Thursday, June 13, 2013

Deutsche Welle Summer Schedule Updates



Transmitters via: Ascension Island, Rwanda, Singapore, South Africa and United 
Arab Emirates

Target areas/languages as indicated

All times UTC

Updated summer A-13 of Deutsche Welle:
0300-0400  5905 KIG 250 kW non-dir to CeAF Swahili
0300-0400  5925 KIG 250 kW 180 deg to CeAF Swahili
0300-0400  7425 KIG 250 kW non-dir to CeAF Swahili
0300-0400 12070 ASC 250 kW 085 deg to CeAF Swahili

0400-0500  5905 KIG 250 kW non-dir to EaAF English
0400-0500  9470 KIG 250 kW 295 deg to WeAF English
0400-0500 12045 KIG 250 kW non-dir to CeEaAF English

0500-0530  5905 KIG 250 kW non-dir to EaAF English
0500-0530  9470 KIG 250 kW 295 deg to WeAF English
0500-0530 15275 KIG 250 kW 295 deg to WeAF English

0530-0600  5905 ASC 250 kW 100 deg to SoAF Portuguese
0530-0600  9800 KIG 250 kW 180 deg to SoAF English
0530-0600 11800 KIG 250 kW 180 deg to SoAF Portuguese
0530-0600 15275 KIG 250 kW 295 deg to WeAF English
0530-0600 12070 KIG 250 kW 210 deg to SoAF Portuguese

0600-0630 15275 KIG 250 kW 295 deg to WeAF English
0600-0630 15440 KIG 250 kW 280 deg to WeAF English
0600-0630 17800 KIG 250 kW 295 deg to WeAF English

0630-0700 12045 KIG 250 kW 295 deg to WeAF Hausa
0630-0700 15275 KIG 250 kW 295 deg to WeAF Hausa
0630-0700 15440 KIG 250 kW 280 deg to WeAF English
0630-0700 17800 KIG 250 kW 295 deg to WeAF English
0630-0700 21780 DHA 250 kW 260 deg to WeAF Hausa

0800-0830 15640 DHA 250 kW 045 deg to WeAS Pashto
0800-0830 17860 DHA 250 kW 050 deg to WeAS Pashto

0830-0900 15640 DHA 250 kW 045 deg to WeAS Dari
0830-0900 17860 DHA 250 kW 050 deg to WeAS Dari

1000-1100  9800 KIG 250 kW non-dir to CeAF Swahili
1000-1100 12070 KIG 250 kW 265 deg to CeAF Swahili
1000-1100 15275 KIG 250 kW non-dir to CeAF Swahili
1000-1100 15700 KIG 250 kW 180 deg to CeAF Swahili

1200-1300 12070 KIG 250 kW non-dir to WeAF French
1200-1300 15275 KIG 250 kW 265 deg to WeAF French
1200-1300 15700 KIG 250 kW non-dir to WeAF French
1200-1300 17800 WOF 250 kW 180 deg to WeAF French
1200-1300 17820 WOF 250 kW 152 deg to WeAF French
1200-1300 21780 KIG 250 kW 295 deg to WeAF French

1300-1400 15275 KIG 250 kW 310 deg to WeAF Hausa
1300-1400 17800 KIG 250 kW 295 deg to WeAF Hausa
1300-1400 21780 KIG 250 kW 295 deg to WeAF Hausa

1330-1400 15215 DHA 250 kW 045 deg to WeAS Dari
1330-1400 15595 SNG 250 kW 315 deg to WeAS Dari
1330-1400 17860 KIG 250 kW 030 deg to WeAS Dari

1400-1430 15215 DHA 250 kW 045 deg to WeAS Pashto
1400-1430 15595 SNG 250 kW 315 deg to WeAS Pashto
1400-1430 17860 KIG 250 kW 030 deg to WeAS Pashto

1430-1500 15215 DHA 250 kW 060 deg to SoAS Urdu
1430-1500 15275 KIG 250 kW 030 deg to SoAS Urdu
1430-1500 15595 SNG 250 kW 315 deg to SoAS Urdu
1430-1500 17860 KIG 250 kW 030 deg to SoAS Urdu

1500-1600  9810 KIG 250 kW non-dir to CeAF Swahili
1500-1600 12025 KIG 250 kW 180 deg to CeAF Swahili
1500-1600 12070 KIG 250 kW 265 deg to CeAF Swahili
1500-1600 15275 KIG 250 kW non-dir to CeAF Swahili

1600-1700 11800 KIG 250 kW non-dir to EaAF Amharic
1600-1700 12070 KIG 250 kW 030 deg to EaAF Amharic
1600-1700 15275 KIG 250 kW non-dir to EaAF Amharic
1600-1700 21650 DHA 250 kW 225 deg to EaAF Amharic

1700-1800  9810 KIG 250 kW non-dir to WeAF French
1700-1800 12070 KIG 250 kW 295 deg to WeAF French
1700-1800 15275 KIG 250 kW 295 deg to WeAF French
1700-1800 15700 WOF 250 kW 170 deg to WeAF French

1800-1900 12045 KIG 250 kW 295 deg to WeAF Hausa
1800-1900 15275 KIG 250 kW 310 deg to WeAF Hausa
1800-1900 21780 KIG 250 kW 295 deg to WeAF Hausa

1900-1930 11800 KIG 250 kW 210 deg to SoAF English
1900-1930 11865 KIG 250 kW non-dir to CeAF English
1900-1930 15275 KIG 250 kW non-dir to CeAF English

1930-2000  7425 MEY 250 kW 315 deg to SoAF Portuguese
1930-2000 11800 KIG 250 kW 210 deg to SoAF Portuguese
1930-2000 11865 KIG 250 kW non-dir to CeAF English
1930-2000 12025 KIG 250 kW 180 deg to SoAF Portuguese
1930-2000 15275 KIG 250 kW non-dir to CeAF English

2000-2100 11800 KIG 250 kW non-dir to WeCeAF English
2000-2100 11865 KIG 250 kW 210 deg to SoAF English
2000-2100 12070 KIG 250 kW 295 deg to CeAF English
2000-2100 15275 KIG 250 kW 295 deg to CeAF English

2100-2200 11800 KIG 250 kW non-dir to CeAF English
2100-2200 11865 KIG 250 kW 280 deg to WeCeAF English
2100-2200 12070 KIG 250 kW 295 deg to WeCeAF English
(DX MIX News, Ivo Ivanov-BUL, via wwdxc BC-DX TopNews June 4)
(WWDXC/Top Nx 1119)

Monday, June 10, 2013

Weekly Propagation Forecast Bulletins


Product: Weekly Highlights and Forecasts
:Issued: 2013 Jun 10 0405 UTC
# Prepared by the US Dept. of Commerce, NOAA, Space Weather Prediction Center
# Product description and SWPC web www.swpc.noaa.gov/weekly.html
#
#                Weekly Highlights and Forecasts
#
Highlights of Solar and Geomagnetic Activity 03 - 09 June 2013

Solar activity was very low to high during the period. The week began at low levels. Region 1762 (S30, L=129, class/area Eko/540 on 05 June) produced a C9/Sf flare at 03/0725 UTC. Activity was very low on 04 June. Moderate levels were observed on 05 June when Region 1762 produced an M1/1f at 05/0857 UTC with an associated Type IV radio sweep and a weak CME. The majority of the ejecta was directed southwest. 06 June saw a return to very low activity. High activity
was observed on 07 June when Region 1762 produced an M5 flare at 07/2249 UTC along with a 160 sfu Tenflare. An associated CME was observed but was determined to be directed west and well south of the ecliptic. Solar activity returned to low levels for the remainder of the period. 

No proton events were observed at geosynchronous orbit. The GOES-13 spacecraft began experiencing data outages on 15 May and was shut down while the cause was investigated. Forecasters used GOES-15 data in the interim. The issue was resolved on 05 June and GOES-13 resumed its place as the primary particle monitor at that time. 

The greater than 2 MeV electron flux at geosynchronous orbit was at high levels for the entire period with only short periods dipping below threshold. The peak flux for the week reached 31,800 pfu on 04 June and levels remained high at the time of this report. 

Geomagnetic field activity was at mostly quiet levels from 03 - 06 June. Activity increased to unsettled to active levels on 06 June due to effects from a combination of multiple weak transients from 03 June and a co-rotating interaction region (CIR) ahead of a coronal hole high speed stream (CH HSS). Minor to major storm periods were observed on 07 June due to continued effects from the CIR/CH HSS. Activity returned to quiet to unsettled levels on 08 and
09 June as CH HSS stream effects began to subside. 

Forecast of Solar and Geomagnetic Activity 10 June - 06 July 2013

Solar activity is expected to be very low to low for the majority of the period. A chance for M-class activity exists beginning on 21 June with the return of old Region 1762. 

No proton events are expected at geosynchronous orbit.

The greater than 2 MeV electron flux at geosynchronous orbit is expected to be at high levels through 11 June. A decrease to normal to moderate levels is expected from 12 - 19 June. A return to moderate to high levels is expected from 20 June through the end of the period due to effects from a sequence of recurrent CH HSS. 

Geomagnetic field activity is expected to be quiet to unsettled on 10 June as CH HSS effects subside. Mostly quiet conditions are expected from 11 - 20 June. Unsettled to active conditions are expected on 21 - 24 June with a chance for isolated minor storm periods on 21-22 June due to the anticipated return of a recurrent CH HSS. Mostly quiet conditions are expected on 25-27 June. A second
recurrent CH HSS is expected to return on 28 June - 01 July bringing unsettled to active conditions with the possibility of minor storm levels on 28 and 29 June. Mostly quiet conditions are expected for the remainder of the period with a chance for some unsettled periods on 05 - 06 July due to weak CH HSS effects. 



