Monday, March 10, 2014

Wavescan NWS263




* Theme - 00:00
            “Birthday Serenade” - Willi Glahe

* Opening Announcement - 00:18
            Welcome to “Wavescan”, international DX program from Adventist World Radio
            Researched and written in Indianapolis, produced in studios of shortwave WRMI
            Program outline
                        * Daylight Saving Time begins in USA
                        1. Radio Broadcasting in Albania
                        2. Canadian Radio Panorama- 4: The Intervening Years
                        3. International DX News
                        4. Philippine DX Report

* Radio Broadcasting in Albania - 01:03
Radio Tirana feature for Wavescan
            Information from Drito Cico, head of monitoring center and shortwave frequency manager of Radio Tirana; presented by Jeff White

[AUDIO – Albanian national anthem]

            Tirana became the capital of Albania in 1920. The area occupied by Tirana has been populated since Paleolithic times dating back many thousands of years ago. Tirana was founded as an Ottoman town in 1614 with nearly 7.000 inhabitants. Today it has about a million. Tirana is on the same parallel as Naples- Italy, Madrid - Spain, Istanbul Turkey, and New York, and on the same meridian as Budapest-Hungary and Kraków-Poland…

AUDIO – Radio Tirana interval signal

            Radio Tirana International, founded on Nov 28, 1938 during the rule of self-declared King Ahmed Zog I, became a World Wide Broadcast Empire during the Enver Hoxha regime (from 1944-1990) with the help of the Chinese. It had daily radio programs in 22 languages with Marxist-Leninst propaganda up to 1990…
            In Albania, broadcasting started in the year 1937 with the installation of a medium wave transmitter with a power of 10 Watts as well as studio apparatus, and all of these were installed in the city of Tirana.
            On November 28th 1938 a short wave transmitter with a power of 3 kW was put into operation at Tirana and intended mainly for communication, but it was also used to transmit 3 hours of broadcast programmes per day.
            In the year 1940 a medium wave transmitter was installed with a power of 1 kW in the old building of Radio Tirana together with studio equipment. Later on several medium wave transmitters were installed with powers of around 60-300 Watts at Gjirokastra, Kucova, Shkodra, Korca and Vlora which transmitted local programs.
            After the liberation of Albania after World War II, and with the help of the Albanian Communist Party, there were important steps in the development of broadcasting in Albania. In March 1952, at the outset of the second Congress of the Party, a medium wave transmitter was inaugurated with a power of 50 kW at Tirana, which at that time brought about a noticeable improvement in the coverage of the country.
            In November of the year 1961, at the time of the 20th anniversary of the Party, the Radiocenter in Durres (or Shijak) was opened with 3 transmitters, 2 of them on short wave with a power of 50 kW each (with the possibility of combining them to produce 100 kW). These were for broadcasting external service transmissions outside of Albania, and there was 1 medium wave transmitter with a power of 150 kW which was proposed to broadcast transmissions outside of Albania, but from the beginning it was used for the transmission of the internal program of Radio Tirana.
            Radio Tirana was heard far beyond the Albanian borders. There were even a few popular songs written about the station in Italian, like this one by Franco Battiato called “Eh Radio Tirana Transmette.”

AUDIO – Song: Eh Radio Tirana Transmette

            In fact, the place of installation of this transmitter (in Shijak) was not so appropriate to cover inside Albania, but it was installed there because it was proposed in the project to work with a directional antenna towards the Middle East for transmissions outside of Albania. Instead of the directional antenna, an omnidirectional antenna was installed with a 129 meter tall mast and the transmitter was used to broadcast the domestic programmes of Radio Tirana.
            The new building of Radio Tirana was inaugurated in December 1965 with 8 transmitting studios, 5 recording studios, 5 montage studios, and a large music studio.
            In October 1966 at Durres (or Fllaka) a medium wave transmitter was installed with a power of 500 kW, and 5 years later a second transmitter of 500kW was installed nearby with the combine the two at 1000 kW. Both transmitters broadcast the programs of Radio Tirana external services.
            In October 1967 the radio center at Elbasan (Cerrik) was opened with 16 short-wave transmitters , of which 10 had a power of 50 kW each ( with the possibility to combine them in pairs of 100 kW ) and 6 with a power of 15 or 25 kW each.
            Via this shortwave center the programs of Radio Tirana International were broadcast to world wide target areas.
            In 1987 Radio Tirana International broadcast 66 hours of programs per day in 20 to 22 foreign languages on medium & short wave -- a worldwide broadcast Empire.

