Monday, April 22, 2024

UK's Gold 1458 to shut off at the end of April

 


I got this email reply from Global concerning Gold


“Thank you for contacting Global about Gold on AM.
I can confirm that Gold will no longer be broadcasting on Manchester – 1458AM by the end of April 2024.

More listeners are migrating away from AM and listening on DAB Radio or on another connected device provides far superior sound quality and coverage. 

The broadcast in your area along with several others are all widely available on DAB, on Global Player (App and Online) and on Smart Speakers.

You can find DAB coverage in your area here and more information on the changes to AM here.
I hope you continue to enjoy the programming we provide. 
Best wishes, 
Funmi, Customer Support Agent”
Tariq Hanif (2024-04-22)
(Ydun's MW)

CNR-1 Voice of China Summer DRM test schedules

 



(30 kW) DRM

All times UTC

6030  0425-0205 BEI  Tu.1400-1700 off
7360  1200-1800 QIQ  
9420  0800-1200 QIQ 
9655  0600-0900 URU 
9655  1600-2000 URU
9870  1800-2000 QIQ
11695 0900-1700 DOF
13810 1200-1900 KUN
13825 0900-1700 BEI
15180 0900-1200 KUN
17770 0900-1700 DOF

BEI  Beijing Azimuth ID:3ED
DOF  Dongfang Azimuth ID:3ED
KUN  Kunming  Azimuth ID:2
QIQ  Qiqihar Azimuth ID:1
URU  Urumqi  Azimuth ID:3EC

The Zenith Story - Part 2


Special thanks to Ray Robinson and Jeff White for sharing a recent  feature from the Wavescan program from Adventist World Radio


This is a follow-up to The Zenith Story Part 1, published 16 April 2024  at:

Jeff: Three weeks ago here in Wavescan, we started the story of the Zenith Radio Corporation, taken largely from a brochure issued by the company in 1955 that had been sent to us by listener Vince Koepke.  Today Ray Robinson continues that story, picking it up now in the early 1920’s.

Ray: Thanks, Jeff.  The founders of the company, R.H.G. Mathews of Chicago and Karl Hassel of Sharpsville, PA, had been joined by E.F. McDonald Jr. of Syracuse, NY, whose financial backing and business know-how added impetus to the rapidly growing volume of business.  In 1922 the factory was moved to larger quarters at 48th and Kedzie on the north side of Chicago.

Radio Learns to Sell 
But, part of the company activities had also gone back to the old radio shack near the Edgewater Beach Hotel.  Mathews, Hassel and the engineers built a broadcast transmitter and installed it there under the call letters WJAZ.  Studios were in the hotel itself, and QSL cards began to come in from listeners all over the nation.

1923 was an exciting year.  Commander McDonald organized and became the first president of the National Association of Broadcasters.  At this time nobody had a very clear idea of how radio broadcasting could be financed, but thoughtful Americans did not relish the idea of a government monopoly such as grew up in most foreign countries.  McDonald provided and demonstrated the answer.

The publisher of a radio magazine for amateurs had greatly increased his print order one month in anticipation of absorbing another magazine.  The merger fell through, and he was left with a staggering surplus of unsold magazines.  McDonald asked him if he would donate $1,000 to the National Association of Broadcasters if they could sell these magazines over the air.  He agreed.

Magazines were distributed to the few cities which at that time had broadcasting stations, and whose owners dared try this unorthodox scheme.  Some broadcasters refused to participate.  For three nights announcers on participating stations, including Zenith's own station WJAZ, read selected articles from the magazine, and told listeners that copies could be obtained from newsstands.  The issue sold out, 100%.  The publisher was delighted and continued the arrangement.

So far as can be determined, that was the first regular merchandising program conducted over a group of stations.  It launched the system of sponsored broadcasting which gave Americans the least restrictive and most innovative broadcast service in the world. 

North With Macmillian 
It was also in 1923 that McDonald persuaded Commander Donald B.  MacMillan, the Arctic explorer, to take radio with him to the Arctic.  When MacMillan sailed that summer, his ship, the Bowdoin, was equipped with Zenith shortwave transmitting and receiving equipment.  For the benefit of the expedition, WJAZ set up special news programs, and transmitted messages from friends and families of men in the expedition.

Broadcasts from WJAZ were picked up directly by the Bowdoin.  Return messages came by shortwave, frequently relayed by cooperative youngsters from all parts of the country, who covered phenomenal distances with their low-powered shortwave equipment.  This demonstration of shortwave efficiency did not go unnoticed at Zenith, although at that time most radio interests believed that shortwave had no commercial value.

Zenith sold this WJAZ transmitter to the Edgewater Beach Hotel in 1924, but this did not mean the end of Zenith’s broadcasting activities.

The company retained the call letters WJAZ, and constructed in a truck what was probably the first mobile radio broadcasting station.  The truck was first used to locate a new station site in Mt. Prospect, IL, 20 miles northwest of downtown Chicago.  In 1925 the truck went all over the nation for the purpose of publicizing both Zenith and the new, highly efficient art of broadcasting.  One broadcast was made from the summit of Pikes Peak in Colorado.

In 1924, for the fourth time in five years, the company was compelled to find larger quarters.  This time it moved to a four-story building at 3620 South Iron Street in Chicago.  Hassel invented a new receiver with greatly simplified tuning which did not infringe on Armstrong patents.

Zenith Radio Corporation then became a manufacturer in its own right, and marketed the receiver under the name Super-Zenith.  It was an outstanding commercial success.

The same year saw introduction of the first portable radio, a suitcase-like affair with built-in loop antenna and horn-type loudspeaker that sold for $200.  Such was the measure of radio’s progress that little more than ten years later, Zenith was building and selling a better portable for just one tenth the cost – $19.95.

Shortwave for the Navy 
1925 was another exciting year in which Zenith made notable commercial progress and exerted a profound influence on the future of communications and the development of American broadcasting.

At that time radio equipment on naval and merchant vessels the world over primarily used longwave.  This covered good distance at night, but during the day even powerful stations were out of touch with other ships and with shore stations more than a few hundred miles away.  Nevertheless, the experts disdained shortwave radio, which had been assigned to amateurs as a plaything.

This was the year the U.S. Fleet had scheduled a goodwill tour to New Zealand, Tasmania and Australia.  It was also the year that Commander McDonald was scheduled to go north on the MacMillan-National Geographic Arctic Expedition.
McDonald persuaded Admiral Ridley McLean to put shortwave radio to the test by commissioning a young amateur, Fred Schnell (who later served in the US Navy during World War II as a Captain), and sending him along on the cruise aboard the U.S.S. Seattle, flagship of the fleet.  That settled, McDonald turned his attention toward the new MacMillan expedition.  He selected the S.S. Peary, a sturdy 160 foot ship, and equipped it with Zenith shortwave transmitting and receiving gear.

When the MacMillan-National Geographic Expedition headed north in the spring of 1925, McDonald was skipper of the Peary, and second in command of the expedition, in charge of the naval aviation personnel that had been assigned to the expedition by President Coolidge.

When the expedition sailed, it left behind the heavy, longwave transmitting and receiving equipment that had been supplied by the Navy, for the simple reason that this gear could not provide long distance communication during the continuous daylight of the Arctic summer.

But as they neared Nova Scotia they were overhauled by a fast destroyer.  They pulled into Sydney, and ordered to install the useless equipment as protection for the naval personnel on the expedition.  This longwave radio gear did not send or receive a single message while in the Arctic.  It couldn’t span the long distances involved during the 24-hour Arctic daylight.

Shortwave, however, soon gave dramatic proof of its value.  Putting in at Disko Island to refuel, McDonald was told by the local Danish governor that permission would have to be received from the Danish Minister in Washington.  He regretted that their longwave radio transmitter could not get a message out in daylight, and so could do nothing about it until night fell.  This was in June, and night would not come until September.

McDonald needed coal, so he turned to his shortwave rig, and enlisted the services of an amateur radio operator near Washington.  Four hours later he had his permission from the Danish Minister.

In the meantime the U.S. Navy Fleet was on its way across the Pacific.  With his shortwave “pin box radio” Schnell kept direct contact with American amateurs long after the Fleet’s high-powered, longwave equipment had lost daytime contact.  He also communicated directly with the Peary, as it sailed north toward Greenland.