Product: 27-day Space Weather Outlook Table 27DO.txt
:Issued: 2013 Jun 10 0405 UTC
# Prepared by the US Dept. of Commerce, NOAA, Space Weather Prediction Center
# Product description and SWPC web contact www.swpc.noaa.gov/wwire.html
#
#      27-day Space Weather Outlook Table - Issued 2013-06-10
#
#   UTC      Radio Flux   Planetary   Largest
#  Date       10.7 cm      A Index    Kp Index
2013 Jun 10      95           8          3
2013 Jun 11      95           5          2
2013 Jun 12     100           5          2
2013 Jun 13     100           5          2
2013 Jun 14     105           5          2
2013 Jun 15     105           5          2
2013 Jun 16     105           5          2
2013 Jun 17     105           5          2
2013 Jun 18     105           5          2
2013 Jun 19     105           5          2
2013 Jun 20     110           5          2
2013 Jun 21     115          25          5
2013 Jun 22     115          18          4
2013 Jun 23     115          10          3
2013 Jun 24     115           8          3
2013 Jun 25     110           5          2
2013 Jun 26     105           5          2
2013 Jun 27     105           5          2
2013 Jun 28     105          30          5
2013 Jun 29     110          20          4
2013 Jun 30     110          10          3
2013 Jul 01     110           8          3
2013 Jul 02     110           5          2
2013 Jul 03     110           5          2
2013 Jul 04     110           5          2
2013 Jul 05     105          10          3
2013 Jul 06     100          10          3
(NOAA)

RFA Offers New Saipan QSL Card

Radio Free Asia Announces Next Second QSL in Series - IBB Saipan QSL Card

Radio Free Asia (RFA) announces the release of the second QSL card in the series highlighting the International Broadcasting Bureau (IBB) transmitter sites used for RFA programming. RFA programs are broadcasts from the following IBB sites: Biblis, Iranawilla, Kuwait, Lampertheim, Saipan and Tinian. The 7.4 acre Saipan site has three curtain antennas with main beam bore sights of 195, 270 and 340 degrees. These antennas can be electronically slewed horizontally. IBB Saipan is equipped with 3 high-power shortwave transmitters that carry RFA’s programming to China, Korea, Southeast Asia, and Tibet. This is RFA’s 50th QSL overall and will be used to confirm all valid RFA reception reports from May 1-August 31, 2013.


RFA is a private, nonprofit corporation broadcasting news and information to listeners in Asian countries where full, accurate, and timely news reports are unavailable. Created by Congress in 1994 and incorporated in 1996, RFA currently broadcasts in Burmese, Cantonese, Khmer, Korean to North Korea, Lao, Mandarin, the Wu dialect, Vietnamese, Tibetan (Uke, Amdo, and Kham), and Uyghur. RFA strives for accuracy, balance, and fairness in its editorial content. As a ‘surrogate’ broadcaster, RFA provides news and commentary specific to each of its target countries, acting as the free press these countries lack. RFA broadcasts only in local languages and dialects, and most of its broadcasts comprise news of specific local interest. More information about Radio Free Asia, including our current broadcast frequency schedule, is available at www.rfa.org.

RFA encourages listeners to submit reception reports. Reception reports are valuable to RFA as they help us evaluate the signal strength and quality of our transmissions. RFA confirms all accurate reception reports by mailing a QSL card to the listener. RFA welcomes all reception report submissions at http://techweb.rfa.org (follow the QSL REPORTS link) not only from DX’ers, but also from its general listening audience.

Reception reports are also accepted by email at qsl@rfa.org, and for anyone without Internet access, reception reports can be mailed to:
Reception Reports
Radio Free Asia
2025 M. Street NW, Suite 300
Washington DC 20036
United States of America.

Upon request, RFA will also send a copy of the current broadcast schedule and a station sticker.

Monday, June 03, 2013

Focus on Africa - Sierra Leone

Radio Broadcasting in the Land of the Mountain Lion -  4: Relay Services

From the very earliest days, the various radio broadcasting services in Sierra Leone were very dependent upon the relay of available programming from other sources as a supplement to that which was produced locally in their own studios.  For a lengthy period of nearly three-forth's century, the BBC London was heard over local distribution in Freetown.
            Beginning at the time when the cable radio service was implemented in 1934, most of the programming that was provided by wire to the connected homes in Freetown was an off air relay from the BBC in London, their Empire Service and their services to Africa on shortwave.  The cable system was in operation for some thirty years and the BBC programming was piped into the rediffusion system with the insertion of very little local productions, and that quite frequently just for special events.
            For a total of sixty six years, the BBC programming was heard in Sierra Leone consecutively via:-
                        Cable radio
                        Experimental shortwave from Freetown
                        SLBS itself from the shortwave station at Hill Station
                        SLBS shortwave from Goderich & Waterloo
                        SLBS on mediumwave from Goderich

            In recent years, right up to the present time, the BBC is still heard on radio in Sierra Leone, though now via dedicated FM relay stations in Freetown and the regional city Kenema.
            According to the information in several editions of the World Radio TV Handbook, the next relay service heard in Sierra Leone was provided, strangely enough, by Radio Moscow.  An off air relay of their news bulletin in English was heard on shortwave and mediumwave at 1700 UTC daily for a period of some fifteen years, beginning around 1968.  This programming was carried by all of the active transmitters in Sierra Leone at the time; mediumwave from Goderich and shortwave from Goderich & Waterloo.
            Shortly after the commencement of the relays of English news from the Radio Moscow World Service, a similar relay of news from the Voice of America was introduced into the programming from the Sierra Leone Broadcasting Service.  Initially, this was one bulletin of VOA news each day, though beginning around 1975, the duration of the daily relays from the VOA was increased.
            The WRTVHB shows the scheduling of VOA news at 1530 & 1600 UTC on all active transmitters in Goderich & Waterloo, shortwave & mediumwave.  However, it is quite possible that this relay from the Voice of America was actually continuous for at least an hour back during that era. 
            The SLBS relay of VOA programming ended simultaneously with the end of relay programming from the BBC & Radio Moscow, though these days VOA is heard on FM in Freetown 102.4 MHz.  There are no known FM relays in Freetown from Radio Moscow.
            The experimental programming from Deutsche Welle in Germany was on the air irregularly from the 250 kW shortwave transmitter at Waterloo in 1974 & 1975.  Station announcements in this DW programming were given in English, French & German, and the broadcasts identified the transmitter location as Waterloo.  These test broadcasts also included news and music.
            No information is given as to how the Deutsche Welle programming from Germany was received for rebroadcast in Sierra Leone.  It would be possible for this programming to be on pre-recorded discs or tape, or on live relay from regular DW programming, or via telephone lines from Germany, or even by local production at the SLBS studios in Freetown.
            However, two key items in the programming that was broadcast from Waterloo on behalf of Deutsche Welle would seem to indicate that the programming was prepared in the DW studios in Cologne in Germany and apparently fed to Freetown via a live relay from a communication transmitter.  The inclusion of the Waterloo identification would indicate specific programming, not a relay of regular programming; and the inclusion of news bulletins would indicate a live relay.  It is known that on a few occasions over the years, Deutsche Welle programming was carried via unannounced communication transmitters. 
            Only one QSL is known for the DW test broadcasts from Waterloo and that was received by Wendel Craighead of Prairie Village, Kansas in the United States for his reception report dated January 28, 1975.  This broadcast was heard on 5980 kHz and the programming consisted of news and music, with station announcements in English, French, and German, and specific identification of the Waterloo location.
            We could also mention that the United Nations also produced radio programming for broadcast into Sierra Leone, as did the Hirondelle Foundation in Switzerland which was also in some ways associated with the United Nations.
            On May 18, 2000, a total consignment of radio equipment was imported into Sierra Leone, and just four days later, the FM transmitter was inaugurated on 103 MHz.  This new station was identified as Radio UNAMSIL, Radio United Nations Mission to Sierra Leone. 
            Soon afterwards a 1 kW Harris shortwave transmitter was inaugurated on 6140 kHz, though the signal was usually noted slightly off channel around 6138 kHz.  The studios for this new station were installed in the Mammy Yoko Hotel at Aberdeen Beach Freetown; and the station was on the air twenty four hours daily.   
            Nine years late, that is in 2009, the station left the air; some of the programming was absorbed into the official SLBS government station and some of the equipment was donated to a local public service radio station.  A few international radio monitors were fortunate enough to receive a form letter QSL in response to reception reports on their shortwave channel.
            However, a couple of years before the termination of Radio UNAMSIL, the organization Hirondelle of Switzerland, established a radio broadcasting service for Sierra Leone.  This organization established a radio broadcasting studio in the Fourah Bay College of the University of Sierra Leone in Freetown. 
            This new broadcasting station was inaugurated in February 2007 under the slogan, Cotton Tree News.  In the center of Freetown there is a large and very old Cotton Tree, several hundred years old, and it is a national symbol for Sierra Leone, commemorating freedom for their people.  
            Initially, the broadcast of the programming from Cotton Tree News was heard in Freetown on FM, and throughout Sierra Leone via a relay on international shortwave.  The FM service was on the air twenty four hours daily with two channels in use, 103 MHz & 107.3 MHz.  The broadcast on shortwave was via the BBC relay station on Ascension Island for just half an hour daily on the channel 9525 kHz, though another channel 13760 kHz was in interim usage for just a short period of time.
            Two years after the inauguration of Cotton Tree on shortwave, a replacement relay was taken into usage, Rampisham in England on 11875 kHz.  The shortwave relays were discontinued in 2011, though the FM programming is still on the air on the single channel 107.3 MHz.
            We could also mention two other radio stations that were part of the broadcasting scene in Sierra Leone.  In 1991, a mobile transmitter under the legal government callsign for Liberia, ELBC, was on the air as the Voice of Peace, Harmony & Reconciliation.  The well known Danish international radio monitor Anker Petersen states that it was operated by the West African Peace Keeping Force.
            This mobile transmitter was actually located not in Liberia, but just across the border in Sierra Leone.  No channel is given though, as to whether it was operating on mediumwave or shortwave. 

            Then in May 2009, the American radio magazine, Monitoring Times, listed a new Gospel station at 10 kW for use on shortwave, though it apparently never got beyond the licensing stage.
(AWR Wavescan/NWS 222 via Adrian Peterson)




QSL Report Central


Armenian Republic
9440 Deutsche Welle Pashtu BCB via Yerevan Transmitter. Full data Deutsche Welle building card, with site notation. Also sent in a large white envelope with a DW lapel pin, Compliments Card from the Customer
Service, and a bright blue Toto DW hand bag. Quite a reply from one the best stations that replies to their listener’s request for verification replies! veri signer was Adallend Lucas. Total time of 44 days for a postal report.

France
15180 Radio Free Europe/Radio Liberty Tajik BCB to Asia via Issoudon, France. EIBI indicates location as Turkmen via Lampertheim 100 kw’s 77 degrees azimuth which I indicated in my report). Received an e-mail verification letter with the site as Issoudon on a bearing of 75 degrees with 250 kW in the Tajik Language. Reply in 28 days . Veri signer as Walter Brodowsky Head of Shortwave, Senior Expert sales.

Papua New Guinea
4960 Catholic Radio network/Radio Saint Gabriel, Vanimo. When I first heard this station back in 2006, attempts to find a QSL route, resulted in a dead issue, one via Australia (failed) and the other from the
Archdiocese of Papua New Guinea, in Post Moresby c/o of Media and Editorial Section (no response after two letters to this route). The third attempt was some friends who had relatives (on an archaeology
search) there in Vanimo, but they left before I could get them my report. After seeing Bruce Churchill QSL response, I proceeded to send my report ( to director.pg@radiomaria.org) and within two days received back a confirmation statement stating my report as correct and gave some insight about the station and aims. Veri signer as, Father Paul Kote. Total response time of eight years, ten months, but 48 hours after posting my e-mail report. This makes my twenty-fifth PNG station verified on shortwave. Many Thanks to Bruce for opening up this route for others to receive their verifications.