AUDIO – Radio Tirana: end of press review

            A rental agreement between the Albanian Radiotelevision and the Chinese Film and Radio Television was signed in Tirana on December 16, 2003 that leased the shortwave Radio Center in Elbasan (Cerrik) to the Chinese for at least 15 years and this may be extended, depending upon the requirements of the two parties.
            The old Chinese short wave transmitters of Radio Tirana in Cerrik were dismantled
and the Chinese, in a record period, transformed the building and surroundings at Cerrik by installing 6 new short wave transmitters with a power of 150 kW.
            CRI – China Radio International started its transmissions on short wave via Cerrik on the 28th of November 2004.
            Radio Tirana on short wave via Cerrik was closed at the end of July 2004 and on August 6, 2004 Radio Tirana started its broadcasts on short wave via Shijak, by inaugurating the 2 new Chinese Continental clone short wave transmitters with a power of 100 kW. The operational staff at Shijak is Albanian plus 3 Chinese specialists.

AUDIO – Radio Tirana: Program open and schedule announcement

            [During the years 1980-1983, there were medium wave transmitters installed with a power of 50 kW at:
                        Kukes (1980 on 648 KHz) ,
                        Korca (1981 on 1260 KHz),
                        Gjirokastra (1983 on 909 KHz),
                        Shkodra (1983 on 693 KHz) and,
                        at Saranda (1982 on 864 KHz) with a power of 30 kW.
                        (All of these medium transmitters were switched off in 2001 or 2002).

            Through these transmitters and the ones at Shijak (150 kW on 1089 KHz) and at Kashar (50 kW on 1359 KHz) the domestic program of Radio Tirana was broadcast.
            Also put into operation in the year 1980 was an FM transmitter with a power of 10 kW on Dajt mountain (at an altitude of 1613 m) on 99.5 MHz. Its FM signal serves two purposes, as a primary signal to feed the medium wave transmitters in Kukes, Korca, Gjirokastra, Shkodra and Saranda and for listeners of Radio Tirana who had FM capable receivers and lived within range of the transmitter.
            After the year 1987 it was predicted that a network of FM transmitters would be installed to broadcast in stereo the second program of Radio Tirana.
            The very mountainous terrain of Albania and its bad conductivity causes considerable absorption of the ground wave. This is the reason that in such terrain the powerful transmitters do not have the required coverage and therefore the installation of a network of medium wave transmitters was recommended instead.
            The small surface of the territory of Albania does not favor the use of short wave for its coverage.
            The sky wave propagates much farther than the ground wave reaching maximum distances of 300-450 km away from the transmitter. Because the surface of Albania is small, it is not possible to use the sky wave efficiently for its coverage. Therefore the coverage of Albania was based on ground wave propagation.
            Because in the mountainous part of Albania the ground wave undergoes considerable absorption the Fading Belt appears relatively close to the transmitters. Because the coverage of Albania day and night is based on the ground wave, a vertical antenna was selected for the transmitter. This is a mast that is supported on a ceramic isolator where the mast itself plays the role of vertical radiator.
            The Shijak medium wave transmitter on 1089 KHz radiating a power of 150 kW achieved the desired coverage for the Radio Tirana domestic program during the day in about 65% of the territory, and during the night hours about 31.9%.
            On February 3, 2006 at around 0800 UTC the medium wave transmitter on 1089 KHz at Shijak (on the air since 1961) was switched off.]