The MacMillan expedition reached Etah, Greenland, only eleven degrees from the North Pole, while the U.S.S. Seattle was off the coast of Tasmania, 12,000 miles away.  The Fleet’s longwave equipment couldn’t even maintain direct contact with the American continent at that great distance.  But Schnell communicated directly by shortwave, not only with American amateurs, but with the MacMillan Expedition as well.  McDonald clinched the demonstration by putting a group of Eskimo singers before the mike, and sending their voices to Admiral Coontz on the Seattle, almost exactly half the world away.  That was the start of practical use of shortwave radio by the U.S. Navy.  The navies and merchant marines of the world soon followed.

And, it’s interesting to note that ALL of radio’s expansion into new channels since that date — international communications, ship to shore, VHF and UHF television, radar, satellite communications, cell phones, etc.— has been in this once “useless” wave band of 200 meters and less.

So, that’s the end of part 2 of the Zenith Radio story.  When we pick it up again next time, we’ll look at the development of the company from the mid-1920’s up through the depression era years of the early 1930’s.  Back to you, Jeff.
(AWR)






AM Radio Gets House Hearing

 


NAB welcomes the planned subcommittee hearing

BY T. CARTER ROSS 
PUBLISHED: APRIL 16, 2024

The House of Representatives Energy & Commerce Committee is hearing about AM radio on April 30. Committee Chair Cathy McMorris Rodgers (R-Wash.) and Ranking Member Frank Pallone (D-N.J.) announced that the Subcommittee on Innovation, Data, & Commerce will hold a legislative hearing that day titled “Draft Legislation to Preserve Americans’ Access to AM Radio.”

Additional story at Radio World: 
(Photo/Variety)

Special Report: AI Case Studies in Radio

 

“But in the end, it’s a sauce to the steak. It’s not the steak.”

BY PAUL MCLANE 
PUBLISHED: APRIL 19, 2024  UPDATED: APRIL 22, 2024

Applications of generative artificial intelligence-based tools are spreading throughout radio while other types of AI are already well ensconced. In a recently released ebook, Radio World sought comments from a sampling of companies about how they’re deploying AI. 

I’ve already shared the experience of four managers at NRG Media; you can read that here. Below are more case studies that shine a light on how AI is being used in our business.

Additional story at:
Radio World
Tiny URL: https://tinyurl.com/ycvmj8yv

Weekly Propagation Forecast Bulletins

 



Product: Weekly Highlights and Forecasts
:Issued: 2024 Apr 22 0200 UTC
# Prepared by the US Dept. of Commerce, NOAA, Space Weather Prediction Center
# Product description and SWPC web contact www.swpc.noaa.gov/content/subscription-services
#
#                Weekly Highlights and Forecasts
#
Highlights of Solar and Geomagnetic Activity 15 - 21 April 2024

Solar activity reached moderate levels on 15 Apr, 16-19 Apr and 21 Apr and was at low levels on 20 Apr. A large amount of numbered regions were recorded on the visible disk, with 26 in total. Region 3639 (N26, L=222, class/area=Eki/320 on 17 Apr) produced the highest flare of the period, an M4.0/1n (R1-Minor) at 15/1932 UTC. 17 other M-class (R1) flares were observed this period from multiple other regions. An complex area of sunspot groups was observed in the southern hemisphere. Region 3638 (S17, L=226, Cai/beta) was far from the most magnetically complex of the group but was very active in its production of eruptions associated with numerous CMEs over the past week. Most of the ejecta was thought to move south of the ecliptic but some of the activity may have produced CMEs whose periphery may be on the Sun-Earth line. 

Other activity included an eruption N of Region 3636 (S21, L=251, Class/area=Cso/100 on 13 Apr) around 15/0557 UTC. A faint CME thought to be associated with the event was observed in SOHO/LASCO C2 imagery beginning after 15/0648 UTC. Modeling of the CME
suggested arrival on 18 Apr but the most pronounced portion of the CME was observed passing Earth over 19 Apr. 

No proton events were observed at geosynchronous orbit.

The greater than 2 MeV electron flux at geosynchronous orbit ranged from normal background to moderate levels. 

Geomagnetic field activity was ranged from quiet to G3 (Strong) geomagnetic storm levels this period. Quiet to unsettled conditions on 15 Apr increased to G1 (Minor) geomagnetic storm levels due to transient influence from a CME activity on the Sun over 12 Apr.
Quiet to unsettled conditions on 17 Apr were associated with a weak passing CME that left the Sun on 14 Apr. Quiet conditions were then observed on 18 Apr as solar wind conditions trended towards nominal levels. An increase to G3 (Strong) geomagnetic storm conditions were observed with the passage of CME associated with activity on the Sun over 15 Apr. Total magnetic field strength (Bt) reached a peak of 18 nT at 19/1425 UTC. The Bz component was sustained in a far southward orientation with a maximum deflection of -17 nT observed at 19/1421 UTC. Solar wind speeds steadily increased from the low 300's to ~500 km/s by the end of 19 Apr. Bt returned to near 5 nT on 20 Apr and the geomagnetic field responded with quiet to unsettled conditions. Active conditions were again observed on 21 Apr following additional periods of sustained Bz south. 

Forecast of Solar and Geomagnetic Activity 22 April - 18 May 2024

Solar activity is expected to be moderate levels (R1-R2/Minor-Moderate), with a chance for X-class flare R3 (Strong), over 22-27 Apr due to a plethora of productive sunspots rotating towards the W limb. As those spots groups rotate off, solar activity is
likely to be a low levels with a chance for M-class (R1-R2), through the remainder of the outlook period due to both developing spots in the E hemisphere and the return of productive spot groups on the farside of the Sun. There is a chance for the greater than 10 MeV proton flux at geosynchronous orbit to reach above the S1 (Minor) levels over 22-27 Apr due to the plethora of sunspots in the W hemisphere. 

The greater than 2 MeV electron flux at geosynchronous orbit may reach high levels on 22-25 Apr in response to geomagnetic activity observed on 19 Apr. 

Geomagnetic field activity is like to reach active levels over 22-24 Apr and 26-27 Apr in response to multiple coronal hole high speed streams (CH HSSs). There is potential for combined influence of coronal hole activity and multiple weak transients over 22-24 Apr. Unsettled levels are likely on 25 Apr, 01-03 May, and 05-07 May due to the anticipated return of multiple other weak CH HSSs. The remainder of the outlook period is likely to be at mostly quiet levels. 

Product: 27-day Space Weather Outlook Table 27DO.txt
:Issued: 2024 Apr 22 0200 UTC
# Prepared by the US Dept. of Commerce, NOAA, Space Weather Prediction Center
# Product description and SWPC web contact www.swpc.noaa.gov/content/subscription-services
#
#      27-day Space Weather Outlook Table
#                Issued 2024-04-22
#
#   UTC      Radio Flux   Planetary   Largest
#  Date       10.7 cm      A Index    Kp Index
2024 Apr 22     215          10          4
2024 Apr 23     215          15          4
2024 Apr 24     200          10          4
2024 Apr 25     190          12          3
2024 Apr 26     170          15          4
2024 Apr 27     170          15          4
2024 Apr 28     165          12          3
2024 Apr 29     160           8          3
2024 Apr 30     155           7          2
2024 May 01     155          10          3
2024 May 02     160          10          3
2024 May 03     160          10          3
2024 May 04     160           5          2
2024 May 05     160           8          3
2024 May 06     160           8          3
2024 May 07     165           8          3
2024 May 08     170           5          2
2024 May 09     180           5          2
2024 May 10     185           5          2
2024 May 11     190           5          2
2024 May 12     195           5          2
2024 May 13     200           5          2
2024 May 14     210           5          2
2024 May 15     215           5          2
2024 May 16     215           5          2
2024 May 17     212           5          2
2024 May 18     212           5          2
(NOAA)

Saturday, April 20, 2024

Music on Shortwave update

 

Version 1.0 of my Music Programmes on Shortwave PDF file for the new A-24 broadcast season is now available to download from this permanent link:
(or for short: https://bit.ly/3LgKNJ2 ).
I hope that you find it of interest.
As always, I appreciate any updates or corrections.
Alan Roe, Teddington, UK 

Marconi Day on April 27

 


This year, International Marconi Day (IMD) is on April 27. Italian inventor and electrical engineer Guglielmo Giovanni Maria Marconi was born on April 25, 1874, and is credited for inventing the radiotelegraph system, creating Marconi's law, and sending the first wireless transmission over the open sea.

IMD was created to honor Marconi and is hosted annually by the Cornish Radio Amateur Club http://gx4crc.com/, GX4CRC. The purpose of the day is for amateur radio enthusiasts around the world to contact historic Marconi sites using communication techniques similar to those that he would have used.