USA
5109.80 WBCQ Offshore Radio Special BCB of RNY International/Radio Caroline. Full data QSL sheet with site (Monticello, Maine), for a SASE Envelope (used). Signed by Allan Weiner, received in thrty days.

6030 Radio Marti via Greenville “B” . Full data card with no site notation and illegible signature, for a report to Miami address. Returned my US dollar and sent a schedule for their broadcast. Received in 68 days.

9605 KBS World Radio via Cypress Creek. Received a large brown envelope from the station's Spanish service. Special K-fest calendar, report forms, decals and compliment card, No QSL card, so I have sent a friendly e-mail follow-up reminder that it may have been over looked. Reply received in thirty days.

Rather slow for QSL's but better something then nothing these days........not like the years ago when QSL's came in much quicker......
(Edward Kusalik, Alberta, Canada)

Thursday, May 30, 2013

VOA Radiogram set for May 25-26


Thanks to everyone for another set of excellent reception reports for the VOA Radiogram of 25-26 May 2013. I will try to respond personally to your reports in the next few days.

During the past weekend, EasyPal digital images were received successfully throughout Europe and North America. You can see a gallery of some of the received images here:

voaradiogram.net/post/51385444401/voa-radiogram-easypal-images-received-100-or-0

Reviewing the advantages of EasyPal versus MFSK32:

EasyPal:

1) When received successfully, the picture is perfect.

2) Takes less time to transmit than MFSK32 and most SSTV images of the same size.

3) No problems with slant if soundcards are not calibrated.

MFSK32:

1) If the signal drops below a certain level, or if interference exceeds a certain level, no EasyPal image will be received at all. Under similar reception conditions, MFSK32, which uses an analog frequency shift keying system for images, will allow the an image to be seen, even if the quality is not perfect.

2) MFSK32 images allows images of different heights and widths, including small images which can be transmitted quickly. The gray tone MFSK32 image option allows even faster transmission.

3) MFSK32 images can be decoded by more than one software program under more than one operating system. There is only one EasyPal program, and it works only under the Windows operating system.

I welcome your comments and suggestions about the transmission of images via shortwave broadcast. Weighing all of the above factors, I am inclined to adopt MFSK32 as the primary image mode for VOA Radiogram. However, the EasyPal images are so impressive that I will continue to include some in future programs.

On VOA Radiogram for the weekend of 1 and 2 June 2013, we will continue to compare MFSK32 and EasyPal images. Here is the lineup for the program:

3:44 MFSK16: Program preview
3:17 MFSK32: VOA News story about Olympics wrestling
3:16 MFSK32: VOA News story about 2013 hurricane season
1:10 MFSK32: File image of Atlantic hurricane
2:53 MFSK32: VOA News story about colliding galaxies
1:04 MFSK32: Image of the colliding galaxies
1:21 MFSK32: Introduction to MFSK64 and EasyPal
1:30 MFSK64: Same VOA News story about colliding galaxies
:39 EasyPal text: Same VOA News story about galaxies
2:38 EasyPal image: Colliding galaxies
2:38 EasyPal image: Soyuz capsule being moved to launch site
1:09 MFSK16 closing announcements
:29 Surprise mode of the week

To decode EasyPal text and images, download the 4-May-2013 version of the program from vk4aes.com.

To decode the MFSK modes, use Fldigi from w1hkj.com or another digital decoding program.

VOA Radiogram transmission schedule
(all days and times UTC)

Sat 1600-1630 17860 kHz
Sun 0230-0300 5745 kHz
Sun 1300-1330 6095 kHz
Sun 1930-2000 15670 kHz

All via the Edward R. Murrow transmitting station in North Carolina.

Please send reception reports to radiogram@voanews.com

And visit voaradiogram.net (where any schedule or frequency changes will be posted)

Twitter: @VOARadiogram

Kim

A13 Summer Schedule updates

All times UTC

Bulgaria
(non)  New updated schedule of Candestine station, Radio Shorouq / Radio Sunrise:
1600-1700 on 11610 SOF 070 kW / 195 deg to EaAf Arabic Mon-Wed, ex Mon-Fri

Germany
(non)   The Rhein-Main-Radio-Club(RMRC) of Frankfurt in Germany will broadcast a special program on Sunday, June 2 via Radio Miami International 0300-0400 on  9955 RMI 050 kW / 160 deg to CeAm German/English, www.rmrc.de

Germany
(non)   Frequency changes of Deutsche Welle
Effective from 01 June 2013
0500-0530 NF 15275 KIG 250 kW / 295 deg to WeAf English, ex 12045
0530-0600 NF 15275 KIG 250 kW / 295 deg to WeAf English, ex 12045
0600-0630 NF 15275 KIG 250 kW / 295 deg to WeAf English, ex 12045
0600-0630 NF 15440 KIG 250 kW / 280 deg to WeAf English, ex 15275
1200-1300 NF 12070 KIG 250 kW / non-dir to WeAf French, ex  9800
1600-1700 NF 12070 KIG 250 kW / 030 deg to EaAf Amharic, ex 9800
2000-2100 NF 15275 KIG 250 kW / 295 deg to CeAf English, addit.frequency

Germany
(non)   Cancelled program via Media Broadcast - Voice of Wilderness:
1300-1330 on 17650 NAU 250 kW / 048 deg to KRE  Korean Mon-Sat from May 1
1300-1400 on 17650 NAU 250 kW / 048 deg to KRE  Korean Sun from April 28

Tajikistan (Clandestine)
(non)   Frequency change for Open Radio North Korea
Effective from 22 May
1230-1430 NF 11565 DB  100 kW / 071 deg to KRE  Korean, ex 11550 // 15720 DB

U.K.
BBC DRM
DRM transmissions
0400-0600 on  3955 WOF 100 kW / 114 deg to WeEu English
0600-0800 on  5875 WOF 100 kW / 114 deg to WeEu English
0600-0800 on  7325 MOS 100 kW / 300 deg to WeEu English
1400-1800 on  5845 NAK 100 kW / 290 deg to SoAs English

.U.K.
(non)   A-13 of BABCOCK Relays:
Radio Australia
0000-0030 on 12005 SNG 100 kW / 340 deg to SEAs Burmese
0100-0130 on 11780 SNG 100 kW / 340 deg to SEAs Burmese
0400-0500 on 17800 HBN 100 kW / 270 deg to SEAs Indonesian
1100-1300 on  6140 SNG 100 kW / 013 deg to SEAs English
1300-1430 on  9965 HBN 100 kW / 318 deg to EaAs Chinese
1600-1630 on  9540 SNG 100 kW / 340 deg to SEAs English
2200-2330 on  9695 DHA 250 kW / 105 deg to SEAs Indonesian
2200-2400 on  9855 DHA 250 kW / 090 deg to SEAs English
2300-2330 on  5955 DHA 250 kW / 085 deg to SEAs Burmese

FEBA Radio
0000-0030 on  9390 TAC 100 kW / 131 deg to SoAs Bangla
0200-0230 on  9750 DHA 250 kW / 060 deg to SoAs Urdu Sun
0200-0215 on  9750 DHA 250 kW / 060 deg to SoAs Urdu Mon-Sat
0215-0230 on  9750 DHA 250 kW / 060 deg to SoAs Mixed langs Mon-Sat
0230-0300 on  9790 DHA 250 kW / 045 deg to WeAs Dari (Radio Sadaye Zindagi)
0300-0315 on  9790 DHA 250 kW / 045 deg to WeAs Mixed lang
0800-0830 on 15280 MOS 300 kW / 115 deg to N/ME Arabic
1200-1230 on 15215 DHA 250 kW / 085 deg to CeAs Tibetan
1400-1430 on 11880 DHA 250 kW / 060 deg to SoAs Urdu
1430-1445 on 11880 DHA 250 kW / 060 deg to SoAs Mixed langs
1430-1500 on  9500 TAC 100 kW / 131 deg to SoAs Hindi
1500-1530 on  9390 TAC 100 kW / 131 deg to SoAs Bangla
1500-1530 on 11755 ERV 300 kW / 100 deg to WeAs Dari (Radio Sadaye Zindagi)
1530-1600 on 11755 ERV 300 kW / 100 deg to WeAs Pashto
1600-1630 on 11655 KIG 250 kW / 030 deg to EaAf Afar
1600-1630 on 12125 ERV 300 kW / 192 deg to EaAf Amharic Thu-Sun
1600-1630 on 12125 ERV 300 kW / 192 deg to EaAf Guragena Mon-Wed
1630-1700 on 12125 ERV 300 kW / 192 deg to EaAf Amharic
1630-1700 on  9820 DHA 250 kW / 230 deg to EaAf Tigrinya Sun-Wed
1630-1700 on  9820 DHA 250 kW / 230 deg to EaAf Amharic Thu-Sat
1700-1730 on  6180 DHA 250 kW / 215 deg to EaAf Somali
1700-1730 on  9630 KIG 250 kW / 030 deg to EaAf Orominya
1730-1800 on  7475 ERV 300 kW / 192 deg to EaAf Silte
1730-1800 on  9630 KIG 250 kW / 030 deg to EaAf Tigrinya
1800-1930 on  9550 KIG 250 kW / 030 deg to N/ME Arabic
1830-1845 on 15250 ASC 250 kW / 070 deg to CWAf French
2145-2215 on 11985 ASC 250 kw / 027 deg to WeAf Hassinya Thu-Tue

Voice of Vietnam
0100-0128 on 12005 WOF 250 kW / 282 deg to NoAm English
0130-0228 on 12005 WOF 250 kW / 282 deg to NoAm Vietnamese
0230-0258 on 12005 WOF 250 kW / 282 deg to NoAm English
0300-0328 on  6175 HRI 250 kW / 173 deg to CeAm Spanish
0330-0358 on  6175 HRI 250 kW / 173 deg to CeAm English
0400-0428 on  6175 HRI 250 kW / 173 deg to CeAm Spanish
0430-0528 on  6175 HRI 100 kW / 315 deg to NWAm Vietnamese
1700-1728 on  9625 MOS 100 kW / 300 deg to WeEu English
1730-1828 on  9625 MOS 100 kW / 300 deg to WeEu Vietnamese
1830-1858 on  9625 MOS 100 kW / 300 deg to WeEu French
1900-1928 on  9890 WOF 250 kW / 075 deg to EaEu Russian
1930-2028 on  9430 WOF 250 kW / 182 deg to WeEu German
2030-2128 on 11840 WOF 250 kW / 114 deg to SEEu Vietnamese

