crank radio and a NOAA Weather Radio with tone alert
      • Flashlight
      • First aid kit
      • Extra batteries
      • Whistle (to signal for help)
      • Dust mask (to help filter contaminated air)
      • Plastic sheeting and duct tape (to shelter in place)
      • Moist towelettes, garbage bags and plastic ties (for personal sanitation)
      • Wrench or pliers (to turn off utilities)
      • Manual can opener (for food)
      • Local maps
      • Cell phone with chargers and a backup battery
      • Five days of clean cloths

      FEMA has an excellent suggested check list of items well worth printing out.

      Last but certainly not least are our furry companions, and what to do if you become separated from your pet during the process of evacuating from wildfires. The Oregon Humane Society (OHS) has some excellent suggestions:

      Make a plan for your pet. Have an emergency kit prepared for your pet in case you need to evacuate. Consider placing your pet’s crate out now so they can get more comfortable with it. 

      *Sign up for emergency alerts. Know when an emergency is happening in your county. Getting info quickly gives you power to take action.

      If you have lost your pet check your local animal services website to file a missing pet report or look for pets who have been found. The Oregon Department of Agriculture has a resource list of all the local animal services agencies in Oregon. They have also launched a new search tool to help you find your lost domestic animal or livestock.

      Always remember that in an emergency first and foremost your primary responsibility is to your family and keeping yourself and those that mean the very most to you safe. Once you are satisfied that they are safe and secure then you might consider, if you’re not already involved, availing yourself as a skilled radio operator to one of the Ham Radio groups providing emergency communications such as Ready Alliance, ARES, RACES, or one of any number of local Ham Radio clubs. Take it from one who has been there, the more the merrier when it comes to skilled radio operators in an emergency!

      Lynn Wilson, K7LW

      Some useful links:

      *Pacific Power Outage Map – https://www.pacificpower.net/outages-safety.html

      * Northwest Interagency Coordination Center (NWCC) map – https://gacc.nifc.gov/nwcc/information/firemap.aspx

      *Oregon Humane Society: https://www.oregonhumane.org/wildfire-2020/


      Repeater Operation

      We all prepare for the big emergencies and how the various repeaters in the area will be utilized during these emergencies. But what about the smaller, more one-on-one emergencies that can and will crop up?

      Here is what I’m referring too. Imagine your relaxing in your shack one afternoon, maybe listening to HF searching for that rare DX station that will get you just that much closer to your DXCC. Just when your about ready to haul it in, over the local repeater you hear a station indicating that they are in trouble and asking for help. How do you approach this? Now on the W7NEO repeater system we have a strict rule about not allowing nets on our system, but this is not a net, or is it? What we have here is an exception, and it really must be that way on ours, or any other repeater system because quite literally lives could be at stake based upon just how well you handle it.

      The first thing to do is of course to respond to the individual in need. In doing so what you as the responder need to realize during all of this is that you have automatically established a directed net on the repeater, and you are the net control station by default. As NCS it is important that you maintain net discipline and focus on the job at hand. With that ultimately being to get the first responders to the scene of the emergency as soon as possible with as much information as your able to provide them with while reassuring the victim(s) that help is on the way. Additionally, when communicating over the repeater to the person in need always speak with a calm reassuring tone in your voice. This will help to relax the individual on the other end and reduce panic. 911 operators are masters at this.

      Find out what the emergency is, his or her location, how many are involved in the emergency and just how severe are the injuries, and if any are life threatening. If you’re dealing with a vehicle accident then you need to ask questions such as; “Is there anyone trapped in their vehicle, is there fuel leaking out, is there fire, is the accident blocking traffic?” If it’s an individual then you will need to assess the situation by asking what is taking place (Heart attack, stroke, trauma, etc). Determine if the individual is in pain, where is the pain (chest, leg, etc) how severe is the pain (1 to 5 with 5 being the worst)? If they have fallen was anything in the way of bones broken, is there severe bleeding, are they in a position that they are relatively safe for the time being until first responders arrive? Be prepared to answer these types of questions because the dispatcher will be requiring allot of information in order to deploy the most applicable assets and give them the best picture of what to expect.

      I should also mention that as NCS you will be expected to remain on frequency until the first responders have arrived on scene and your services are no longer required. Remember, your first responsibility is always to the victim.

      One last point I really need to make that is very important. As I mentioned at the beginning, by responding to the emergency on the repeater you have assumed the duties of NCS by default. With that in mind, you will need to maintain net discipline by ensuring the frequency is clear of what I refer to as “Radio Lookie-loos.” You will need to be up front in telling other stations to stand by until the emergency has cleared, and the repeater can be returned back to normal operation. The absolute worst thing you as NCS can do in an emergency is to lose control of your net. So don’t be afraid to be blunt, lives may depend upon it.