The 24-hour event will operate from 0000 UTC to 2359 UTC, and registration is required. Participants can register at GX4CRC's registration web page https://gx4crc.com/imd/imd-registration/.

Stations in the United States, including Marconi Cape Cod Radio Club, KM1CC, in Massachusetts, are already registering for the event. KM1CC hosts several on-air events each year to keep the accomplishments and story of Marconi and his wireless station site in South Wellfleet alive. 

In 1975, the Wellfleet station was listed as a National Historic Landmark on the National Register of Historic Places and is now part of Cape Cod National Seashore, a unit of the National Park Service. When possible, KM1CC sets up a temporary radio station inside the park. More information about KM1CC is available on their Facebook https://www.facebook.com/KM1CC/ 

Libya, Part 3 – Mebo II & Angela

 


Special thanks to Ray Robinson and Jeff White for sharing a recent edition of Wavescan on AWR

Jeff:  The last two weeks here in Wavescan, Ray Robinson has presented the history of radio broadcasting in the North African country of Libya.  But, there’s one more aspect to broadcasting in Libya that we haven’t covered yet, that’s hinted at by the country entry for Libya in the 1978 edition of the WRTH, which lists two shortwave transmitters on the radio ship Mebo II.  There’s a bizarre story behind that entry, which deserves digging into.  So, here once again is Ray to explain what happened.

Ray: Thanks, Jeff.  Probably the most successful of the 1970’s offshore stations was Radio Northsea International, which broadcast from off the coast of Holland from early 1970 until the Dutch anti-offshore radio law went into effect on 31st August 1974.  The station operated from a ship called the ‘Mebo II’, owned by Mebo Telecommunications Ltd., based in Zurich, Switzerland.  The men behind the company were two Swiss engineers, Erwin Meister and Edwin Bollier, and using the first two letters of each of their last names, they formed the acronym ‘Mebo’.  They purchased two Norwegian ships in 1969.  The first was the Bjarkoy, which they re-registered as the Mebo, but when they realized it was too small to use as a broadcasting base, they bought a second vessel, the coaster Silvretta, which had been built in 1952.  This they re-registered as the Mebo II, and the smaller Mebo they retained as a tender for the Mebo II while it was anchored at sea.

After the station’s broadcast life in the North Sea came to an end, there was much speculation and legal wrangling as to what would happen to the ships next.  That in itself is a long story, but eventually the ships left Dutch waters on 16th January 1977.  During this period, the smaller ship, the Mebo, had been re-registered as the Angela.

The Mebo II had its original full complement of broadcast equipment on board:
two fully equipped studios,
a 100 kW RCA medium wave transmitter,
2 x 10 kW shortwave transmitters,
a 1.2 kW mono FM transmitter, and
a 140’ antenna mast.

It also had another medium wave transmitter, a 10 kW Continental Electronics unit, that had been transferred from the Radio Veronica ship, the MV Norderney.
 
The ships had Dutch captains, and crews from the Cape Verde Islands, but with them also went former Caroline and RNI transmitter engineer and DJ, Robin Adcroft (who also used the name Robin Banks on air).

Their departure was shrouded in mystery as they sailed south towards a new destination and a new role in the Mediterranean which was to be unlike anything ever experienced by an offshore radio station before or since.  On 1st February they called at Ceuta – the Spanish enclave in Morocco – to take on fresh supplies of food, fuel and water.  They then eventually arrived off the port of Tripoli on 9th February, and five days later, dropped anchor side-by-side in the harbor, 150 meters out.  The crew were all paid off, and only radio engineer Robin Adcroft remained on board.  The ships had apparently been leased to the government of Libya.

During February and March 1977, a number of non-stop music test transmissions were made by Robin from Tripoli Harbor.  These transmissions, on 1232 kHz (244m) using a power of about 40 kW, took place generally between 8 and 11pm local time (1800-2100 UTC) and consisted of records and announcements, but without any station identifications.  Later some tests were also made on 773 kHz (388m) using the old Radio Veronica 10 kW transmitter which had been installed on the Mebo II.

These test transmissions had to be halted after a few weeks because it was discovered that they were causing interference to local communications facilities in the Tripoli area.  A further widely-heard series of tests from the Mebo II began on 2nd May 1977 on 773 kHz medium wave, 6210 kHz shortwave, and 90 MHz FM.  Again the tests were presented by Robin Adcroft and consisted largely of music and announcements, but this time knowing that some European offshore radio enthusiasts would probably be listening on shortwave, the occasional RNI jingle was inserted between records.  At the top and bottom of each hour, the former RNI theme, "Man of Action" was also played.

On 19th May 1977 test transmissions also started in the 31m shortwave band on 9810 kHz, making a total of four transmitters broadcasting simultaneously from the Mebo II - the first time that had happened in over three years.

< Audio Clip – Mebo II test, Mon 23 May 1977 >

Unfortunately because of interference from the Russian Home Service on the same 31 meter band frequency, use of 9810 kHz had to be dropped in June, and the 49 meter band transmitter was switched from 6210 to 6205 kHz.

On 29th June 1977 an afternoon relay began on 773 kHz, 6205 kHz and 90 MHz of the English language programs of the Socialist People's Libyan Arab Jamahiriya Broadcasting Corporation (SPLAJBC), itself transmitting from Tripoli on 1406 kHz (214m).  These relays, heard from 1600-1740 UTC, had been arranged by Robin Adcroft on instructions from Mebo Director Edwin Bollier in Switzerland, and were thought to have been for the benefit of Libyan Embassies throughout the world.  However, no feedback was received from this potential audience and the relays ended on 16th July, although the evening music programs continued.


On 8th August both the Mebo II and the Angela raised their anchors and sailed east from Tripoli Harbor calling first at Benghazi three days later, and then on to Derna Harbor – some 600 miles from Tripoli and about as close to the Egyptian border as they could get.  Relations between Libya and Egypt had become strained and the main reason for the move was to jam Egyptian Radio’s transmissions on 773 kHz.  This was effective in the local area, but not much further afield as Egypt used 1000 kW on 773 kHz.

The Mebo II’s transmissions on 773 kHz were made using the 10 kW former Radio Veronica transmitter, and they were identified with the call sign ‘LBJ’, meaning Libyan Post-Revolution Broadcasting.  The main 100 kW transmitter on the Mebo II was ready to be used, but at the last moment the Libyan authorities, perhaps wary of escalating the tension with Egypt still further, instructed the radio engineers not to retune the transmitter or turn it on.

At this stage programs consisted of music, with no propaganda or information, and continued for about five hours each night, half of that time being live programs presented by Robin Adcroft and the remainder pre-recorded taped programs.  The Mebo II left Derna on 30th October 1977 for a new anchorage off Benghazi.

After arriving off Benghazi test transmissions were resumed on all three wavebands, but after two days engineers were instructed to turn off the medium wave and shortwave outlets, leaving only FM to carry the five hours of nightly programs. The engineers were told to keep the transmitters silent until arrangements had been made for Libyan frequencies to be allocated to them.

Despite this instruction a number of relays of the FM test transmissions were broadcast on 6205 kHz shortwave in December 1977 and early January 1978.  They were announced simply as "a program of international music on 90 MHz FM."

Interestingly, the station is listed in the 1978 WRTH, showing the frequencies of 773 kHz medium wave, 6205 and 9810 kHz shortwave, and 90 MHz FM.  Apparently at that time, it was the only FM transmitter in the country.

On 15th January 1978 the, by now regular, program didn’t start as usual at 7.00pm local time and an announcement broadcast later in the evening indicated that the Mebo II was actually sailing away from Benghazi harbor.  The radio ship eventually arrived off Tripoli once again on 19th January and broadcasts, consisting of a relay of the SPLAJBC in English, were made until 8.30pm local time.  These programs were mainly news bulletins, music, and talks about international affairs.

In February 1978, the Mebo II and the Angela both went into dry dock in Tripoli.  Some damage on the Angela was repaired, and both ships were repainted, the Mebo II in red with cream flashes, and the Angela in blue, white and black.  Whilst in dry dock both vessels were manned by between six and twelve armed guards at all times.  Coming out of dry dock, the vessels initially tied up against the quay opposite the British Embassy in Tripoli.

Broadcasts resumed on 12th March on medium wave and shortwave only, and on 27th March, the 10 kW medium wave transmitter was retuned to 1610 kHz (186 m).  Reception reports were requested to Mebo’s address in Zurich.