* Program Announcement - 10:58
            Allen Graham

* Canadian Radio Panorama: The Intervening Years - 14:31
            In this our next episode in the series, Canadian Radio Panorama, we cover the intervening years from the wireless era into the beginning of mediumwave radio broadcasting, a period of around twenty years.
            The earliest wireless experiments attributable to Canada took place in the year 1898.  The experimenter was the noted 32 year old Canadian born Reginald Aubrey Fessenden.  However, his earliest wireless experiments did not take place in Canada, but rather in Pittsburgh Pennsylvania in the neighboring United States where he was employed by the University of Pittsburgh.
            The 1898 Fessenden experiments involved the usage of the simple telephone equipment that was available back then, and his experimentation was an attempt to devise workable procedures for the transmission of the human voice.  During the following year, 1899, he succeeded in making voice transmissions, though quite garbled, between Pittsburgh and Allegheny City, which is now a northern suburb of Pittsburgh itself. 
            Two years later, there was a remarkable development in the long distance reception of a wireless signal and this took place on December 11 & 12, 1901.  The notable experimenter was Guglielmo Marconi, and the location was Signal Hill, near St John’s in Newfoundland; but this event took place before Newfoundland was federated into the Dominion of Canada (1949).  This first wireless signal across the Atlantic, the letter S in Morse Code, was transmitted from Poldhu in England.
            Wireless history in Canada really began a couple of weeks later, on the day after Christmas actually, when Marconi arrived at Sydney, Nova Scotia, on the steamer “Bruce” with the intent of searching for a suitable location to establish a large wireless station.  This large new facility at coastal Table Head was four times larger than the Marconi station at Poldhu in England, and it made its first test transmission on November 19, 1902 with 75 kW on 82 kHz longwave.
            Two years later, the Table Head station was dismantled and rebuilt at a new location 3½ miles distant where it was opened with an official ceremony five years later on October 17, 1907.  The receiver station was located at Louisbourg, 25 miles distant from Glace Bay.
            In the meantime, the Marconi company in Canada established a multitude of regional maritime wireless stations along the eastern and western seaboards, the Atlantic and Pacific coastlines, as well as nearby to many waterways, including the Great Lakes.  It is understood that the first of these lower powered regional maritime stations was installed at Heath Point on Anticosti Island, at the mouth of the St. Lawrence Seaway in 1904.  This station was on the air under the callsign VCI.  At one stage in its history, Anticosti Island was the world’s largest privately owned island, 135 miles long.
            Amateur wireless stations were first licensed in Canada in 1911, and callsigns consisted of three letters beginning with XA.  However, after the end of World War 1, when amateur radio stations were again permitted in Canada, the callsign structure was modified, still with three digits, but with a number, 1 through 9, followed by two letters. 
            At this stage, experimental radio broadcasting stations were allocated callsigns with four digits, the number 10 followed by two letters.  However, quite soon afterwards, radio broadcasting callsigns were regularized into four letters beginning with the letter C.    
            The first radio broadcasting station in Canada, or in the world as some people would suggest, was established by the Canadian Marconi company in Montreal in 1919.  The callsign XWA was taken into usage for this new experimental broadcasting station, though in reality this callsign was already in use with the Marconi Company at least four years earlier. 
            An official report from the Naval Service dated March 31, 1915, lists a Marconi station under the callsign XWA, and it states also that this was the only radio telephone station on the air in Canada at the time.  The three call letters XWA stood for Experimental Wireless Apparatus. 
            Four years later, a series of test broadcasts was made, in the early part of the year 1919, to determine the viability of establishing an experimental radio broadcasting station in the Montreal area.
            During the Spring of the year 1919, the Marconi company installed a 500 watt transmitter on a truck with the antenna attached to the roof.  This transmitter model was known as the “Captain Round” transmitter, it was designed and constructed at the Marconi factory in Chelmsford, England, and it was housed in a self contained wooden cabinet.  A series of telephony tests around Montreal indicated a modest coverage area of just three or four miles.
            However, the transmitter was then installed on Tarte Pier in Montreal Harbour for a series of subsequent test transmissions that produced a much wider coverage area.  The wireless operator on board the icebreaker “Lady Grey” reported good reception at a distance of 30 miles.
            This same 500 watt transmitter was then installed on the top floor in the Marconi Building in William Street Montreal during the summer of the same year 1919.  This transmitter was licensed in November with the callsign XWA, and it made its first program broadcast from a temporary studio at the same location on December 1 (1919). 
            At the time, programming was made up quite spontaneously with station announcements, news bulletins read from the local newspapers, and music from locally available 78 disc records.  Station XWA was also in use at other hours for communication traffic and experimental transmissions.
            Regular program broadcasting from station XWA began on May 20 of the following year, 1920, and the first program was a remote broadcast from the Chateau Laurier Hotel in Ottawa.  The occasion was a special meeting of the Royal Society of Canada, and the evening program was a musical concert with orchestra and soloist Dorothy Lutton.  At this stage, the 500 watt transmitter was radiating on the longwave channel 1200 m, 250 kHz.
            As the radio historians tell us, the callsign for the Marconi experimental station in Montreal was regularized a year later, and XWA became CFCF, on May 15, 1922.  The allocation of callsigns at the time required four letter calls beginning with CF, and it is suggested that the Marconi company chose the double callsign CFCF, thus providing the slogan, “Canada’s First, Canada’s Finest”.
            A multitude of radio broadcasting stations proliferated throughout Canada quite quickly soon afterwards.