      Lynn, K7LW


      Emergency Communications

      • The ARES folks (Both Oregon & Washington) are planning on having a SET (Simulated Emergency Test) exercise Saturday October 3rd from 0800 to 1400 +/-.
      • Please be aware that the WMDRA (W7NEO) does not participate in any of the above listed training, this information is made available to our users for the purpose of informing them of the event(s) only.

      MESH NET

      Friday, October 2nd, at 1930 local there will be a discussion forum taking place in the NE-OREGON WiresX room (40289). The topic of discussion will be AREDN (Amateur Radio Emergency Digital Network) MESH Network and will be presented by The Salem MESH Network Group.

      As some of you may already be aware of, the Weston Mountain Digital Radio Association (W7NEO) has been working toward linking the W7NEO C4FM digital voice repeaters via microwave within the next year. Once we have this in place the plan is to begin setting up a MESH Network with the extra bandwidth, and eventually connecting to other MESH networks. The Salem MESH Network Group has a very impressive system currently setup in the Willamette Valley area based upon the AREDN system and have been a tremendous help to our efforts to plan for the implementation of our future MESH Network. They have generously agreed to meet in the NE-OREGON WiresX room in order to answer questions and generally discuss particulars of AREDN, and MESH Network in general.

      The format will be a forum style discussion with one of their members fielding questions and referring them to others present. This will initially be a onetime event, but if it is felt there could be further benefits from an additional on the air get together then we will consider holding another one in the future.

      So mark your calendars, and prepare to be enlightened!

      Lynn Wilson, K7LW


      Local Events

      Thanks to COVID 19 most all of the normal yearly events such as Ham Fests, Swap Meets, etc. are pretty much all on hold until further notice. Hopefully once this plague has tired of ravaging the countryside we can get back to normal and go back to holding our cherished nerd conventions once again. But should you have any knowledge of events such as VE testing, or even something virtual locally going on let us know and we’ll get it in the Review for others.

      Thanks!


      VE Testing

      None submitted

    • September 2020 Pickle Barrel Review

      The official newsletter of the Weston Mountain Digital Radio Association


      Introduction

      Greetings one and all to the first issue of the Pickle Barrel Review! The hope is to make this a regular monthly publication filled with the latest happenings not only of the W7NEO system, and the NE-OREGON room, but System Fusion and other Ham Radio related goings on as well. That said, we invite others to contribute with articles, or if your club or organization is having an event such as a tailgate, swap meet, VE testing, or whatever you can list it here as well. The only thing we ask is that your contribution be nonpolitical (unless it’s a government action that directly affects Ham Radio), respectful of others (no personal attacks), and relatively family friendly.  So, all that said, feel free to reach in the barrel, grab yourself a pickle, pull up a chair and have sit while we discuss the latest happenings in Ham Radio.


      Repeater Updates

      This month was a busy one for the W7NEO system. Work continued with the Cabbage Hill repeaters (444.975 & 146.88) trying to reduce, and or eliminate all together the noise interference that was trashing the 146.88 machine. Although we did install an inline A/C noise filter it appears that perhaps we may not have been the only ones falling victim to the noise. Although the filter was effective at reducing the noise, it seems to have simply stopped all on it’s own. Ironically it was after a conversation on the repeater in which a comment was made that we finally had the contact information for the FCC enforcement division and was planning on simply handing the issue over to them. I’m not saying that the originator of the noise was listening, but it is nice to not have to deal with the noise for the past few weeks. Fingers crossed it stays gone!

      Another progress report pertains to the Weston Mountain repeaters. After (literally) years of talking the installation and raising of the tower is finally complete! For photos of this monumental undertaking check out the Photo Gallery section of the web site. Unfortunately, due to safety concerns we were unable to go the entire 45 feet and had to instead settle for 35 feet. Considering just how high the antennas “weren’t,” and how well they were still performing regardless, raising both the 147.040 and the 441.700 antennas up another 25 feet, in addition to upgrading both of the feedlines to 7/8” Heliax will most definitely result in some increased coverage for both machines. We might still add the missing 10 ft of tower at a later date depending upon availability of equipment such as a bucket truck, etc. So, either way I’m sure we’ll be doing the Happy Dance once we are able to verify the improved coverage.

      Speaking of both Cabbage Hill and Weston Mountain, the analog side of each site will be undergoing a slight change. The 441.700 DR2X will be getting replaced with a Kenwood TKR-850, and for the 146.880 repeater on Cabbage Hill the DR1X will be getting replaced with a Kenwood TKR-750. These are both commercial grade repeaters, and if the reviews are correct both machines should provide excellent service for years to come. Although the DR2X is to be repurposed, one of the two DR1X (refurbished) will most likely be going up for sale. The other has already been spoken for.