< Audio Clip - Mebo II test, Mon 27 Mar 1978 >

On 5th April 1978 the Mebo II and the Angela became the official property of the Libyan Government and were re-named Al Fateh and Almasira respectively.  

A foreign language service of the SPLAJBC started from Al Fateh on 11th June 1978.  Each day six Arab announcers, three French speaking and three English speaking, travelled out to the ship in Tripoli Harbor to present live programs.  The announcers relied on radio engineers Robin Adcroft and Printz Holman to operate the technical equipment for them, and they were the only two Europeans allowed on board the radio ship.  Foreign announcers hired to broadcast on the European Service of SPLAJBC were required to pre-record their programs in landbased studios.

This broadcasting arrangement lasted only until the end of the month, when plans were announced for a new daily service, consisting of readings from the Holy Koran, to be broadcast using the 10 kW medium wave transmitter on 1610 kHz, and also on 6206 kHz shortwave, between 0600 and 1800 UTC.

On 14th August 1978 Robin Adcroft and Printz Holman decided to make a clandestine broadcast on shortwave to commemorate the 11th anniversary of the British Marine Offences Act in 1967.  This transmission took place between 0500 and 0600 UTC, before the broadcasts of Holy Koran readings started, and was the last English language program made from the former ’Mebo II’.

By September 1978, all the European radio staff had left Al Fateh, and the ship was fully under the control of the Libyan technicians.  In November 1978, they adjusted the medium wave frequency from 1610 to 1611 kHz, in line with the new 9 kHz channel spacing plan.

Al Fateh was dry docked again in Valetta, Malta during June 1979, where she was once more repainted, this time in the Libyan national color, green, and with the name Al Fateh now on her bow.  She returned to Libya in the first week of September 1979, and recommenced transmissions of SPLAJBC shortly afterwards.  Shortwave programming was logged on 7165 kHz in the 41 meter band, with the 1980 WRTH listing transmissions on 1611 and 7165 kHz.

Al Fateh continued to be used to relay Holy Koran readings from the SPLAJBC until mid-1980, with the last logging by international radio monitors being on July 20th (1980).  The ships were expensive to maintain, and with new transmitting stations then available on land, the ships were no longer needed.  Robin Adcroft said he went back to Libya in the second half of 1980 to supervise the de-commissioning of equipment from Al Fateh in Tripoli harbor.  It was put in storage with the intention of later installation on land, although it is believed that never happened.  Finally, both ships were unceremoniously towed into the Mediterranean and sunk as the result of being used as target practice by the Libyan Air Force.

Back to you, Jeff.
(AWR)

Friday, April 19, 2024

Shortwave Radiogram, Program 350


Hello friends,

An active sun has resulted in some recent disruptions to shortwave propagation. Generally Shortwave Radiogram has been lucky in sidestepping these events, so let's hope this pattern holds up. And while solar activity can cause brief dropouts on shortwave, in the longer term the ionosphere is fortified.

From space weather to terrestrial weather, here in northern Virginia we recently experienced the proverbial quarter-sized hail. The thuds on our roof were very noticeable. But it all melted quickly, given that the temperature was 80F/27C. An image of our area hailstones will be transmitted on this week's show.

A video of last week's Shortwave Radiogram (program 349) is provided by Scott in Ontario (Wednesday 1330 UTC). The audio archive is maintained by Mark in the UK. Analysis is provided by Roger in Germany.

Here is the lineup for Shortwave Radiogram, program 350, 18-24 April 2024, in MFSK modes as noted:

 1:45  MFSK32: Program preview
 2:54  MFSK32: Taiwan using satellites to reach strategic island*
 7:18  MFSK64: Polar forests provide clues about 1859 solar event
11:56  MFSK64: This week's images*
27:24  MFSK32: Closing announcements

* with images

Please send reception reports to radiogram@verizon.net
And visit http://swradiogram.net 
Twitter: @SWRadiogram or https://twitter.com/swradiogram 
(visit during the weekend to see listeners’ results)
Facebook group: https://www.facebook.com/groups/567099476753304
Shortwave Radiogram Gateway Wiki: https://wiki.radioreference.com/index.php/Shortwave_Radiogram_Gateway
Other Shortwave broadcast programs that include digital text and images include The Mighty KBC, Pop Shop Radio and Radio North Europe International (RNEI). Links to these fine broadcasts, with schedules, are posted here.
 
Thanks for your reception reports!
Kim

Kim Andrew Elliott, KD9XB
Producer and Presenter
Shortwave Radiogram
Reporting on international broadcasting at https://twitter.com/kaedotcom
  

Encore classical music from Radio Tumbril

 


Regular Broadcast times of Encore By WRMI and Channel 292 are:
02:00 - 03:00 UTC Friday 5850 kHz WRMI to US
20:00 - 21:00 UTC Friday 15770 kHz WRMI to Europe
10:00 - 11:00 UTC Saturday 9670 kHz Channel 292 to Europe
01:00 - 02:00 UTC Sunday 5850 kHz WRMI to US and Canada
19:00 - 20:00 UTC Sunday 3955 kHz Channel 292 to Europe
02:00 - 03:00 UTC Monday 5950 kHz WRMI to the US and Canada
13:00 - 14:00 UTC Tuesday 15770 kHz WRMI to Europe, east coast of US and Iceland. (Sometimes RTTY on the lower sideband. Suggest notch out or use USB.)
 
Some Things to see on The Encore Website:
The Encore website is www.tumbril.co.uk where you will find:
Important information about funding of Encore - Radio Tumbril.
Up to date transmission times and frequencies.
The playlists for the most recent programmes.
An email link.
Informal reception reports as well as those requesting eQSL cards are welcome.
 
ENCORE IS A ONE-MAN OPERATION -  PLEASE MAKE A PAYPAL DONATION OR 'BUY ME A COFFEE' AND HELP PAY THE  BROADCASTERS AND KEEP ENCORE ON THE AIR - Go to - www.tumbril.co.uk
 
WRMI and Channel 292 are very generous with their air-time but Encore still costs around 100 Dollars/Euros a month to broadcast.
If you can - please send a small contribution to help Encore keep going.
 
THE DONATION BUTTON AND 'BUY ME A COFFEE' BUTTON are on the homepage of the website - www.tumbril.co.uk - which folks can use if they would like to support Encore.
 
(Please don't be put off by the POWR security wall when using the PAYPAL button - it is a harmless requirement of WIX the website hosting service.)
 
THIS FORTNIGHT'S PROGRAMME - (First broadcast this FRIDAY 19th April) by WRMI at 0200 UTC on 5850, (and 2000 UTC on 15770) and then Channel 292 on SATURDAY (20th April) at 10:00 UTC on 9670 kHz):
Starts with the SteamBoat Whistle Blues by John Hartford, part of Bruckner's 9th Symphony (his last), and then two different but related pieces for the harpsichord.
The programme finishes with the 2nd movement from Symphony No.1 by Florence Price.
 
A very good site for online SDR receivers all over the world is: http://kiwisdr.com/public/  Click the 'Map' button in the top left of the screen.
 
Thank you for spreading the word about Encore - Classical Music on Shortwave on Radio Tumbril - and thank you for your support.
 
 
Brice Avery - Encore - Radio Tumbril - www.tumbril.co.uk 
GMØTLY

Libya, Part 2 – MW & SW

 


Special thanks Ray Robinson and jeff White for sharing a recent edition of Wavescan on AWR

Jeff: Last week here in Wavescan, we presented the first part of our profile of radio broadcasting in the North African country of Libya, which covered the early Morse Code wireless stations, and also the program broadcasting stations that were established after the Second World War by the British and American Forces.  Today, Ray Robinson presents part 2 in the story of radio broadcasting in Libya; looking now at the government radio services, on both medium wave and shortwave.

Ray: Thanks, Jeff.  Actually, radio broadcasting on the part of the Libyan government was quite late getting started, as compared to similar events in other countries.  As far as we can determine, the first government-operated radio broadcasting station in Libya was on the air for a brief period of time in Cyrenaica in 1947.  One isolated monitoring report informs us that the station was operating in the 19 metre shortwave band on 15320 kHz. 

It appears this station was primarily a communication station located in the eastern city of Benghazi, but that it was also on the air temporarily with program broadcasting.  From what we can glean from listings in the early editions of the WRTH, the first permanent broadcasting station in Libya was installed in the capital city, Tripoli, probably in 1953.  It was quite a small facility, operating with just 250 watts on 1552 kHz.  This was likely an interim facility while a larger station was under construction.  That larger medium wave station was inaugurated five years later, with 50 kW on 1052 kHz, in the outskirts of suburban Tripoli.  Around the same time, a shortwave transmitter was installed at El Beida, the most northerly point in eastern Libya, and this was listed with 3 kW on 6140 kHz. 