* International DX News - 11:45
            DSWCI on Shortwave
            Ukraine Radio & TV

* Philippine DX Report - 22:05
            Henry Umadhay

* Music of the World - 27:26
            Albania: From Radio Tirana, folk music, orchestral & vocal

* Closing Announcement - 27:41
            Thanks for listening to “Wavescan”, international DX program from Adventist World Radio
            Researched and written in Indianapolis
            Next week:-
                        1. BBC Indian Ocean Relay Stations: Five in a Row!
                        2. Radio Broadcasting in India’s First Capital City
                        3. European Perspective
                        4. Bangladesh DX Report
            Two QSL cards available - AWR & WRMI
            Wavescan address:-
                        Box 29235
                        Indianapolis
                        Indiana 46229 USA
            Wavescan @ AWR.org
            Jeff White, shortwave WRMI

* Music Outrun - 28:44

* Program Ends - 28:55

Goverment of India Grants 100 crore to Promote Community Radio Stations

Finance Minister P Chidambaram, in his interim budget, allots Rs 100 crore to promote community radio stations.

The Government has announced a new scheme with an allocation of Rs 100 crore to promote community radio stations. The proposal was made by Finance Minister P Chidambaram while presenting his interim budget (vote-on-account) for four months in view of the general elections later this year.

A total of just 161 community radio stations were operational by the government's own admission as of 1 December last year. A total of 223 applications were under process and 616 applications had been rejected.

A total of 1277 applications had been received by the government since 2004 till 1 December 2013. A total of 438 letters of intent had been issued and 194 grant of permission agreements had been signed.

Recently, Information and Broadcasting Ministry (I&B) introduced a new scheme which will provide 50 per cent of the equipment cost to new and established community radio stations, provided the guidelines set by I&B are met by the Community radio.Under the initiative, NGO and educational institutions can finalise their equipment to be procured without government involvement.