Radio Japan NHK World
0100-0130 on 11590 TAC 100 kW / 163 deg to SoAs Hindi
0400-0430 on 11730 TAC 100 kW / 236 deg to WeAs Farsi
0400-0430 on 12015 ASC 250 kW / 245 deg to SoAm Spanish
0500-0530 on  5975 WOF 250 kW / 140 deg to WeEu English
0800-1000 on 11740 SNG 250 kW / 000 deg to SEAs Japanese
0800-1000 on 12015 ASC 250 kW / 245 deg to SoAm Japanese
0945-1030 on  6140 SNG 250 kW / 140 deg to SEAs Indonesian
1000-1030 on  9695 SNG 250 kW / 000 deg to SEAs English
1030-1100 on 11740 SNG 250 kW / 330 deg to SEAs Burmese
1100-1130 on 11740 SNG 250 kW / 000 deg to SEAs Vietnamese
1100-1200 on  9760 WOF 060 kW / 105 deg to WeEu English/Russian Fri DRM
1130-1200 on 11740 SNG 250 kW / 000 deg to SEAs Thai
1200-1230 on 11740 SNG 250 kW / 000 deg to SEAs English
1230-1300 on 11740 SNG 250 kW / 000 deg to SEAs Thai
1300-1330 on 11740 SNG 100 kW / 000 deg to SEAs Vietnamese
1300-1345 on 11685 SNG 250 kW / 315 deg to SoAs Bengali
1315-1400 on 11705 HBN 100 kW / 270 deg to SEAs Indonesian
1400-1430 on 11705 HBN 100 kW / 270 deg to SEAs English
1400-1430 on 15735 TAC 100 kW / 163 deg to SoAs English
1430-1500 on 11740 SNG 250 kW / 330 deg to SEAs Burmese
1500-1700 on 12045 SNG 250 kW / 315 deg to WeAs Japanese
1515-1600 on 13870 DHA 250 kW / 060 deg to SoAs Urdu
1800-1830 on 11885 MEY 250 kW / 328 deg to CeAf English

Adventist World Radio
0100-0200 on 15445 TAI 100 kW / 250 deg to Asia Vietnamese Sat

Radio Payem e-Doost in Farsi
0230-0315 on  7460 KCH 500 kW / 116 deg to WeAs Farsi
0230-0315 on 11710 TAC 100 kW / 236 deg to WeAs Farsi from June 1
1800-1845 on  5900 DHA 250 kW / 035 deg to WeAs Farsi from June 1
1800-1845 on  7480 KCH 500 kW / 116 deg to WeAs Farsi
(DX Mix Nx 783)

Radio TV Tunisia summer schedule revisions



Tunisia has revised their summer schedule to the following Arabic broadcast. 

Radio TV Tunisia - Sfax

All times UTC

Arabic
0457-0557  7275 kHz / SFA 500 kW/340 deg to WeEu (ex 0357-0627)
0657-0757  7335 kHz / SFA 500 kW/265 deg to NoAfr (ex 0557-0807)

the following hours have been cancelled
0257-0507 on 17735 SFA 250 kW / 100 deg to N/ME Arabic, cancelled
1557-2007 on 17735 SFA 250 kW / 100 deg to N/ME Arabic, cancelled
1657-2127 on  7225 SFA 500 kW / 340 deg to WeEu Arabic, cancelled
1857-2307 on  7345 SFA 500 kW / 265 deg to NoAf Arabic, cancelled
(DX Mix Nx 782)




Thursday, May 23, 2013

Radio Free Asia - A13 Summer Schedule Updates


Mariana Island

Radio Free Asia via Tinian

All times UTC 
target areas/broadcast days as indicated

0500-0600 21650 TIN 250 kW 313 deg to EaAS Chinese Mon, ex21470
0500-0600 21660 TIN 250 kW 313 deg to EaAS Chinese Tue, ex21480
0500-0600 21670 TIN 250 kW 313 deg to EaAS Chinese Wed, ex21490
0500-0600 21680 TIN 250 kW 313 deg to EaAS Chinese Thu, ex21510
0500-0600 21690 TIN 250 kW 313 deg to EaAS Chinese Fri, ex21530
0500-0600 21700 TIN 250 kW 313 deg to EaAS Chinese Sat, ex21550
0500-0600 21710 TIN 250 kW 313 deg to EaAS Chinese Sun, ex21540
(DX MIX News, Ivo Ivanov-BUL, via wwdxc BC-DX TopNews May 21)
(WWDXC/Top Nx 1117)

All India Radio - A13 Summer Schedule



All India Radio

All times UTC
target areas/languages as indicated 

0000-0045  7270 CNI 100 kW non-dir to SoAS Tamil
0000-0045  9835 DEL 100 kW 174 deg to SoAS Tamil
0000-0045  9910 ALG 250 kW 132 deg to SoEaAS Tamil
0000-0045 11740 PAN 250 kW 120 deg to SoAS Tamil
0000-0045 11985 DEL 250 kW 174 deg to SoAS Tamil
0000-0045 13795 BGL 500 kW 108 deg to SoEaAS Tamil

0015-0430  6155 ALG 250 kW 282 deg to SoEaAS Urdu
0015-0430  7340 MUM 100 kW 010 deg to SoAS Urdu
0015-0430  9595 DEL 250 kW 334 deg to SoAS Urdu
0015-0430 11620 DEL 250 kW 334 deg to SoAS Urdu

0045-0115  7270 CNI 100 kW non-dir to SoAS Sinhala
0045-0115 11740 PAN 250 kW 120 deg to SoAS Sinhala
0045-0115 11985 DEL 250 kW 174 deg to SoAS Sinhala

0100-0200  5990 DEL 250 kW 334 deg to SoAS Sindhi
0100-0200  7370 ALG 250 kW 282 deg to SoAS Sindhi
0100-0200  9635 ALG 250 kW 312 deg to SoAS Sindhi

0130-0230  7420 GUW 050 kW 130 deg to SoAS Nepali
0130-0230  9810 ALG 250 kW 065 deg to CeAS Nepali

0215-0300  9835 ALG 250 kW 312 deg to WeAS Pashto
0215-0300  9910 ALG 250 kW 282 deg to WeAS Pashto
0215-0300 11740 PAN 250 kW 300 deg to WeAS Pashto
0215-0300 13695 BGL 500 kW 300 deg to WeAS Kannada
0215-0300 15120 BGL 500 kW 300 deg to WeAS Kannada

0300-0345  9835 ALG 250 kW 312 deg to WeAS Dari
0300-0345  9910 ALG 250 kW 282 deg to WeAS Dari
0300-0345 11740 PAN 250 kW 300 deg to WeAS Dari

0315-0415 11840 DEL 250 kW 282 deg to NE/ME Hindi
0315-0415 13695 BGL 500 kW 300 deg to WeAS Hindi
0315-0415 15120 BGL 500 kW 240 deg to EaAF Hindi
0315-0415 15185 PAN 250 kW 205 deg to EaAF Hindi

0330-0430  7420 HYD 050 kW 125 deg to SoAS Bengali

0400-0430 11670 ALG 250 kW 282 deg to WeAS Farsi
0400-0430 15210 PAN 250 kW 300 deg to WeAS Farsi
0400-0430 15770 DEL 250 kW 282 deg to WeAS Farsi

0415-0430 15120 BGL 500 kW 240 deg to EaAF Gujarati
0415-0430 15185 PAN 250 kW 205 deg to EaAF Gujarati

0430-0530 11670 ALG 250 kW 282 deg to NE/ME Arabic
0430-0530 15210 PAN 250 kW 300 deg to NE/ME Arabic
0430-0530 15770 DEL 250 kW 282 deg to NE/ME Arabic
0430-0530 15120 BGL 500 kW 240 deg to EaAF Hindi
0430-0530 15185 PAN 250 kW 205 deg to EaAF Hindi

0700-0800  7250 GKP 050 kW 015 deg to SoAS Nepali
0700-0800  7420 GUW 050 kW 130 deg to SoAS Nepali
0700-0800  9595 DEL 100 kW 342 deg to SoAS Nepali
0700-0800 11850 DEL 100 kW 102 deg to SoAS Nepali

0800-1100  7420 HYD 050 kW 125 deg to SoAS Bengali

0830-1130  7250 GKP 050 kW 015 deg to SoAS Urdu/Hindi/English
0830-1130  7340 MUM 100 kW 010 deg to SoAS Urdu/Hindi/English
0830-1130  9595 DEL 100 kW 342 deg to SoAS Urdu/Hindi/English
0830-1130 11620 DEL 250 kW 334 deg to SoAS Urdu/Hindi/English

0845-0945 15770 ALG 250 kW 132 deg to SoEaAS Indonesian
0845-0945 17510 DEL 250 kW 132 deg to SoEaAS Indonesian
0845-0945 17875 BGL 500 kW 120 deg to SoEaAS Indonesian

1000-1100  7270 CNI 100 kW non-dir to SoAS English
1000-1100 13605 BGL 500 kW 058 deg to EaAS English
1000-1100 13695 BGL 500 kW 120 deg to SoEaAS English
1000-1100 15030 ALG 250 kW 060 deg to EaAS English
1000-1100 15410 BGL 500 kW 060 deg to EaAS English
1000-1100 17510 DEL 250 kW 132 deg to SoEaAS English
1000-1100 17895 ALG 250 kW 132 deg to SoEaAS English

1115-1200 11670 BGL 500 kW 060 deg to SoEaAS Thai
1115-1200 13645 DEL 250 kW 132 deg to SoEaAS Thai
1115-1200 15410 PAN 250 kW 120 deg to SoEaAS Thai

1115-1215  7270 CNI 100 kW non-dir to SoAS Tamil
1115-1215  9810 PAN 250 kW 120 deg to SoAS Tamil
1115-1215 13695 BGL 500 kW 108 deg to SoEaAS Tamil
1115-1215 15050 DEL 250 kW 174 deg to SoAS Tamil
1115-1215 15770 ALG 250 kW 132 deg to SoEaAS Tamil
1115-1215 17510 DEL 250 kW 174 deg to SoAS Tamil

1145-1315 11840 ALG 250 kW 065 deg to EaAS Chinese
1145-1315 13605 BGL 500 kW 058 deg to EaAS Chinese
1145-1315 15795 BGL 500 kW 035 deg to EaAS Chinese