Over the years, at least two additional shortwave transmitters rated at 100 kW were installed at El Beida, and also a 500 kW medium wave unit for wide area night-time coverage in Africa, as well as nearby Mediterranean areas.  The shortwave usage at El Beida was closed out around the year 2000.  Work commenced at another shortwave station listed as Benghazi in 1958.  Over the years, several transmitters were installed at this location, including 3 kW, 7½ kW, 10 kW and at least one at 100 kW. 

In 1998, Muammar Gaddafi declared that Africans and not Arabs are Libya's real supporters.  The Libyan state-owned radio 'Voice of the Arab World' was then renamed 'Voice of Africa'.

These days, no shortwave unit is active at the Benghazi location, and the last 100 kW medium wave unit there, that had been operating on 675 kHz, went silent in 2018.  

In the early 1970’s, work commenced on the construction of another shortwave station located at Sabratha in the northwest corner of Libya.  At the time, it was stated that this would become the largest shortwave station in all of Africa, with four Thomson transmitters rated at 500 kW each and a total of 48 curtain antennas.  For many years, test transmissions were noted from this supposedly large station, and ultimately, in 2002, program broadcasting began under the title, “Voice of Africa”. 

It seems that the Libyan authorities would often prefer to build a new radio station instead of maintaining and repairing an existing one.  Another shortwave station was constructed at Al Assah, again in northwest Libya, near the border with Tunisia. This facility was first inaugurated on August 28, 1996; and then it was re-inaugurated on December 8, 2001 with four shortwave transmitters.  This station is no longer listed as active on shortwave, and neither is a 500 kW medium wave unit there which used to be on 1449 kHz.

As if they didn’t have enough transmitter locations, at least two more are known to have been constructed, both at inland oasis locations.  One was at Sebha in the middle of the country, with two 100 kW Harris transmitters; and the other at Ghat in the bottom south west corner of the country, also with two 100 kW transmitters.  The Sebha station was used to broadcast radio programming from 1985 to 2002; and the Ghat station was heard in Bulgaria with test transmissions in 2007, although apparently it was never taken into full time broadcast usage.  To make things more complicated in the radio scene in Libya, the Transmitter Documentation Project, published by Ludo Maes in Belgium, lists a total of two dozen additional shortwave transmitters that were installed at unknown locations in Libya from the mid-1970’s to around 2005. 

No doubt many of these units were installed at already existing locations, but perhaps new locations were also involved.  These additional units were procured from Siemens-RIZ in Zagreb, Croatia.  It would appear also, that various transmitters at various locations in Libya were used for varying time periods for general government communications, in addition to program broadcasting.

We should also mention that Libya took out a relay from four shortwave transmitters at 500 kW located at Issoudun in France, beginning in 2003.  
Programming from Libya to France was provided by at least one communication transmitter, located at either Sabratha or Sebha.  This program service was presented under the same title, “Voice of Africa”, and it was on the air for a period of some five years.

So, what can you hear from Libya these days?  In short, nothing.  The shortwave transmitters are long gone, and the high-powered medium wave transmitters were progressively closed down, with the last two, in Tripoli and Benghazi, being listed as active for the final time in the 2018 edition of the WRTH.

All radio broadcasting in Libya now is on FM only, although since the end of the civil war a few years ago, privately owned stations are now allowed, and there is even a Voice of America Africa station along the coast east of Tripoli at Misratah with 1 kW on 91.1 FM, and BBC Arabic stations in Benghazi, Tripoli and two other locations, all on 91.5 FM, again with 1 kW.

In what might be described as better times, Libya issued large colorful oversized QSL cards for their broadcasts on both medium wave and shortwave.  These cards identified the shortwave broadcasting service from Libya as “Radio Jamahiriya”, and they were obtainable from two different addresses, one in Libya and the other in Malta.  The QSL card, printed in English and Arabic, depicted a large ornate rainbow. Other QSL cards from Libya showed current rural scenes and ancient historic scenes throughout the country.

Next week, I plan to bring you the strange story of the relocation of the offshore radio ship Mebo II from The Netherlands to Libya, its broadcasting history there, and its ultimate demise in the Mediterranean after being used for target practice by the Libyan Air Force.

Back to you, Jeff.
(AWR)

Thursday, April 18, 2024

Libya, Part 1 – BFBS & AFRTS

 


Special thanks to Ray Robinson and Jeff  White for sharing a recent edition of Wavescan on AWR

Jeff: 13 years ago in 2011, one country that was very much in the news amid political turmoil and vicious fighting was the Arab Islamic State of Libya.  80 years ago, the same area featured prominently in the see-saw battles fought by the European powers during their North Africa campaigns.  This week, Ray Robinson begins a three-part series on the history of radio broadcasting in Libya, starting with the earliest wireless stations, and some radio broadcast stations that were operated by British and American personnel from shortly after the Second World War, up until 1970.  Here’s Ray.

Ray:  Thanks, Jeff.  The country of Libya is located in North Africa, approximately in the middle of the Mediterranean coastline.  Libya is about 1,000 miles north/south and also 1,000 miles east/west, although with an irregular shape.

Almost the entire country is covered by the Sahara Desert, with a 50 mile strip of arable land along the coast, and a few oases inland.  The hottest temperature ever recorded on Earth occurred in Libya on September 13, 1922, when the temperature was measured at 136 degrees Fahrenheit, 58 Celsius.

The current population of Libya is around 7.2 million and the capital city is Tripoli, although the largest city is Benghazi.  Oil was discovered in quantity in 1959, and these days the sale of oil forms 80% of the national economy.

This area of North Africa was inhabited by Berber tribespeople in earliest ancient times, and Phoenicians from the Palestine coast settled in the area around 700 BC. One hundred years later, the Greeks colonized the area, followed by the Romans, who in turn were followed by the Vandals from central Europe, and then the Arabs came in around the 600’s AD.  In 1912, Italy took over Libya, and after World War 2, Libya formally gained independence in 1951.

For those who have an interest in Biblical backgrounds, the original Berber tribespeople are descended from Noah’s son Ham; and Libya is mentioned by name in the Bible more than a dozen times.  The early Christian church remembered that a man by the name of Simon, from Cyrene in north eastern Libya, was arrested by Roman soldiers and was forced to carry the cross along the via Dolorosa in Jerusalem on behalf of the Messiah.

Wireless communication came quite early to Libya, and the first stations were installed immediately after the end of World War 1.  These early wireless stations were located in Tripoli as ICK; in Benghazi as ICJ; and Tobruk as ICU; together with four other regional locations.

However, radio broadcasting came quite late to Libya, and interestingly, the first medium wave stations weren’t installed until after the Second World War, and were operated by British & American forces personnel, not by the national government or commercial interests.  According to all available references, there was a total of six different BFBS stations on the air in Libya giving coverage to four different localities on AM, FM & SW; and just one AFRTS station on AM medium wave.

We look first at the British stations. According to Doreen Taylor in her book, “A Microphone & A Frequency”, the first two British stations were erected somewhat simultaneously during the year 1946, in Benghazi & Tripoli.  Both stations were quite small to begin with, using whatever electronic equipment was available.

The original station in Benghazi was located on what had been the Italian airfield, and quite soon, in 1947, an attempt was made to broadcast on shortwave.  The transmitter was an American-made RCA unit rated at 7½ kW, and the chosen channel was announced as 11820 kHz, though monitoring observations in Australia stated that the channel was more like 11850 kHz.  Unfortunately, these BFBS shortwave broadcasts caused interference to a regular BBC transmission, so the first attempt at shortwave broadcasting was aborted.

However, shortwave broadcasting was again attempted on two subsequent occasions; in 1949 on 4780 kHz, and in 1956 with 7½ kW on 4930 and 7220 kHz.

Two years after the station was inaugurated, Arabic programming was introduced for the benefit of local citizens.  Four years after that, the station was flooded following heavy rains in the hills nearby.  However, due to quick action on the part of the station personnel, very little damage was done to the station equipment.

The Benghazi station was closed in February 1958, but upon the insistence of King Idris, a smaller station was reopened in 1960 with 1 kW on 833 kHz, installed in an empty ward in what had been the base hospital in Wavell Barracks.  Later in the 60’s, a 4 kW FM transmitter was added on 97.8 MHz.  But, when most of the British forces left the area, the station was taken over temporarily by Signals personnel, and soon afterwards it was closed.  The last listing for the station in the WRTH is in 1968.