According to the 11th Five Year Plan, Rs 100 crore was earmarked for community radio stations. Out of which Rs 90 crore is for building operational community radio stations, and the remainder Rs 10 crore for the workshops organised by the Ministry every year.

http://edaa.in/updates/govt-grants-100-crore-to-promote-crs





Community Radio Station in India to get maximum Rs 7.5 lakh per year under scheme announced in Interim Budget


 Community Radio Station in India to get maximum Rs 7.5 lakh per year under scheme announced in Interim Budget

Following the announcement by Finance Minister P Chidambaram about a new plan scheme with an allocation of Rs 100 crore to promote community radio stations, the Government has issued detailed guidelines for the scheme.
The new scheme "Supporting Community Radio Movement in India" for providing financial assistance to Community Radio Stations under the component "Community Radio Support Scheme" (CRSS) under the 12th Plan is aimed at strengthen new and existing CR Stations with resources, capacity and technology so that they could provide access and voice to marginalized communities; promoting growth of CRS, especially in remote and rural areas, so that people living in these areas could have access to a meaningful medium of broadcast; and promoting socio-economic and cultural development of communities as CRS is a powerful medium for social mobilization.
A total of just 161 community radio stations were operational by the government's own admission as on 1 December last year. A total of 223 applications were under process and 616 applications had been rejected.
A total of 1277 applications had been received by the government since 2004 till 1 December. A total of 438 letters of intent had been issued and and 194 grant of permission agreements had been signed.
The Information and Broadcasting Ministry while issuing the Guidelines noted that the problem of lack of financial resources for CRS exists all over the world.
The Ministry said in spite of several efforts to streamline the permission process, the growth of Community Radios in the country has 'somewhat remained moderate'. The number of operational CRS in India at present is 'rather disappointing keeping in views its size and population'.
One reason for the slow growth in this sector can be attributed to lack of resources with Non-Government Organizations to meet the capital cost of setting up CRS and hand holding. Their capacity to mobilise resources is extremely limited. It is perhaps time to think of a mechanism to channelise financial assistance to genuine grass roots organisations to enable them set up CRS.
Community Radios in India were started after the first policy for Community Radios was approved in the year 2002. This policy allowed only Educational Institutions to set up Community Radios. This policy was broad-based in 2006 when gross-roots organizations like NGOs and other Not-for-Profit organizations were also allowed to set up Community Radios in India. This policy brought a paradigm shift


Friday, March 07, 2014

TCD EYEBALL MEET



 
TCD EYE BALL MEET - SUNDAY - MARCH 9TH AT YERCAUD
 An event organized especially for an eyeball meet for many friends who have met only on the AIR.
It is also a thanksgiving for all the Hams for their continued patronage of TCD Repeater
 
VENUE
Infant Jesus School 
Lady's Seat Road
Yercaud – 636 601
The distance from the lake is about 1.5 Kms and from the Bus stand is about Half a Kilometer.
 
                                    Program:
Date                                               9th March 2014
 
Registration / Welcome Tea           09.30AM to   10.30 AM
 
Meeting called to order                  10.30 AM to 10.40AM
 
Self Introduction of Hams               10.40 AM to 12 Noon

Other Business                             12 Noon to 12,30PM

Demo by VU2DEV                         12.30 PM 10 1.30PM
 
Lunch/Farewell                              13.30PM
 


Thursday, March 06, 2014

Wavescan NWS262




 * Theme - 00:00
            “Birthday Serenade” - Willi Glahe

* Opening Announcement - 00:15
            Welcome to “Wavescan”, international DX program from Adventist World Radio
            Researched and written in Indianapolis, produced in studios of shortwave WRMI
            Program outline
                        1. FoA Philippines-7: Tunnel Radio on Corregidor
                        2. Interview: AWR Dr. Dowell Chow
                        3. International DX News
                        4. Japan DX Report