1215-1245  9810 PAN 250 kW 120 deg to SoAS Telugu
1215-1245 13695 BGL 500 kW 108 deg to SoEaAS Telugu
1215-1245 15770 ALG 250 kW 132 deg to SoEaAS Telugu

1215-1315 11710 DEL 050 kW 102 deg to SoAS Burmese
1215-1315 15040 DEL 100 kW 102 deg to SoAS Burmese

1215-1330  7420 GUW 050 kW 130 deg to SoAS Tibetan
1215-1330  9575 BGL 500 kW 038 deg to CeAS Tibetan
1215-1330 11775 PAN 250 kW 025 deg to CeAS Tibetan

1230-1500  6165 DEL 250 kW 334 deg to SoAS Sindhi
1230-1500  7340 MUM 100 kW 010 deg to SoAS Sindhi
1230-1500  9620 ALG 250 kW 282 deg to WeAS Sindhi

1300-1500  7270 CNI 100 kW non-dir to SoAS Sinhala
1300-1500  9820 PAN 250 kW 120 deg to SoAS Sinhala

1315-1415  9910 DEL 250 kW 282 deg to WeAS Dari
1315-1415 11670 BGL 500 kW 300 deg to WeAS Dari

1330-1430  7420 GUW 050 kW 130 deg to SoAS Nepali
1330-1430 11775 PAN 250 kW 025 deg to CeAS Nepali

1330-1500  9690 BGL 500 kW 090 deg to SoEaAS English
1330-1500 11620 DEL 250 kW 132 deg to SoEaAS English
1330-1500 13710 BGL 500 kW 120 deg to SoEaAS English

1415-1515  9910 DEL 250 kW 282 deg to WeAS Pashto
1415-1515 11670 BGL 500 kW 300 deg to WeAS Pashto

1430-1930  6045 DEL 250 kW 334 deg to SoAS Urdu

1445-1515  7420 GUW 050 kW 130 deg to SoAS Bengali

1500-1600  6165 DEL 250 kW 334 deg to SoAS Baluchi
1500-1600  7340 MUM 100 kW 010 deg to SoAS Baluchi
1500-1600  9620 ALG 250 kW 282 deg to WeAS Baluchi

1515-1600 11620 DEL 250 kW 245 deg to EaAF Gujarati
1515-1600 13640 BGL 500 kW 240 deg to EaAF Gujarati
1515-1600 15175 PAN 250 kW 205 deg to EaAF Gujarati

1515-1615  9950 DEL 250 kW 245 deg to EaAF Swahili
1515-1615 13605 BGL 500 kW 240 deg to EaAF Swahili
1515-1615 17670 DEL 250 kW 245 deg to EaAF Swahili

1515-1545  9910 DEL 250 kW 282 deg to WeAS English
1515-1545 11670 BGL 500 kW 300 deg to WeAS English

1600-1730  7420 GUW 050 kW 130 deg to SoAS Bengali

1600-1930  6155 BGL 500 kW 060 deg to EaAS Urdu

1615-1715  9595 BGL 500 kW 325 deg to EaEUR Russian

1615-1730  7250 PAN 250 kW 300 deg to WeAS Hindi
1615-1730  9445 DEL 250 kW 282 deg to WeAS Hindi
1615-1730  9950 DEL 250 kW 245 deg to EaAF Hindi
1615-1730 12025 PAN 250 kW 300 deg to WeAS Hindi
1615-1730 13605 BGL 500 kW 240 deg to EaAF Hindi
1615-1730 17670 DEL 250 kW 245 deg to EaAF Hindi

1615-1730  9620 ALG 250 kW 282 deg to WeAS Farsi
1615-1730 11710 PAN 250 kW 300 deg to WeAS Farsi
1615-1730 13640 BGL 500 kW 300 deg to WeAS Farsi

1730-1830  7250 PAN 250 kW 300 deg to WeAS Malayalam
1730-1830 12025 PAN 250 kW 300 deg to WeAS Malayalam

1730-1945  9620 ALG 250 kW 282 deg to NE/ME Arabic
1730-1945 11710 PAN 250 kW 300 deg to NE/ME Arabic
1730-1945 13640 BGL 500 kW 300 deg to NE/ME Arabic

1745-1945  7550 BGL 500 kW 320 deg to WeEUR English
1745-1945  9445 ALG 250 kW 282 deg to NoEaAF English
1745-1945 11580 DEL 250 kW 282 deg to NoAF English
1745-1945 11670 BGL 500 kW 320 deg to WeEUR English
1745-1945 11935 MUM 100 kW 250 deg to CeEaAF English
1745-1945 13695 BGL 500 kW 240 deg to EaAF English
1745-1945 17670 DEL 250 kW 245 deg to EaAF English

1945-2030  9620 ALG 250 kW 282 deg to NoWeAF French
1945-2030 11710 DEL 250 kW 282 deg to NoWeAF French
1945-2030 13640 BGL 500 kW 300 deg to NoWeAF French

1945-2045  7550 BGL 500 kW 320 deg to WeEUR Hindi
1945-2045 11670 BGL 500 kW 320 deg to WeEUR Hindi

2045-2230  7550 BGL 500 kW 320 deg to WeEUR English
2045-2230  9445 BGL 500 kW 325 deg to WeEUR English
2045-2230  9910 ALG 250 kW 132 deg to SoEaAS English
2045-2230 11620 BGL 500 kW 120 deg to SoEaAS English
2045-2230 11670 BGL 500 kW 320 deg to WeEUR English
2045-2230 NF12025 PAN 250 kW 120 deg SoEaAS English,ex11740 May 20

2245-0045  9690 BGL 500 kW 090 deg to SoEaAS English
2245-0045  9705 PAN 250 kW 120 deg to SoEaAS English
2245-0045 11710 ALG 250 kW 132 deg to SoEaAS English
2245-0045 13605 BGL 500 kW 058 deg to EaAS English

2300-2400  9910 ALG 250 kW 132 deg to SoEaAS Hindi
2300-2400 11740 PAN 250 kW 120 deg to SoEaAS Hindi
2300-2400 13795 BGL 500 kW 108 deg to SoEaAS Hindi

DRM transmissions:
0130-0230 11715 DEL 100 kW 124 deg to CeAS Nepali
0315-0415 17715 DEL 100 kW 245 deg to EaAF Hindi
0415-0430 17715 DEL 100 kW 245 deg to EaAF Gujarati
0430-0530 17715 DEL 100 kW 245 deg to EaAF Hindi
1300-1500 15050 DEL 100 kW 174 deg to SoAS Sinhala
1615-1715 15140 ALG 100 kW 312 deg to EaEUR Russian
1745-1945  9950 ALG 100 kW 312 deg to WeEUR English
1945-2045  9950 ALG 100 kW 312 deg to WeEUR Hindi
2045-2230  9950 ALG 100 kW 312 deg to WeEUR English
2245-0045 11645 DEL 100 kW 065 deg to EaAS English
(DX MIX News, Ivo Ivanov-BUL, via wwdxc BC-DX TopNews May 21)
(WWDXC/Top Nx 1117)

VOA and Radio Liberty summer frequency updates



All times in UTC

Voice of America
1630-1700 11905 NAU 250 kW 150 deg to Sudan  English Mon-Fri, ex9490
1630-1700 15720 GB  250 kW 094 deg to CeSoAF Portuguese Fri, ex15115
1700-1800 15720 GB  250 kW 094 deg to CeSoAF Portuguese, ex15115
1800-1830 15720 IRA 250 kW 255 deg to CeSoAF Portuguese Mon-Fri,ex15115
2000-2030 6005 SAO 100 kW 100 deg to CeAF French, ex6065.

Radio Liberty
1500-1600 15630 ISS 250 kW 090 deg to CeAS Tajik,  ex15180 from May 20
1500-1600 15180 LAM 100 kW 077 deg to CeAS Turkmen,ex15525 from May 20
(DX MIX News, Ivo Ivanov-BUL, via wwdxc BC-DX TopNews May 21)
(WWDXC/Top News 1117)

Radio Australia - A13 Schedule Update



Radio Australia A13 update

All times UTC
languages and target areas as indicated 
0000-0030  9660 BRN 010 kW 010 deg to NoPAC English
0000-0030 12005 SNG 100 kW 340 deg to SoEaAS Indon. [sic; Burmese]
0000-0030 12080 BRN 010 kW 080 deg to EaPAC English
0000-0030 15240 SHP 100 kW 030 deg to NoPAC English
0000-0030 15415 SHP 100 kW 355 deg to EaAS English
0000-0030 17750 SHP 100 kW 329 deg to SoEaAS Indonesian
0000-0030 19000 SHP 100 kW 065 deg to EaPAC English
0000-0030 17795 SHP 100 kW 050 deg to EaPAC English
0000-0030 21740 SHP 100 kW 070 deg to EaPAC English

0030-0100  9660 BRN 010 kW 010 deg to NoPAC English
0030-0100 12080 BRN 010 kW 080 deg to EaPAC English
0030-0100 15240 SHP 100 kW 030 deg to NoPAC English
0030-0100 15415 SHP 100 kW 355 deg to EaAS English
0030-0100 17750 SHP 100 kW 329 deg to SoEaAS English
0030-0100 19000 SHP 100 kW 065 deg to EaPAC English
0030-0100 17795 SHP 100 kW 050 deg to EaPAC English
0030-0100 21740 SHP 100 kW 070 deg to EaPAC English

0100-0130 11780 SNG 100 kW 340 deg to SoEaAS Burmese

0100-0200  9660 BRN 010 kW 010 deg to NoPAC English
0100-0200 12080 BRN 010 kW 080 deg to EaPAC English
0100-0200 15240 SHP 100 kW 030 deg to NoPAC English
0100-0200 15415 SHP 100 kW 355 deg to EaAS English
0100-0200 15160 SHP 100 kW 065 deg to EaPAC English
0100-0200 17750 SHP 100 kW 329 deg to SoEaAS English
0100-0200 17795 SHP 100 kW 050 deg to EaPAC English
0100-0200 19000 SHP 100 kW 070 deg to EaPAC English

0200-0300  9660 BRN 010 kW 010 deg to NoPAC English
0200-0300 12080 BRN 010 kW 080 deg to EaPAC English
0200-0300 15240 SHP 100 kW 030 deg to NoPAC English
0200-0300 15415 SHP 100 kW 355 deg to EaAS English
0200-0300 15160 SHP 100 kW 065 deg to EaPAC English
0200-0300 17750 SHP 100 kW 329 deg to SoEaAS English
0200-0300 17795 SHP 100 kW 050 deg to EaPAC English
0200-0300 19000 SHP 100 kW 070 deg to EaPAC English