The BFBS station in Tripoli likewise had a double life.  It was located initially in the British army barracks at Mareth, and ten years later the station was transferred to Miani Barracks four miles away.  Likewise, shortwave coverage was tried from this station, and it was noted in England on 4785 kHz in 1953.  This station, with 1 kW on 1394 kHz, was finally closed in January 1966.

A third BFBS station located at Tobruk came on the radio scene considerably later than the previous two.  It was inaugurated in July 1964, and radiated 1 kW on two channels, 1439 & 1484 kHz (208 and 202 meters), as well as on 89 MHz FM.

Interestingly, the programming from the Tobruk BFBS station was also relayed over an FM transmitter on 90.2 MHz at El Adem, 17 miles inland, which received its program feed via a landline connection.  The Tobruk station was closed after six years of service in 1970.

BFBS in Libya was therefore on the air on shortwave from two different locations, Benghazi in 1947, 1949 & 1956; and from Tripoli in 1953.  And yes, these BFBS stations in Libya did issue QSL cards, though these days they are quite rare.  Dr. Adrian Peterson’s Heritage Collection does contain one such card, verifying BFBS Benghazi on shortwave with 4 kW on 3305 kHz in 1954.

From 1943 to 1970, the United States Air Force operated the Wheelus Air Base on the coast near Tripoli, a facility that had originally been constructed by the Italian Royal Air Force in 1923.  On the base there was an American AFRTS station, both radio and TV, and it appears from listings in the WRTH that the radio station was first launched in 1954 with 100 watts on 1510 kHz.  The TV station was added early in 1955.  Very little is known about either station; they must have had American callsigns, but what they were, we don’t know.  When they were closed in 1970, the radio station was operating with 1 kW on 1594 kHz.

The significance of the closure in 1970 of both BFBS Tobruk and AFRTS Tripoli is that it was on September 1st, 1969 that King Idris I was overthrown by Muammar Gaddafi in a successful military coup d’état.  Before the revolution, the US and Libya had already reached agreement on US withdrawal from Wheelus.  This proceeded according to plan, and the facility was turned over to the new Libyan authorities on 11th  June 1970.

Next week, we’ll take a look at the domestic governmental radio operations in Libya, on both medium wave and short ave.

Back to you, Jeff.
(AWR)

Wednesday, April 17, 2024

Blog Logs-April 2024

 Welcome to the April 2024 edition of Blog Logs. Thank you for your emails and for following the Shortwave Central blog; X/Twitter at Shortwave Central @QSLRptMT. 

Do you have any radio loggings or information to share for the next edition of Blog Logs? Your input from mediumwave, or shortwave is welcome at: w4gvhla@gmail.com  Tell the world what you're hearing in your listening post or portable monitoring!

Have you subscribed to the Shortwave Central YouTube channel? There is a large selection of videos and audio airchecks with more planned for the future! Join your fellow radio enthusiasts at: https://www.youtube.com/c/ShortwaveCentral 


An addition is the new Shortwave Central Kiwi SDR. Take a listen from our southeast Louisiana location in Mandeville at: http://192.168.0.244:8073/  

By following the Shortwave Central blog and following on X, you will receive the latest tips and information from the ever-changing realm of radio!

Language services as indicated.
// denotes station heard on a parallel frequency
*Sign-on   Sign-Off*/ frequencies kHz
Monitored 14 March - 14 April 2024

All times UTC

Mediumwave
Algeria
1550, Radio Nacional de la Republica Arabe Saharaui, Rabouni, 2127-2139. Arabic songs and comments. SINPO 35443 (Manuel Méndez/Canary Island DXing/BDXC)
Bahamas
810, ZNS3-The National Voice 0345. Freeport station with fading amid easy-listening vocals. Fade-up to the Shirelles Will You Still Love Me Tomorrow and Billie Holliday's Don't Explain (Van Horn/SW Central KiwiSDR LA). www.znsbahamas.com  
Canary Islands
576, Radio Nacional de Espana, Radio 1, Mesas de Galaz, Gran Canaria, 1441-1556. Sports program "Tablero Deportivo", // 621. SINPO 35433 (Méndez)
720, Radio Nacional de Espana, Radio 5, Tenerife, 0555-0600. Local Canary Island news and ID "Radio Nacional Canarias // 747 SINPO 55555 (Méndez)
Madeira
1530, Posto Emissor do Funchal, Poiso, 1530-1610. Portuguese songs to 1600-time signals and station ID "Posto Emissor do Funchal," Local ads and music. SINPO 35433 (Méndez).


Euro Free Radio
1611 1746 Mike Radio. SINPO 33433
1629 1751 Radio Twentana SINPO 34433
1638 1823 Radio Turftrekker SINPO 34433
1670 1803 Radio Matrix SINPO 34433
1687 1811 Radio Digital SINPO 44433
5015 1628 Deltracks SINPO 34433
5800 1755 Radio Contikenzo SINPO 54444
5880 0841 Radio Rock Revolution SINPO 44433
5999 1620 Moonair Radio SINPO 23432
6020 0813 Radio Casanova SINPO 35433
6160 0835 Skyline R Germany via Shortwave Gold SINPO 34433
6160 1509 Weekend Music R via Shortwave Gold SINPO 34433
6210 1605 Radio King Shortwave SINPO 34433
6290 0826 Weekend Music Radio SINPO 55444
7405 0820 Radio Piepzender SINPO 45444
7575 1028 Radio Pamela SINPO 34333
15150 1040 Harmony Radio SINPO 44433
(SW DX blog/UK Dxer)

Shortwave
Australia
15460, Reach Beyond Australia at 1317. Poor signal observed for English service. Noted on Monday, Wednesday, and Friday. Presentation of bible scriptures and interpretations. (Harold Sellers, CAN) http://www.reachbeyond.org.au  



Brazil
9550, Rádio Boa Vontade 0026-0040. Portuguese text and talk including station address. Tent on // 6160. SIO 322 with fair signal quality (Van Horn, Kiwi SDR/LA).
15190, Rádio Inconfidência 2230-2345. Portuguese soccer commentary. Brief ID break resuming with coverage to ultimate "goooooooool." Heard on // 6020 with 232 SIO (Van Horn, Kiwi SDR/LA). http://www.inconfidencia.com.br 
11750, Rádio Voz Missionaria Brasil 0035-0045. Portuguese ballads // 9665. Station ID 0036 to gospel vocal. No sign of // 5940. Signal improved by 0040 to note canned station ID into religious praise Portuguese vocals. Public service announcement and program preview (Van Horn, , Kiwi SDR/LA). 
11780, Rádio Nacional da Amazonia 2120-2220. Tune in with excellent signal and usual format of national news to fanfare intro for program segments and announcer's talk (Van Horn, , Kiwi SDR/LA). http://www.ebc.com.br 
11815, Rádio Brasil Central, Goiania. 0120-0135. Portuguese Braz ballads to 0123. Local references into Braz pop vocals. SIO 343 (Van Horn, Kiwi SDR/LA). 

China
6060, Sichuan Ethnic Radio 1415-1515. Logging based on observations as the reception was poor. Music to 1430 with brief talk between music items. No time tips were noted at top of hour. (Tony Pavic, CAN/NASWA FlashSheet).
11910, China Radio International 1415. Russian programming into Asian music. SINPO 15321 (Rudolf Grimm, Brazil) https://www.cgtn.com/ 

Cuba
4765, Radio Progreso (Bejucal) 0140. Cuban salsa music at tune-in to "Progreso" ID, Time, and announcer's comments. Music intros for salsa tunes. Recheck at 0217 with Zeplin's Stairway to Heaven to the announcer's talk about Jimmy Page. Station ID and address to 0235*. Nice to see this one back - I had noted they had been for several nights (Van Horn, , Kiwi SDR/LA). http://www.radioprogreso.cu 


Ecuador
6050, HCJB 0130-0140. Spanish text to really nice Ecuadorian vocals into flutes and guitar instrumentals SIO 334. Recheck 0150 still heard with children's music vocals (Frank Hilton, SC). https://hcjb.org/ 
6050, HCJB 0431-0437 in Spanish with the program "Ritmos y Canciones de Nuestra Tierra." SINPO 25432 (Méndez).