* FoA Philippines-7: Tunnel Radio on Corregidor - 00:52
            The small island of Corregidor lies at the entrance to Manilla Bay in the Philippines.  The island is shaped like a tadpole and it is four miles long, and 1½ miles wide at its widest point.  The name Corregidor is Spanish, meaning Chief Magistrate, Mayor.
            During the crucial times as the Japanese armies were moving towards Manila, there were 11,000 American and Filipino personnel on the island.  The voluminous Malinta Tunnel had been excavated beneath 200 feet of rock and it contained a 1,000 bed hospital.  When General Douglas MacArthur evacuated from Manila, he established his temporary headquarters in a side passageway in Malinta Tunnel on Corregidor Island.   
            It was on December 10, 1941, that the Japanese air force bombed the United States navy base at Cavite, just three days after Pearl Harbor.  Ten days later the Marines were ordered to evacuate Cavite; and on January 2, 1942, Cavite was totally evacuated except for medical personnel and patients in the hospital.
            In the meantime, American forces had also retreated into the Bataan Peninsula, a peninsula 50 miles long and 15 miles wide, jutting into Manila Bay just opposite Corregidor Island.  Some radio programming was broadcast from Bataan with the use of army and commercial radio equipment.
            It is understood that the radio broadcasting transmitter in use on this occasion was a 1 kW mobile unit licensed under the callsign KZRB which was owned by the former FEBC Far East Broadcasting Company (not related to the subsequent/current FEBC) in Manila.  The American army took this transmitter over for use mainly as a relay station for the programming from shortwave KGEI in San Francisco.   
            These transmissions from KZRB Bataan contained mainly news and information, sometimes produced locally and sometimes on relay from elsewhere including the Voice of Freedom Radio on Corregidor.  This station was heard in Australia at times on 11850 11940 or 15545 kHz.  The American forces on Bataan surrendered on April 9, 1942 and mobile KZRB was silenced. 
            In December 1941, a 1 kW shortwave transmitter had been removed from the commercial radio broadcasting station KZRH in Manila and re-installed in Malinta Tunnel on Corregidor Island.  Additional radio equipment, including mobile transmitters from elsewhere throughout Manila, was hurriedly collected and also transferred to Corregidor Island.
            The United States army blew up all private and commercial broadcasting equipment in the Manila area including all of the large transmitters, as well as the newly imported American equipment so recently installed for mediumwave and shortwave station KZRM.  Studios and papers and documents throughout the city were also hurriedly destroyed.
            The Malinta Tunnel also contained a bevy of radio equipment for use in communicating with Philippine regiments throughout the islands and also with forces headquarters in Australia, Hawaii and the United States.  The 1 kW shortwave transmitter previously on the air in Manila was installed in Malinta Tunnel along with a make-shift studio, and it was placed into use as a radio broadcasting station with antenna systems directly above, on top of Malinta Hill.
            The new “Voice of Freedom” was inaugurated at 6:00 pm on Monday January 5, 1942 with a recorded version of the Star Spangled Banner, followed by opening announcements and news in English from Carlos Romulo, the previous General Manager of FEBC.  This FEBC was a commercial organization, and as just mentioned, it was not related to the subsequent religious FEBC organization in Manila.  The initial English station announcement from the Voice of Freedom was followed by similar information in the Tagalog language presented by Francisco Isadoro.
            The main frequency for the shortwave Freedom Radio was 9645 kHz, though other nearby channels were taken at varying times in order to avoid Japanese jamming.  The Japanese reactivated station KZRH at its original location in Manila, and a broadcasting war took place between them and the Voice of Freedom Radio.  The KZRH operating channel was nearby 9640 kHz.       
            Soon after the Voice of Freedom was launched, one of the radio personnel on Corregidor went surreptitiously back into Manila and climbed into the revived KZRH via a fire escape ladder and stole some more equipment, including a recording of the Philippine national anthem.
            This new and relatively low powered shortwave Voice of Freedom Radio was heard far and wide, throughout the Philippines and beyond; in Australia, New Zealand, Hawaii and the continental United States.  Another broadcasting station in the Philippines, KZRC in Cebu, regularly relayed the off air programming from the Voice of Freedom Radio via their own transmitters on 1200 kHz mediumwave and 6105 kHz shortwave, both at 1 kW each.  This tandem relay ended on April 9, 142, at the time when the American forces on Bataan surrendered.
            Although the Voice of Freedom did its best back then during the tragic events of 1942, yet there was some dissatisfaction on the part of its listeners.  Some locals described the station as the Voice of Boredom, due to a lack of variety in programming and poor quality production.  Another writer stated that the hopeful slant in their news bulletins lacked reality and sounded hollow.
            Interestingly, there was another clandestine radio station during this same era.  Radio transmission equipment was installed in a hidden area in the art deco Jai Alai sports building on Taft Avenue, Manila and this was activated in an attempt to obtain discreet communication with Corregidor.  However, this transmitter in Manila was on the air with no more than a few experimental test transmissions.
            On Wednesday May 6, the American General Wainwright made a broadcast over the Voice of Freedom in which he addressed the Japanese military governor, General Masaharu Homma, requesting surrender.  This broadcast was on the air three times in English, with a follow-on translation in Japanese, at 10:30 am, 11:00 am and finally 11:45 am.  Next day just before midnight, the surrender was implemented.
            Before the American surrender on Corregidor, most of the radio equipment in Malinta Tunnel was destroyed.  However, the 1 kW shortwave transmitter on the air previously as KZRH in Manila and then as the Voice of Freedom on Corregidor was spared intact.