0300-0315  9660 BRN 010 kW 010 deg to NoPAC English
0300-0315 12080 BRN 010 kW 080 deg to EaPAC English
0300-0315 15240 SHP 100 kW 030 deg to NoPAC French Mon-Fri
0300-0315 15240 SHP 100 kW 030 deg to NoPAC English Sat/Sun
0300-0315 15160 SHP 100 kW 065 deg to EaPAC English
0300-0315 15415 SHP 100 kW 355 deg to EaAS English
0300-0315 15515 SHP 100 kW 070 deg to EaPAC French Mon-Fri
0300-0315 15515 SHP 100 kW 070 deg to EaPAC English Sat/Sun
0300-0315 17750 SHP 100 kW 329 deg to SoEaAS English
0300-0315 21725 SHP 100 kW 355 deg to EaAS English

0315-0400  9660 BRN 010 kW 010 deg to NoPAC English
0315-0400 12080 BRN 010 kW 080 deg to EaPAC English
0315-0400 15240 SHP 100 kW 030 deg to NoPAC English
0315-0400 15160 SHP 100 kW 065 deg to EaPAC English
0315-0400 15415 SHP 100 kW 355 deg to EaAS English
0315-0400 15515 SHP 100 kW 070 deg to EaPAC English
0315-0400 17750 SHP 100 kW 329 deg to SoEaAS English
0315-0400 21725 SHP 100 kW 355 deg to EaAS English

0400-0500  9660 BRN 010 kW 010 deg to NoPAC English
0400-0500 12080 BRN 010 kW 080 deg to EaPAC English
0400-0500 15240 SHP 100 kW 030 deg to NoPAC English
0400-0500 15415 SHP 100 kW 355 deg to EaAS English
0400-0500 15515 SHP 100 kW 070 deg to EaPAC English
0400-0500 15160 SHP 100 kW 065 deg to EaPAC English
0400-0500 17750 SHP 100 kW 329 deg to SoEaAS Indonesian
0400-0500 17800 HBN 100 kW 270 deg to SoEaAS Indonesian
0400-0500 21725 SHP 100 kW 355 deg to EaAS English

0500-0530  9660 BRN 010 kW 010 deg to NoPAC English
0500-0530 12080 BRN 010 kW 080 deg to EaPAC English
0500-0530 13630 SHP 100 kW 050 deg to EaPAC English
0500-0530 15240 SHP 100 kW 030 deg to NoPAC English
0500-0530 15415 SHP 100 kW 355 deg to EaAS English
0500-0530 15515 SHP 100 kW 070 deg to EaPAC English
0500-0530 17750 SHP 100 kW 329 deg to SoEaAS Indonesian
0500-0530 21725 SHP 100 kW 329 deg to SoEaAS English

0530-0600  9660 BRN 010 kW 010 deg to NoPAC English
0530-0600 12080 BRN 010 kW 080 deg to EaPAC English
0530-0600 13630 SHP 100 kW 050 deg to EaPAC English
0530-0600 15240 SHP 100 kW 030 deg to NoPAC English
0530-0600 15415 SHP 100 kW 355 deg to EaAS English
0530-0600 15515 SHP 100 kW 070 deg to EaPAC English
0530-0600 17750 SHP 100 kW 329 deg to SoEaAS English
0530-0600 21725 SHP 100 kW 329 deg to SoEaAS English

0600-0700  9660 BRN 010 kW 010 deg to NoPAC English
0600-0700 11945 SHP 100 kW 100 deg to SPac English
0600-0700 12080 BRN 010 kW 080 deg to EaPAC English
0600-0700 13630 SHP 100 kW 050 deg to EaPAC English
0600-0700 15240 SHP 100 kW 030 deg to NoPAC English
0600-0700 15415 SHP 100 kW 355 deg to EaAS English
0600-0700 17750 SHP 100 kW 329 deg to SoEaAS English
0600-0700 21725 SHP 100 kW 329 deg to SoEaAS English

0700-0800  7410 SHP 100 kW 030 deg to NoPAC English
0700-0800  9475 SHP 100 kW 353 deg to EaAS English
0700-0800  9660 BRN 010 kW 010 deg to NoPAC English
0700-0800  9710 SHP 100 kW 353 deg to EaAS English
0700-0800 11945 SHP 100 kW 100 deg to SPac English
0700-0800 12080 BRN 010 kW 080 deg to EaPAC English
0700-0800 13630 SHP 100 kW 050 deg to EaPAC English
0700-0800 15240 SHP 100 kW 030 deg to NoPAC English

0800-0900  5995 BRN 010 kW 010 deg to NoPAC English
0800-0900  7410 SHP 100 kW 030 deg to NoPAC English
0800-0900  9475 SHP 100 kW 353 deg to EaAS English
0800-0900  9580 SHP 100 kW 080 deg to EaPAC English
0800-0900  9710 SHP 100 kW 353 deg to EaAS English
0800-0900 11945 SHP 100 kW 100 deg to SPac English
0800-0900 12080 BRN 010 kW 080 deg to EaPAC English
0800-0900 15240 SHP 100 kW 030 deg to NoPAC English

0900-1000  5995 BRN 010 kW 010 deg to NoPAC Pidgin
0900-1000  6080 SHP 100 kW 005 deg to NoPAC Pidgin
0900-1000 NF6150 SHP 100 kW 030 deg to NoPAC Pidgin,ex6020
0900-1000  9475 SHP 100 kW 030 deg to NoPAC Pidgin
0900-1000  9580 SHP 100 kW 080 deg to EaPAC English
0900-1000  9710 SHP 100 kW 353 deg to EaAS Pidgin
0900-1000 11945 SHP 100 kW 100 deg to SPac English
0900-1000 12080 BRN 010 kW 080 deg to EaPAC Pidgin

1000-1100  5995 BRN 010 kW 010 deg to NoPAC Pidgin Mon-Fri
1000-1100  5995 BRN 010 kW 010 deg to NoPAC English Sat/Sun
1000-1100  6080 SHP 100 kW 005 deg to NoPAC Pidgin Mon-Fri
1000-1100  6080 SHP 100 kW 005 deg to NoPAC English Sat/Sun
1000-1100 NF6150 SHP 100 kW 030 deg to NoPAC Pidgin  Mon-Fri,ex6020
1000-1100 NF6150 SHP 100 kW 030 deg to NoPAC English Sat/Sun,ex6020
1000-1100  9475 SHP 100 kW 030 deg to NoPAC Pidgin Mon-Fri
1000-1100  9475 SHP 100 kW 030 deg to NoPAC English Sat/Sun
1000-1100  9580 SHP 100 kW 070 deg to EaPAC English
1000-1100  9710 SHP 100 kW 353 deg to EaAS Pidgin Mon-Fri
1000-1100  9710 SHP 100 kW 353 deg to EaAS English Sat/Sun
1000-1100 12065 SHP 100 kW 070 deg to EaPAC English, ex11945
1000-1100 12080 BRN 010 kW 080 deg to EaPAC Pidgin Mon-Fri
1000-1100 12080 BRN 010 kW 080 deg to EaPAC English Sat/Sun

1100-1200  5995 BRN 010 kW 010 deg to NoPAC English
1100-1200  6080 SHP 100 kW 005 deg to NoPAC English
1100-1200  6140 SNG 100 kW 013 deg to SoEaAS English
1100-1200 NF6150 SHP 100 kW 030 deg to NoPAC English, ex6020
1100-1200  9475 SHP 100 kW 329 deg to SoEaAS English
1100-1200  9580 SHP 100 kW 070 deg to EaPAC English
1100-1200 11945 SHP 100 kW 329 deg to SoEaAS English
1100-1200 NF12065 SHP 100 kW 070 deg to EaPAC English, ex11945
1100-1200 12080 BRN 010 kW 080 deg to EaPAC English DRM

1200-1300  5995 BRN 010 kW 010 deg to NoPAC English DRM
1200-1300  6080 SHP 100 kW 005 deg to NoPAC English
1200-1300  6140 SNG 100 kW 013 deg to SoEaAS English
1200-1300 NF6150 SHP 100 kW 030 deg to NoPAC English, ex6020
1200-1300  9475 SHP 100 kW 329 deg to SoEaAS English
1200-1300  9580 SHP 100 kW 070 deg to EaPAC English
1200-1300 11945 SHP 100 kW 329 deg to SoEaAS English
1200-1300 NF12065 SHP 100 kW 070 deg to EaPAC English, ex11945

1300-1400  5940 SHP 100 kW 334 deg to SoEaAS English
1300-1400  5995 BRN 010 kW 010 deg to NoPAC English DRM
1300-1400 NF6150 SHP 100 kW 030 deg to NoPAC English, ex6020
1300-1400  9475 SHP 100 kW 329 deg to SoEaAS Chinese
1300-1400  9580 SHP 100 kW 070 deg to EaPAC English
1300-1400  9965 HBN 100 kW 318 deg to EaAS Chinese
1300-1400 NF11665 SHP 100 kW 329 deg to SoEaAS Chinese, ex11660
1300-1400 NF12065 SHP 100 kW 070 deg to EaPAC  English, ex11945

1400-1430  5940 SHP 100 kW 334 deg to SoEaAS English
1400-1430  5995 SHP 100 kW 030 deg to NoPAC English
1400-1430  9475 SHP 100 kW 329 deg to SoEaAS Chinese
1400-1430  9580 SHP 100 kW 070 deg to EaPAC English
1400-1430  9965 HBN 100 kW 318 deg to EaAS Chinese
1400-1430 NF11665 SHP 100 kW 329 deg to SoEaAS Chinese, ex11660
1400-1430 NF12065 SHP 100 kW 070 deg to EaPAC  English, ex11945

1430-1500  5940 SHP 100 kW 334 deg to SoEaAS English
1430-1500  5995 SHP 100 kW 030 deg to NoPAC English
1430-1500  9475 SHP 100 kW 329 deg to SoEaAS English
1430-1500  9580 SHP 100 kW 070 deg to EaPAC English
1430-1500 NF11665 SHP 100 kW 329 deg to SoEaAS English, ex11660
1430-1500 NF12065 SHP 100 kW 070 deg to EaPAC English, ex11945

1500-1530  5940 SHP 100 kW 334 deg to SoEaAS English
1500-1530  5995 SHP 100 kW 030 deg to NoPAC English
1500-1530  7240 SHP 100 kW 040 deg to NoPAC English
1500-1530  9475 SHP 100 kW 329 deg to SoEaAS English
1500-1530 NF11665 SHP 100 kW 329 deg to SoEaAS English, ex11660
1500-1530 NF12065 SHP 100 kW 070 deg to EaPAC  English, ex11945