France
15115, NHK World Radio Japan relay via Issoudun relay 1850. Japanese service with announcer’s discussion to Japanese music vocals SINPO 35433 (Grimm). https://www3.nhk.or.jp/nhkworld/ 

Germany
3995, Radio HCJB Deutschland at 0055. Tune in to German religious vocals. Electronic instrumentals (Van Horn, , Kiwi SDR/LA). http://www.hcjb.de 

Guam
12040, KSDA Adventist World Radio via Agat. Unknown language monitored at 2150 included with gospel music. SINPO 35543 (Grimm). www.awr.org 
12060, KSDA AWR at 1530 with "KSDA Guam ID. English service to scriptures and music for very good signal (Sellers).

Liberia
6050, ELWA Radio, Monrovia *0555-0612. Station interval signal at 0558 to English ID as, "ELWA Radio, Monrovia." Religious songs and comments SINPO 25432 (Méndez).www.elwaministries.com 


Malaysia
11665, RTM Wai FM. Via Kajang (100 kW) 1310-1330. Listed as Malaysian service schedule 2230-1405. Very weak signal for Asian pop vocal music program. Lady announcer's brief segment at 1330, resuming music tunes. SIO 232 (Van Horn, Kiwi SDR/LA). www.rtm.gov.my  

México
6185, Señal Cultura Mexico/Radio Educación. Great Mexican music program 2300. Lady's station ID twice as "Radio Educacioó" into promo as, "música de pueblo mexicano." History of the music style, location and music examples, followed by "Radio Educación.” Very enjoyable music program. Norteño music program 00003-0030 (Van Horn, , Kiwi SDR/LA). http://www.radioeducacion.edu.mx 

North Korea
9435, Voice of Korea at 1505. Marching/military music to sign on. Newscast with excellent signal // 11710, poor on 12015 and 13760 sometimes audible under excessive splatter (Sellers).
13650, Voice of Korea 1335-1345. Usual women's Korean music vocals //11735, 13760, 15345. Listed as English service for summer schedule update. Noted 9435 // 11710 (best reception) // 11735. Asian music instrumentals to news on North Korea. French noted 1405 tune-in on 9435 poor signal for // 11710 with newscast. Korean speech (Kim?) 11735 // 13650. (Van Horn, AirSpy)  www.vok.rep.kp   

Northern Marianas Islands
12140, USAGM/Radio Free Asia via Tinan at 1430. "Radio Free Asia" ID over Asian music. Khmer service // 9355 via Saipan (Sellers). http://www.rfa.org/english 

Peru
4774.94, Radio Tarma 0945. Noted station's frequency drifting from 4775.5 just prior to 1000 sign-on ID as "Radio Tarma" canned ID. Signal poor from CODAR interference during Andean vocals. (Van Horn, , Kiwi SDR/LA). 
4810 Radio Chazuta 1000 ID into religious text format. Fair signal despite interferences (Van Horn, , Kiwi SDR/LA). 


Philippines
11900, USAGM/Voice of America relay via Tinang. Chinese service logged at 1410. Comments by male/female duo. SINPO 15331 (Grimm). http://www.voanews.com 
15620, FEBC Radio, Bocaue. Javanese service at 1425. Gospel music to announcer's station information and mentions of Philippines. SINPO 35543 (Grimm). Monitored this frequency with religious text 1428 to Javanese bells. Closing station ID and station information (Sellers). https://www.febc.org/philippines 

Saudi Arabia
11745, SBA/Al-Azm Radio 1345-1355; 0330-0400. Two announcers’ Arabic text of news format. Arabic music vocals to Arabic speech. Al-Arabiya FM in Arabic on 639 via Cyprus 1900-2100. (Van Horn,Kiwi Qatar). 

Sri Lanka
11750, SLBC at 1630. Poor signal quality for station sign-on in Sinhala with presumed station info to music bridge, and possibly new headlines. (Sellers). http://sinhala.newsslbc.lk/ 

United Kingdom
15265, KBS World Radio via Wofferton relay. Russian service covering world news to comments and KBS identification. SINPO 25442 (Grimm) http://www.kbsworld.co.kr 


United States
4840, WWCR Nashville, TN 0025. Closing promotional for religious publication. Amazing Grace tune into Life Changing Word segment (Van Horn, Kiwi SDR/LA,). http://www.wwcr.com 
5085, WTWW Lebanon, TN 0250-0300. Text about the evils in today’s modern music in rap and country & western as "society is torn down." (Hilton).
5950, VORW Radio International via WRMI 0015. John's comments on recent severe weather and his views on Tic Tock banning issues. Donovan's Season of the Witch tune and announcer's comments on welcoming reception reports with address (Van Horn, Kiwi SDR/LA). 
6030, USAGM/Radio Marti 0120-0130. Spanish newscast and usual chat about Cuba. Canned station ID and newscast promo SIO 444 (Van Horn, , Kiwi SDR/LA). http://www.martinoticias.com 
6115, WWCR Nashville, TN 2345-0015. Religious conversations on text to Real Life Radio reference at 0000 (Van Horn/AirSpy). http://www.wwcr.com 
7505, WRNO Worldwide, New Orleans, LA 0215-0230. Tune-in to Ray Bentley religious program on Old Testament teachings. "Marathan Radio" ID to San Diego mailing address. Station ID 0224 "this is WRNO Worldwide 7505 kilohertz." Welcomes reception reports and notes "catch the wave on shortwave," followed by praise music (Van Horn/AirSpy). 
7490, WBCQ Monticello, ME 0257. Conversations during the Hal Turner Show. Program promo to WBCQ identification. Religious text on the Tribulation (Van Horn). http://www.wwcr.com 
9265, WINB Red Lion, PA 0202-0215. Scripture readings program SIO 444. (Hilton). http://www.wwcr.com 
9330, WBCQ/WLC Radio 0205-0215. Portuguese program of religious readings to 0230 (Hilton).

Vanuatu
7260, Radio Vanuatu 0659-0801. Bislama commercials and promos. Newscast by male/female duo to 0715. Pop vocals Tarzan Boy and Baby I Love Your Way. Public affairs discussion at 0730. Best reception all week. Noted on this frequency at 0925 with Pacific Island music vocals. Station ID "Radio Vanuatu, voice bilong yumi." Phone interviews for the remote segment. (Pavik).

Vietnam
11885, Voice of Vietnam 1835. Lady's German service for station travelogue program. Fanfare at 1845 into German audio clips, German pop vocals, and closedown at 1858. English service 1900-1930 on the same frequency. "This is the Voice of Vietnam from Hanoi-Socialist Republic of Vietnam." Program preview, economic report to Discover Vietnam program" (Van Horn/Kiwi Hong Kong). https://vovworld.vn 

Tuesday, April 16, 2024

Bible Voice Broadcasting - Summer Schedule Update

 

Bible Voice Broadcasting

Effective to: 26 October 2024

All times UTC, broadcast days, transmitter sites as indicated

Amaharic (100 kW Nauen, Germany)
1700-1730  tw  15310as

Arabic (250 kW Nauen, Germany)
0500-0515  f  13730me
0600-0615  daily  11655af

Arabic (100 kW Sofia, Bulgaria)
1730-1745  daily  9490me

Arabic (250 kW Sofia, Bulgaria)
1545-1600  daily 11600me

Arabic  (125 kW Nauen, Germany)
0600-0615  daily  11655af

Bahasa (100 kW Tashkent, Uzbekistan)
1230-1245  Sun  17670pa

Dari (250 kW Tashkent, Uzbekistan)
1430-1500  sth  17650as

English (100 kW Nauen, Germany)
1700-1715  f  9810me
1700-1730  h  9810me
1730-1800  Sat/Sun 9810me 
1800-1830  Sat  9810me
1800-1900 Sun  9810me
1900-1915  Sun  9810me

English (150 kW Nauen, Germany)
1815-1830  Sun  9635me

English (250 kW Nauen, Germany)
1430-1500  Sat  17650as

English (250 kW Tashkent, Uzbekistan)
1200-1230  Sat  17670as
1300-1315  f  11590as
1300-1330  mtw  11590as
1400-1430  Sat  17650as (1st Saturday each month)
1430-1500  daily  17650as

Farsi (100 kW Nauen, Germany)
1800-1830  f  11855as
1830-1900 sthf  11855as

Korean
1300-1330  Sat/Sun  11590as
1315-1330  daily  11590as

Oromo (100 kW Nauen, Germany)
1600-1630  Sun  15310af
1600-1630  mt  15310as

Nuer (100 kW Uzbekistan)
1430-1500  daily  15300as

Russian  (100 kW Nauen, Germany)
1800-1830  Sat  7540eu  9720eu  

Russian (100 kW Tashkent, Uzbekistan)
1800-1830  Sat  7540eu

Somalia (100 kW Nauen, Germany)
1630-1700  daily  15310as

Spanish
1830-1900  Sat  9720eu

Tigringa (100 kW Nauen, Germany)
1600-1630  hf  15310as
1700-1730  Sun 15310as
(BVB direct 01 Apr 2024)

Target Areas: 
af  Africa
as  Asia
eu  Europe
me  Middle East

The Zenith Radio Story - Part 1

 

Jeff: Recently, Wavescan listener Vince Koepke sent us a pdf copy of a brochure produced by the Zenith Radio Corporation in 1955, detailing some of the early history of the company.  If you’ve ever been lucky enough to own a Zenith Trans-Oceanic receiver, you’ll know how important this company was to the shortwave listening audience.  The brochure makes for fascinating reading, and so we’ve decided to serialize it over a few weeks here in the broadcast.  This week, Ray Robinson has the first part, covering from the very early days up until the early 1920’s.