* Program Announcement - 08:12
            Allen Graham

* Interview - 09:04
            AWR: Dr. Dowell Chow

* International DX News - 16:50
            Local listening in China & Indonesia
            CFRX Toronto returns to the air
            NASB 2015 at VOA Greenville
            RTI relay via WRMI

* Japan DX Report - 21:21
            Yukiko Tsuji

* Music of the World - 27:20
            Taiwan: Folk music, instrumental & vocal



* Closing Announcement - 27:32
            Thanks for listening to “Wavescan”, international DX program from Adventist World Radio
            Researched and written in Indianapolis
            Next week:-
                        1. Shortwave Radio in Albania
                        2. Canadian Radio Panorama - 4: The Intervening Years
                        3. Philippine DX Report
            Two QSL cards available - AWR & WRMI
            Wavescan address:-
                        Box 29235
                        Indianapolis
                        Indiana 46229 USA
            Wavescan @ AWR.org
            Jeff White, shortwave WRMI

* Music Outrun - 28:28

* Program Ends - 28:55

Saturday, March 01, 2014

CII meet urges manufacturers to meet digital radio needs


The country is poised to experience better sound quality and coverage area in radio by next year, as revealed by participants at the CII National Seminar on DRM

The move towards digital radio is expected to take off in 2015.

The seminar comes at the heels of the Pitroda Expert Committee's report in January, which endorsed All India Radio's decision to convert analogue medium wave to DRM. Apart from quality and range, DRM is an open global standard that can cover all the bands.

Ruxandra Obreja, Chairperson, DRM Consortium, said it was time that Indian-developed and manufactured receivers available to listeners. India, she said, was uniquely poised as it had both the market as well as the technical knowhow to manufacture digital radio receivers.

AIR plans to continue analogue and digital simulcast till 2016, and thereafter shift to digital broadcast.

Confirming this, Mr R K Budhiraja, Engineer-in-Chief, All India Radio, informed that the installation of DRM transmitters was proceeding on schedule and called upon the industry to make receivers available by the first quarter of 2015. Former Prasar Bharati Engineer-in-Chief R R Prasad looked back on the DRM test run in 2007 and how it had surpassed everybody's expectations. But, he asserted that there should be an environment for the public to have reasons to buy digital receivers.

More at : http://www.business-standard.com/article/news-ani/cii-meet-urges-manufacturers-to-meet-digital-radio-needs-114022801273_1.html

Shortwave Committee Request for Comment


Shortwave radio has been a mainstay of U.S. international media since the 1940s. Over time, however, the number of countries in which shortwave is the medium of choice for audiences overseas has been shrinking. In many places, people are increasingly turning to other means to get news and information – including but not limited to FM radio, satellite television, web sites, social media, and their mobile phones.