1530-1600  5940 SHP 100 kW 334 deg to SoEaAS English
1530-1600  5995 SHP 100 kW 030 deg to NoPAC English
1530-1600  7240 SHP 100 kW 040 deg to NoPAC English
1530-1600  9475 SHP 100 kW 329 deg to SoEaAS English
1530-1600 11660 SHP 100 kW 329 deg to SoEaAS English
1530-1600 11880 SHP 100 kW 050 deg to NoPAC English

1600-1630  9540 SNG 100 kW 340 deg to SoEaAS English

1600-1700  5940 SHP 100 kW 334 deg to SoEaAS English
1600-1700  5995 SHP 100 kW 030 deg to NoPAC English
1600-1700  7240 SHP 100 kW 040 deg to NoPAC English
1600-1700  9475 SHP 100 kW 329 deg to SoEaAS English
1600-1700 11660 SHP 100 kW 329 deg to SoEaAS English
1600-1700 11880 SHP 100 kW 050 deg to NoPAC English

1700-1730  5995 SHP 100 kW 030 deg to NoPAC English
1700-1730  9475 SHP 100 kW 329 deg to SoEaAS English
1700-1730  9500 SHP 100 kW 353 deg to EaAS English
1700-1730  9580 SHP 100 kW 070 deg to EaPAC English
1700-1730 11660 SHP 100 kW 329 deg to SoEaAS English
1700-1730 11880 SHP 100 kW 050 deg to NoPAC English

1730-1800  5995 SHP 100 kW 030 deg to NoPAC English
1730-1800  6080 SHP 100 kW 005 deg to NoPAC English
1730-1800  9475 SHP 100 kW 329 deg to SoEaAS English
1730-1800  9500 SHP 100 kW 353 deg to EaAS English
1730-1800  9580 SHP 100 kW 070 deg to EaPAC English
1730-1800 11880 SHP 100 kW 050 deg to NoPAC English

1800-1900  6080 SHP 100 kW 005 deg to NoPAC English
1800-1900  9475 SHP 100 kW 329 deg to SoEaAS English
1800-1900  9500 SHP 100 kW 353 deg to EaAS English
1800-1900  9580 SHP 100 kW 070 deg to EaPAC English
1800-1900  9710 SHP 100 kW 030 deg to NoPAC English
1800-1900 11880 SHP 100 kW 050 deg to NoPAC English

1900-2000  6080 SHP 100 kW 005 deg to NoPAC English
1900-2000  9500 SHP 100 kW 353 deg to EaAS English
1900-2000  9580 SHP 100 kW 070 deg to EaPAC English
1900-2000  9710 SHP 100 kW 030 deg to NoPAC English
1900-2000 11660 SHP 100 kW 065 deg to EaPAC English
1900-2000 11880 SHP 100 kW 050 deg to NoPAC English

2000-2030  6080 SHP 100 kW 005 deg to NoPAC English
2000-2030  9500 SHP 100 kW 353 deg to EaAS English
2000-2030  9580 SHP 100 kW 070 deg to EaPAC English
2000-2030 11650 SHP 100 kW 030 deg to NoPAC English
2000-2030 11660 SHP 100 kW 065 deg to EaPAC English
2000-2030 12080 BRN 010 kW 080 deg to EaPAC English
2000-2030 15515 SHP 100 kW 050 deg to NoPAC English

2030-2100  9500 SHP 100 kW 355 deg to EaAS English
2030-2100  9580 SHP 100 kW 070 deg to EaPAC English
2030-2100 11650 SHP 100 kW 030 deg to NoPAC English
2030-2100 11660 SHP 100 kW 065 deg to EaPAC English
2030-2100 11695 SHP 100 kW 329 deg to SoEaAS English
2030-2100 12080 BRN 010 kW 080 deg to EaPAC English
2030-2100 15515 SHP 100 kW 050 deg to NoPAC English

2100-2200  9500 SHP 100 kW 355 deg to EaAS English
2100-2200  9660 BRN 010 kW 010 deg to NoPAC English
2100-2200 11650 SHP 100 kW 030 deg to NoPAC English
2100-2200 11695 SHP 100 kW 329 deg to SoEaAS English
2100-2200 12080 BRN 010 kW 080 deg to EaPAC English
2100-2200 13630 SHP 100 kW 065 deg to EaPAC English
2100-2200 15515 SHP 100 kW 050 deg to NoPAC English
2100-2200 21740 SHP 100 kW 070 deg to EaPAC English

2200-2300  9660 BRN 010 kW 010 deg to NoPAC English
2200-2300  9695 DHA 250 kW 105 deg to SoEaAS Indonesian
2200-2300  9855 DHA 250 kW 090 deg to SoEaAS English
2200-2300 11695 SHP 100 kW 329 deg to SoEaAS Indonesian
2200-2300 12080 BRN 010 kW 080 deg to EaPAC English
2200-2300 13630 SHP 100 kW 065 deg to EaPAC English
2200-2300 NF15240 SHP 100 kW 030 deg to NoPAC English, ex15230
2200-2300 15415 SHP 100 kW 355 deg to EaAS English
2200-2300 15515 SHP 100 kW 050 deg to NoPAC English
2200-2300 21740 SHP 100 kW 070 deg to EaPAC English

2300-2330  5955 DHA 250 kW 085 deg to SoEaAS Burmese
2300-2330  9660 BRN 010 kW 010 deg to NoPAC English
2300-2330  9695 DHA 250 kW 105 deg to SoEaAS Indonesian
2300-2330  9855 DHA 250 kW 090 deg to SoEaAS English
2300-2330 11695 SHP 100 kW 329 deg to SoEaAS Indonesian
2300-2330 12080 BRN 010 kW 080 deg to EaPAC English
2300-2330 NF15240 SHP 100 kW 030 deg to NoPAC English, ex15230
2300-2330 15415 SHP 100 kW 355 deg to EaAS English
2300-2330 17795 SHP 100 kW 050 deg to NoPAC English
2300-2330 19000 SHP 100 kW 065 deg to EaPAC English
2300-2330 21740 SHP 100 kW 070 deg to EaPAC English

2330-2400  9660 BRN 010 kW 010 deg to NoPAC English
2330-2400  9855 DHA 250 kW 090 deg to SoEaAS English
2330-2400 12080 BRN 010 kW 080 deg to EaPAC English
2330-2400 NF15240 SHP 100 kW 030 deg to NoPAC English,ex15230
2330-2400 15415 SHP 100 kW 355 deg to EaAS English
2330-2400 17750 SHP 100 kW 329 deg to SoEaAS English
2330-2400 17795 SHP 100 kW 050 deg to NoPAC English
2330-2400 19000 SHP 100 kW 065 deg to EaPAC English
2330-2400 21740 SHP 100 kW 070 deg to EaPAC English
(DX MIX News, Ivo Ivanov-BUL, via wwdxc BC-DX TopNews May 21)
(WWDXC/Top Nx 1117)

VOA Radiogram slated for May 25-26



Thanks to everyone who sent reception reports, audio samples, screenshots, etc., from last weekend's VOA Radiogram. The SSTV modes have performed well but, according to most your reports, MFSK32 images provide better images.
On VOA Radiogram the weekend of May 25-26, we will continue our experiments with images via shortwave broadcast. The MFSK32 and SSTV modes are analog. Now we will try purely digital images using EasyPal software.
Download EasyPal from vk4aes.com. After EasyPal is installed, go to Setup > Setup c/s-soundcard-PTT > Soundcard and select the soundcard you use to receive VOA Radiogram.
In EasyPal, click the RX button to receive images. You should see a waterfall along the left side of the interface. The software will indicate how many segments have been received. Unlike SSTV and MFSK32 images, you will not see the picture slowly form on the software interface. Instead, when a sufficient number of segments has been received, the picture will appear instantaneously.
Will EasyPal work in a shortwave broadcast environment? I have no idea, but it's worth trying.
Here is the lineup for today's program:
MFSK16: Opening announcements (now)
MFSK32: VOA news story about the comet ISON (4:07)
MFSK32: NASA image of the comet ISON (1:03)
MFSK32: VOA news story about new train lines in South Korea
(3:22)
MFSK32: Image of the South Korean train (3:57)
MFSK16: Introduction to EasyPal (1:06)
EasyPal: Same image of the South Korean train (2:38)
EasyPal: Image of the cicada (large insect) transmitted last week
in SSTV and MFSK32 (2:44)
EasyPal: Text (:19)
MFSK16: Closing announcements (1:09)
Surprise mode of the week (:27)
Please send reception reports to radiogram@voanews.com   

I hope you can tune in and decode this weekend.
Kim Andrew Elliott
VOA Radiogram
radiogram@voanews.com 
Twitter: @voaradiogram

Monday, May 20, 2013

WRTH releases A13 Frequency CD


We are delighted to announce the availability of the new WRTH Bargraph Frequency Guide for the A13 season. The CD contains the complete, and monitored, A13 international broadcasts, and fully updated domestic shortwave, displayed as a pdf colour bargraph.


This CD is only for sale on the WRTH site. Visit our website at www.wrth.com
to find out more and to order a copy.
I hope you enjoy using this Frequency Guide.
Nicholas Hardyman
WRTH Publisher

Weekly Propagation Forecast Bulletins



Product: Weekly Highlights and Forecasts
:Issued: 2013 May 20 0139 UTC
# Prepared by the US Dept. of Commerce, NOAA, Space Weather Prediction Center
# Product description and SWPC web www.swpc.noaa.gov/weekly.html
#
#                Weekly Highlights and Forecasts
#
Highlights of Solar and Geomagnetic Activity 13 - 19 May 2013

Solar activity reached high levels during the week, in fact the highest levels of activity since 2013 began. Between 13 and 14 May, newly-numbered Region 1748 (N11, L=296, class/area=Eki/310) produced an X2/1n flare at 13/1605Z and an X3/2b flare at 14/0111Z. Both events produced several radio emissions. Three Tenflares were observed at 14/0115Z (640 sfu), 14/0141Z (190 sfu), and 14/0203Z (370 sfu). A Type-II radio sweep was observed at 14/0107Z with an estimated velocity of 1514 km/s, in conjunction with a Type-IV radio sweep at 14/0113Z. SDO/AIA 193A showed a flare on the East limb at N12 from 14/0009-0154 and 14/0206-0224Z. A dimming and wave was observed over the east hemisphere and North Pole. Two distinct halo
coronal mass ejections (CMEs) were subsequently observed on LASCO imagery. The first appeard in C2 coronagraph imagery at 14/0125Z and grew to a full HALO CME by 14/0224Z. The second event appeared at 14/0200Z with loop edge over the East and expanded to a partial HALO 280 degrees in width. 