Ray:  Thanks, Jeff.  The history of Zenith was to a considerable degree a history of the radio-television industry in the United States.  This was so because Zenith was a pioneer and leader in radionics since before there was a radio industry, and it played an important role in almost every important development during radio growth from an amateur toy to the most significant, widespread, and effective system of communications in history.

On December 14, 1901, Guglielmo Marconi flashed the letter “S” across the Atlantic Ocean by wireless telegraph, and thereby launched a revolution in communications that was destined to bring profound changes in the pattern of civilization. Marconi’s tremendous achievement brought only passing attention from the adult public, but it kindled the imagination of eager youngsters everywhere.  In the decade that followed, many of these youngsters dismayed their parents by devoting more time and effort to “Marconi’s toy” than to preparing themselves for a future in “something practical”.

Beginnings 
Two of these “wireless doodlers” lived hundreds of miles apart, and were to meet only by sheer chance.  R.H.G. Mathews of Chicago pursued the hobby and qualified as an amateur radio operator in 1912.  In 1915 he began building and selling wireless equipment to other amateurs.  Karl Hassel of Sharpsville, PA, won his amateur license in 1915, and then matriculated at the University of Pittsburgh.  Here he discovered that he was the only person on the campus, student or faculty, who knew how to operate the University’s newly constructed wireless station.

Came World War I, and both boys enlisted in the Navy.  They met at Great Lakes Naval Training Station, and worked together on radio until 1918.  They then set up a continuation of Mathews’ business as Chicago Radio Laboratory, building and selling radio sets.

Their first factory was a table in Mathews’ kitchen.  Their tools were pliers, screwdrivers, a hand drill, and a soldering iron that had to be heated over the burner of a gas stove.  From this kitchen table workshop grew the business that was to become Zenith Radio Corporation.

Early in their business life Mathews and Hassel began a long series of radio “firsts” that became a Zenith tradition.  One of their first ventures was construction of a longwave radio receiver for the Chicago Tribune, which was used to pick up news dispatches about the Versailles Peace Conference from a longwave station in France.  This short circuiting of the congested trans-Atlantic cable enabled the Tribune to beat competitors by 12 to 24 hours on conference stories.

The varnish had scarcely dried on the kitchen table workbench before the fledgling business needed larger quarters.  The boys built a new factory near the Edgewater Beach Hotel.  It was a shanty-like structure that gave them a working space of 14 by 18 feet, with a cubby hole for their amateur radio station, 9ZN.  At about the same time they published their first catalogue.  A few months later they coined the trade name, Z-Nith, from the call letters of their radio station.  This was the origin of the trade mark, Zenith.

The next Z-Nith first was construction and installation of a wireless system that made the Nashville, Chattanooga & St. Louis Railway the first railroad in the world to successfully dispatch trains by wireless telegraph.  Transmitters and receivers were set up in Tullahoma, TN and Guntersville, AL to handle traffic over the rough country between.

Initial difficulties included such things as the transmitters setting off a bank’s burglar alarm during a directors’ meeting; adding a high voltage shock to the pain of a dentist’s drill while he was working on a touchy patient; and putting nearby telephones out of service.  These problems were ironed out.  The system went into service, and operated successfully for several years.

By the end of 1919, the Z-Nith partnership was thriving, with production exceeding one complete set per week.  In May, 1920, the boys acquired their most important asset, a license to use the basic regenerative circuit patent of radio’s greatest inventive genius, the late Major Edwin H.  Armstrong.

Until the latter part of 1920, Chicago Radio Laboratory concentrated on building equipment for the growing army of radio amateurs, or “hams” as they soon came to be known.  A change came in November of that year.  Radio broadcasting as we know it today was non-existent.  The University of Wisconsin had begun in 1919 a regular broadcast schedule of news, market reports, weather information, and general programs from its station 9XN (now WHA, which has been licensed to the University of Wisconsin since 1922 and still broadcasts Wisconsin Public Radio 102 years later on 970 AM).

Initially as a public service for radio amateurs, WHA developed a unique program.  Each noon it radio-telegraphed the weather report in fast code for expert “hams”.  The report was then repeated in slow code so that beginners could take it.  After that, an announcer read the weather report for the general public, and so that beginner “hams” could check their accuracy.

Here and there around the country other stations produced similar schedules, but only a narrow segment of the public showed interest.

Then came the presidential election of 1920.  News of the Harding landslide was disseminated with startling speed throughout the country by station KDKA in Pitts- burgh and other stations.  The public suddenly realized that Marconi's toy was a very useful and practical communications tool.  Broadcasting began in earnest.
Hassel and Mathews quickly put on the market a receiver with which the general public could hear the growing number of broadcasts.  Business boomed, and within a few months the walls of Chicago Radio Laboratory's new factory were bulging.  So the company moved to a mammoth 3,000 square foot plant on Ravenswood Avenue, with a staggering rental of $300 per month, and a payroll of six employees.  At this time the boys bought their first power tool, a motor-driven drill press, and boosted production to more than one set per day.

McDonald Joins the Partnership 
In the meantime, E.F. McDonald, Jr., of Syracuse, NY, had established himself in the automobile business in Chicago, where he introduced the first successful plan for selling automobiles on time payments.  He had served through the war in Naval Intelligence and been discharged with the rank of Lieutenant-Commander; and was looking around for a new business.

On New Year’s Eve, 1920, McDonald went to a garage to pick up his automobile, and noticed several men listening to music coming from a box.  He asked the proprietor what there was about this phonograph to make people listen to it on New Year’s Eve.

“That is no phonograph,” he was told.  “That is a radio.  They are listening to music through the air from Pittsburgh.”

McDonald learned that it would take several months to get delivery on a radio set for himself, and decided he had found his new business for which he had been searching since the end of the war.  However, it was not that simple.  He found out that he would need a license to use the inventions of Major E.  H.  Armstrong, and Armstrong licenses were no longer available.

Temporarily balked, McDonald soon heard about two young men — Hassel and Mathews — who were building radio receivers on Chicago’s north side.

Thinking about that radio set, he paid a visit to the Ravenswood factory and took particular fancy to a set that sold for $75.00, less tubes, batteries, and headphones.  Hassel, in person, came to McDonald’s residence at the Illinois Athletic Club to install it—and didn't leave until he had collected his money.  Recalling the occasion, Hassel said, “It wasn’t a question of whether I trusted him or not—we needed the money to keep going.”

Hassel and Mathews had the all-important Armstrong license, and more business than they could handle with the equipment they owned.  But they were short on capital.  McDonald joined forces with them, provided funds for expansion, and became general manager of Chicago Radio Laboratory.  One of his first moves was to change the trade mark from Z-Nith to Zenith.

Normally, capital investment in an existing business results in an equity for the investor.  In this case, however, the largest investor, McDonald, owned no interest whatsoever in Chicago Radio Laboratory, and for a very good reason.  The Armstrong license was held by Chicago Radio Laboratory, a co-partnership, and was not transferable.  This also had its bearing on the organization of Zenith Radio Corporation.  When that company was formed in 1923 it was not a manufacturer.  Instead, it was the exclusive sales and marketing organization for handling the radio equipment built by Chicago Radio Laboratory.  This arrangement continued until other developments made a consolidation possible, at which time the entire assets and business of Chicago Radio Laboratory were acquired and Zenith became a manufacturer in its own name.

And that’s where we have to leave the Zenith story this week.  We’ll continue with Part 2 in a few weeks’ time.  Back to you, Jeff.
(AWR)