The Broadcasting Board of Governors (BBG), the independent federal government agency that oversees U.S. civilian international media, has been adjusting to these changes over the years and now delivers news and information programs on a wider variety of platforms in more languages than any other media organization. To support its commitment of reaching audiences on their preferred media, the Board recently established a Special Committee on the Future of Shortwave Radio Broadcasting, which has been conducting a thorough review of the agency’s use of shortwave radio as a distribution platform, the associated costs, and the likely reliance on it by next-generation audiences.

This Committee is now seeking feedback from external experts and stakeholders on their perspectives on the role of shortwave radio broadcasting as a BBG distribution platform. We are particularly interested to hear views that consider the evolving media consumption of target audiences, changing access to shortwave and other platforms, and the need to prioritize in an austere federal budget environment.

The BBG is committed to sustaining shortwave broadcasting to regions where a critical need for the platform remains.

The Shortwave Committee has held two meetings focused on the shortwave audience’s listening experience, the BBG networks’ success in reaching target audiences, the role of shortwave in the networks’ engagement strategies in various markets, the cost of operating shortwave transmitting facilities, and the BBG’s research into how shortwave is being used and its impact on audiences.

Your input will better inform the Committee’s recommendations and could help shape its comprehensive report to the plenary Board.

Please contribute questions, comments or suggestions via e-mail to ShortwaveCommittee@bbg.gov by March 14, 2014. To facilitate the review process, please limit your submission to 1200 words or fewer. All comments may be reprinted as part of the Committee’s proceedings and may be made public.

The news and information provided by our networks helps bring the light of truth to some of the darkest corners of the world. By supporting the free flow of news and information, including combatting Internet censorship and providing news and information tailored for specific audiences, developing local media, and creating access to global media, we purposefully support the freedom to speak, the freedom to listen, and the freedom of expression.

If you are aware of anyone with special interest in this topic, I encourage you to share this request with them.

Thank you for your interest in taking part in this process to help the BBG become more efficient and effective in supporting U.S. national security and foreign policy.

Sincerely,

[signed]
Matthew C Armstrong

Matthew C. Armstrong
Chairman
BBG Special Committee on the Future of Shortwave Broadcasting
(via Benn Kobb, DXLD)

Cabinet approves Rs 3500 crore scheme of AIR and Doordarshan for Broadcast Infrastructure and Network Development


The Cabinet Committee on Economic Affairs has approved the proposal of the Ministry of Information and Broadcasting regarding the 12th Plan scheme of All India Radio (AIR) and Doordarshan "Broadcasting Infrastructure and Network Development" at a cost of Rs.3500 crore.

The scheme has two major components namely continuing schemes of the 11th Plan and new schemes of the 12th Plan. The continuing schemes of AIR and Doordarshan are at different stages of implementation and are scheduled to be completed in phases by 2015-16 by Doordarshan and 2016-17 by AIR. Under the new schemes, eight Television Terrestrial Transmitters are proposed along the Indo-Nepal border and these are targeted to cover 65 percent of the population of Nepal. As part of the 11th Plan scheme, the capacity of Doordarshan`s Direct to Home (DTH) is being expanded from 59 channels to 97 channels. During the 12th Plan, it is proposed to further expand the capacity to 250 channels.

This will ensure sustainability of DTH and increase revenue of Prasar Bharati. During the 11th Plan, 40 Digital Terrestrial Transmitters (DTT) were sanctioned and these are under implementation. In the 12th Plan, 23 additional DTTs are proposed to be installed. Provisions have also been kept for modernization of existing equipment /facilities in studios and satellite uplinks which are essential to sustain ongoing activities and also for High Definition Television (HDTV) studio facilities at Chennai and Kolkata. As regards AIR, FM expansion at 118 places besides eight FM broadcasting set ups along the Indo-Nepal border, replacement of old FM transmitters at 77 locations and six MW transmitters by FM Transmitters, digitalization of 29 studios and creation of archival facility at Guwahati are envisaged. Strengthening of training facilities, R&D and introduction of e-Governance with limited application of Enterprise Resource Planning (ERP) are also envisaged in this scheme.

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