Solar activity remained at high levels on 15 May. Region 1748 grew to a Dki/beta-gamma-delta and produced an X1/2n flare at 15/0148Z associated with a Type II radio sweep (estimated shock speed 501 km/s), a Type IV radio sweep, a 440 sfu Tenflare; and a fast, assymetric halo CME. The CME speed was observed in LASCO C2
coronagraph imagery at 15/0148Z and expanded to a full HALO CME by 15/0248Z. SDO/AIA 193/211/304 showed the flare at 15/0124-0212Z which produced a faint dimming in the Northeast and North direction and a wave over the East hemisphere. The CME had and earthward component and its western flank reached Earth on 18 May at 0112Z. 

Activity declined to moderate levels on 16 May with a single M1 flare from Region 1748 at 16/2153Z. Moderate levels continued through 17 May when Region 1748 produced an M3/2b flare at 17/0857Z. Type II (376 km/s) and Type IV radio bursts, as well as a 420 sfu Tenflare, were observed with this event. At 17/0912Z, LASCO/C2 coronagraph imagery observed a CME erupting from the east limb. It
grew to a full halo CME by 17/0948Z and was estimated to be moving at approximately 1498 km/s. The CME reached Earth on 19 May at 2221Z. 

The remainder of the week was dominated by low levels of activity as Region 1748 shrank to less than half its largest extent. The largest flare of the latter part of the week was a C9 observed on the east limb at 19/1750Z. The other regions on the visible disk throughout the week were relatively inactive, producing only low-level C-class activity. 

A 10 MeV proton flux greater than 10 pfu at geosynchronous orbit event began at 15/1325Z, reached a maximum flux of 41 pfu at 17/1720Z, and ended at 18/1445Z. The 10 MeV flux remains enhanced at the time of this report. The event was attributed to the X1/2n flare at 15/0148Z. 

The greater than 2 MeV electron flux at geosynchronous orbit was at normal to moderate levels all week. 

Geomagnetic field activity ranged from quiet to minor storm levels with the arrival of two CMEs during the week. The first CME, which was observed leaving the sun on 15 May, passed the ACE spacecraft at 18/0023Z and arrived at Earth at 18/0112Z with a 31nT sudden impulse. Activity reached minor storm levels by 18/0300Z and remained there through the end of the 0300-0600Z synoptic period.
Activity then dropped to active, unsettled, then quiet levels during the subsequent periods. The following evening, active levels were observed during the 0000-0300Z synoptic period. 

The second CME, which left the sun on 17 May, passed the ACE spacecraft at 19/2221Z and arrived at Earth at 19/2306Z with a 29 T sudden impulse. Activity increased to active levels during the 2100-0000Z synoptic period. 

Forecast of Solar and Geomagnetic Activity 20 May - 15 June 2013

Solar activity is expected to be low to moderate throughout the forecast period. High levels of activity are possible through 25 May and again after 7 June associated with Region 1748. 

There is a chance for proton events at geosynchronous orbit, particularly through 25 May and again after 7 June associated with Region 1748. 

The greater than 2 MeV electron flux at geosynchronous orbit is expected to be at high levels from 24-31 May associated with a recurrent coronal hole high speed stream. 

Geomagnetic field activity is expected to reach minor to major storm levels on 20 May in response to the 17 May coronal mass ejection. In the absence of any Earth-directed coronal mass ejections, the remainder of the forecast period is expected to be characterized by quiet to unsettled levels of activity with the possible exception of 28 May, when another geoeffective coronal hole high speed stream
becomes geoeffective and brings active levels. 

Product: 27-day Space Weather Outlook Table 27DO.txt
:Issued: 2013 May 20 0139 UTC
# Prepared by the US Dept. of Commerce, NOAA, Space Weather Prediction Center
# Product description and SWPC web contact www.swpc.noaa.gov/wwire.html
#
#      27-day Space Weather Outlook Table
#                Issued 2013-05-20
#
#   UTC      Radio Flux   Planetary   Largest
#  Date       10.7 cm      A Index    Kp Index
2013 May 20     135          27          6
2013 May 21     130           8          3
2013 May 22     125          15          3
2013 May 23     125          12          3
2013 May 24     125           8          3
2013 May 25     120           5          2
2013 May 26     115           5          2
2013 May 27     110           5          2
2013 May 28     105          15          4
2013 May 29     105          10          3
2013 May 30     100           5          2
2013 May 31     100           5          2
2013 Jun 01     105           5          2
2013 Jun 02     110           5          2
2013 Jun 03     120           5          2
2013 Jun 04     120           5          2
2013 Jun 05     120           5          2
2013 Jun 06     125           5          2
2013 Jun 07     125           5          2
2013 Jun 08     125           5          2
2013 Jun 09     130           5          2
2013 Jun 10     135           5          2
2013 Jun 11     135           8          3
2013 Jun 12     140          12          3
2013 Jun 13     140           8          3
2013 Jun 14     135           5          2
2013 Jun 15     125           5          2
(NOAA)

HCJB dedicates new broadcast facility


HCJB staff unveil a plaque which reads, "HCJB Australia International Broadcast  Facility. Dedicated to the glory of God. 21st April 2013. 'So that all may hear'  (Romans 10:14)."

"Prayer and miracles were very much a part of this 24-year story," says Wayne Pederson of HCJB Global.

David Maindonald seemed incredulous as he reflected on his 24-year vision to air the gospel via shortwave radio from Australia to the Asia Pacific Region.

“Yes, the story of HCJB Global-Australia is truly a story of what God has done,” he told a crowd at the dedication of the ministry’s new international broadcast site in Kununurra, adjacent to the original site that had been used to broadcast since 2003.  “And we want to give Him all the glory,” he commented, referring to an Old Testament Bible verse, “See what God has done!” (Numbers 23:23, NIV).

Others urged him to abandon what was called in 1989 his “far-fetched” vision, foreseeing obstacles in acquiring radio licenses and land for the site. When potential donors were approached with the idea, they predicted problems finding staff and money for the project.

“That wasn’t easy to handle,” related Maindonald, who led the mission’s Australia  office for nearly two decades. Among the 100 attendees at the April 21 event, braving  100-degree (Fahrenheit) heat and biting insects, was HCJB Global President Wayne Pederson, who deemed as a miracle the station’s presence on the shortwave frequencies. The facilities broadcast the gospel in 26 languages from Kununurra near
the northern tip of Western Australia.

“It’s reaching some of the most populous and least-reached places of the world—going into Japan, China, India, Bangladesh, Indonesia and Malaysia,” Pederson said later in an audio report.

Excerpts from listeners’ letters were featured in a brochure distributed at the ceremony. One listener had written from India’s Gujarat state, “We do not have a church. Radio programs are a blessing for us to know about Jesus. We listen to Hindi, Urdu, Gujarati and Punjabi programs. The reception is good. Pray that my family and I and would accept Jesus too.”

A listener in Indonesia wrote, “Your station is totally different from any other I’ve  ever known. It brings peace, joy and hope—things that have been lost in my life for  quite a long time.”

Pederson outlined some of the trials encountered along the way. “Through many years  of overcoming regulations, federal permissions, local clearances, financial  challenges and power line difficulties, this station is now a reality,” he said. Then  he coupled those comments with explanations of bargains obtained to broadcast from the site.

“The curtain antenna came from Croatia. It was brand new but it was intended by the communists to send propaganda all across the former Soviet Union. The towers were bought from the Australian Army for 5 cents on the dollar. Those are scrap metal prices! The transmitters are the refurbished transmitters from Radio Station HCJB in Ecuador, now being repurposed to reach this part of the world.”

Also attending the ceremony were HCJB Global Asia Pacific Executive Director Ty Stakes, Australian Member of Parliament Barry Haase and Meg Shedley, who turns 90 this year. Back in 1997 when the Australian government still wasn’t issuing international broadcast licenses, she and her husband, Don, donated a 200-acre farm in Kununurra in faith that it could serve as an international shortwave site.

“This site has so many advantages,” John Stanley had said of the site at that time. An engineer who helped to staff the mission’s shortwave site in Ecuador decades ago, Stanley serves as an international broadcasting consultant.

“Assuming that a license can be obtained, it would be difficult to see it as anything other than God’s provision,” Stanley had concluded. After the towers were procured, staff members and countless volunteers began erecting them on the donated land that was also used to raise sugarcane. The applications for broadcast licenses were turned down three times however, according to Maindonald. Then an unexpected answer came on April 18, 2001.

“The laws of Australia were changed, and we were given not one but four international broadcasting licenses, and we had to be on air within two years,” he recounted. “Suddenly the dream of international broadcasting came alive again.”

An HC100 (100,000-watt) shortwave transmitter that had been shipped from Ecuador to the U.S. was in turn shipped to Australia just as U.S. dockworkers went on strike. In late 2002 it arrived in Australia, where station staff needed every bit of time to get it operational in time for the deadline. Negotiations with authorities resulted in more than $100,000 in duty and taxes being waived. The shortwave station went on
the air on Jan. 5, 2003, with five hours of programming to the South Pacific. A month later the South Asia broadcasts to India began.

Although well-suited to shortwave broadcasting, the original site was too small for expansion. “It was always intended to be temporary,” according to Dale Stagg, Australian director and CEO. “Basically, when the licenses were granted we had a two-year timeframe to get on the air so we had to get up and running as best we could and look to future development beyond that time. The new site is part of a 1,200-acre parcel of land leased from the state government about a mile from the original site.” The Shedley property is now used for staff housing.

In 2005 a high-quality curtain antenna was purchased from a radio station in Croatia for a quarter of its market value and erected three years later. In 2006 a second HC100 was shipped to Australia. The 21-year lease from the Western Australia government for the 1,200-acre site was also signed in 2006. In 2011 the high-tension power line was installed along with a donated parabolic antenna from Ecuador.

In 2012 one of the existing transmitters was relocated to the new transmitter building, and broadcasts began at the new site in July 2012. In March 2013 broadcasts commenced using both 100-kw transmitters.

“India, one of our priority countries, has a population of over 1.2 billion people,” Stagg said. “Sixty percent of India’s population does not even have access to FM, so shortwave for India is still a crucial means of communication.”

“A third HC100 coming in a few months will be digital, enabling us to reach a whole new audience with the clear, digital sounds of shortwave,” added Pederson. “[Our Australian partners] are dedicated people, and they've done a great job. You should see this impressive facility.”

“Our broadcast site gives us great access to the Asia Pacific Region,” Stagg recounted. “Our region contains more than 4 billion people and many of the world’s unreached people groups.”

Even though the station is on-air, something's missing.

"The need is for more and more teachers and radio personnel that can produce programs," states Pederson.

Your prayers are needed to keep this project going.

"Continue to pray that God would supply the people and the financial resources to get the job done," Pederson requests.
(HCJB)