      Well that’s about it for our system status update for now. I wish I could tell you all that we have a date and will be installing the Chandler Butte repeater soon, but unfortunately this CONVID 19 fiasco that has a choke hold on everything is also delaying our installation of a new repeater on the system. Hopefully next month I’ll have some better news.

      • Lynn Wilson, K7LW

      Disaster Preparedness

      So last winter was abit on the crazy side with all the flooding, and what not, which makes most of us wonder if there have been any indications as to what we can expect for this winter? One of the things that has a significant effect on weather is the formation of either an El Nino, or an El Nina. Okay so what exactly is an El Nino, or El Nina? Well I’m glad you asked;

      The El Niño/Southern Oscillation has a major influence on climate patterns in various parts of the world. This naturally occurring phenomenon involves fluctuating ocean temperatures in the central and eastern equatorial Pacific, coupled with changes in the atmosphere. Scientific progress on the understanding and modelling of this phenomenon has improved prediction skills to within a range of one to nine months in advance, giving society the opportunity to prepare for associated hazards such as heavy rains, floods and drought.

      Organizations such as the World Meteorological Organization (WMO) track the potential formation of both the El Nino and El Nina’s in order to try and get a leg up on just what to expect for winter and summer weather patterns. Here is what their saying about this winter:

      The El Niño-Southern Oscillation (ENSO) status in the tropical Pacific remains neutral, signifying that neither El Niño nor La Niña is currently occurring. However, since May both surface and sub-surface waters in the region have leaned to below average. The latest forecasts from the WMO Global Producing Centers of Long Range Forecasts indicate that tropical Pacific sea surface temperatures are likely to cool further, potentially reaching La Niña levels during September 2020. Given current conditions and model predictions, the chance of La Niña during September-November 2020 is estimated to be around 60%, with about a 40% chance for ENSO-neutral conditions to continue. Chances for La Niña decrease to 55% for the December-February 2020/2021 period. National Meteorological and Hydrological Services will closely monitor changes in the state of ENSO over the coming months and provide updated outlooks.

      In summary:

      • The tropical Pacific has been an ENSO-neutral condition since July 2019. However, since May 2020, sea surface temperatures over the area have leaned slightly towards below-average.
      • Current observations show below-average surface and sub-surface water temperatures in the tropical Pacific, suggesting a likely tendency towards further decreases in sea surface temperature, possibly reaching La Niña thresholds during September 2020.
      • Model predictions and expert assessment indicate that the probability for La Niña development during September-November 2020 is about 60%, while that for ENSO-neutral conditions continuing is 40% and that for El Niño is near-zero. For the December-February 2020/2021 season, the probability for La Niña slightly drops to about 55%, while that for ENSO-neutral remains at 40% and that for El Niño marginally rises to 5%.
      • Sea surface temperatures in the east-central Pacific Ocean are most likely to be in the range of 0.3 to 1.3 degrees Celsius below average during September-November 2020, and 0.1 to 1.2 degrees below average during December-February 2020/2021.

      The state of ENSO will continue to be carefully monitored by WMO Members and partners. More detailed interpretations of the implications for regional climate variability will be carried out routinely by the climate forecasting community over the coming months and will be made available through the National Meteorological and Hydrological Services.

      So there you have it. As if COVID 19 wasn’t enough right?

      As a disclaimer, the closest I’ve ever been to being a meteorologist is having maintained various weather monitoring sensors for the feds, owning my own home weather monitoring station, and watching the evening news for the local weather forecast. Other that that I’m just as confused as everyone else with this stuff.

      *Information contained within this article was obtained primarily from The World Meteorological Organization (WMO).

      • Lynn Wilson, K7LW

      Emergency Communications

      • The ARES folks (Both Oregon & Washington) are planning on having a SET (Simulated Emergency Test) exercise Saturday October 3rd from 0800 to 1400 +/-.
      • Please be aware that the WMDRA (W7NEO) does not participate in any of the above listed training, this information is made available to our users for informational purposes only.

      Local Events

      Thanks to COVID 19 most all of the normal yearly events such as Ham Fests, Swap Meets, etc. are pretty much all on hold until further notice. Hopefully once this plague has tired of ravaging the countryside we can get back to normal and go back to holding our cherished nerd conventions once again. But should you have any knowledge of events such as VE testing, or even something virtual locally going on let us know and we’ll get it in the Review for others.

      Thanks!


      VE Testing

      • Hermiston ARC – September 12, 2020 15:00 – 17:00 – Visit their web page at http://ai7ho.org/ for location, and other details.
      • Tri-Cities ARC – Sept 20, 2020 – Visit their web page at http://www.w7az.org/ for location, and other details.