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Tag: C-band

  • Intelsat shoots for the stars – and lands squarely in India’s broadcast orbit

    Intelsat shoots for the stars – and lands squarely in India’s broadcast orbit

    MUMBAI:  Global satellite heavyweight Intelsat has scored a milestone regulatory victory in India — one that opens up the floodgates for cross-border broadcast services, new business, and deeper foreign participation in the subcontinent’s satellite economy.

    In a landmark decision, the Indian National Space Promotion and Authorisation Centre (In-Space) has granted Intelsat permission to directly provide satellite bandwidth to Indian media and broadcast companies. The approval covers four of Intelsat’s geostationary satellites — IS-17, IS-20, IS-36 and IS-39 — all offering high-powered C-band coverage over India.

    This isn’t just regulatory housekeeping — it’s India’s formal nod to a new satellite playbook, and Intelsat is among the first foreign players to officially get a seat at the table.

    The green light gives Indian broadcasters access to Intelsat’s fleet for everything from live news uplinks and sports distribution to linear TV delivery and multi-region content sharing. It paves the way for enhanced scalability, quality, and coverage — especially important as India’s video consumption skyrockets across satellite, cable, and OTT.

    The newly authorised satellites support high-capacity, high-reliability services, giving Indian broadcasters a powerful backup or replacement for ageing domestic satellite capacity. Intelsat’s C-band services are known for their robustness — particularly valuable in monsoon-prone regions where signal integrity can be patchy.
    The approval has already translated into new revenue: three of India’s largest media networks — rumoured to include a mix of news, regional, and GEC (general entertainment channel) players — have signed contracts with Intelsat following the IIn-space go-ahead. The deals cover a mix of primary satellite carriage, content redistribution, and international footprint expansion.

    While the names remain under wraps (JioStar is rumoured to have taken up six C-band transponders), industry watchers say this move could trigger a domino effect, with other players lining up for capacity.

    This move also signals India’s growing openness to foreign satellite operators. Previously, non-Indian entities faced a labyrinth of regulatory hurdles — needing to lease capacity through Indian agencies or enter into convoluted sub-licensing arrangements. With In-Space actively streamlining permissions under India’s commercial space policy, the gates are now open for direct engagement, competitive pricing, and tech transfer.

    “This approval represents a significant step forward in Intelsat’s contribution to India’s space commerce sector, a source of great national pride,” said Intelsat regional vice-president for Asia Pacific Gaurav Kharod. “Our extensive satellite network with four satellites covering the region will provide Indian broadcasters with reliable, high-quality connectivity solutions that meet their evolving needs. This authorisation enables us to better serve our customers and contribute to India’s growing media landscape.”

    India is now one of the fastest-growing video markets in the world, with over 900 TV channels, tens of thousands of cable and DTH operators, and an exploding OTT sector. Satellite remains a crucial backbone for content distribution, particularly in rural and remote geographies where fibre is limited and terrestrial networks are patchy.

    For Intelsat — a company with a six-decade legacy and one of the largest integrated satellite-terrestrial networks globally — this opens up a vast new revenue corridor in south Asia. It also gives them pole position as Indian broadcasters look to upgrade infrastructure, meet rising bandwidth demands, and adopt cloud-connected satellite workflows.

    The firm has long provided secure communications to governments, enterprises, and NGOs. But with this regulatory leap, India’s broadcast sector becomes its newest playground.

    As India unlocks its space economy and media sector evolves beyond borders, Intelsat’s entry may just be the first of many new uplinks between Indian content and global audiences.

  • Zee Media’s permission to transmit channels in Ku Band, revoked

    Zee Media’s permission to transmit channels in Ku Band, revoked

    Mumbai: The disgruntled TV networks couldn’t be any happier. In what seems to be a relief for most TV networks, an order passed by the Ministry of Information & Broadcasting (MIB) on 23 September, Zee Media’s authorisation to transmit 10 television channels available in Ku band on GSAT -15 satellite has been revoked. As noticed by MIB, the media conglomerate was gaining an unfair advantage over its competitors, as these channels were also accessible on DD Free Dish, the DTH platform of Doordarshan.

    Since quite some time, a lot of the TV networks had been vocal about the fact that Zee Media was reaping in undue advantage of having its channels being accessed on DD Free Dish. Infact, Prasar Bharati (PB) had also asked Indian TV viewership measurement body Barc to take necessary action against Zee Media regarding the same. But it was all in vain.

    Ten regional news channels of Zee Media namely Zee Hindustan, Zee Rajasthan, Zee Punjab Haryana Himachal, Zee Bihar Jharkhand, Zee Madhya Pradesh Chhattisgarh, Zee Uttar Pradesh Uttarakhand, Zee Salam, Zee 24 Kalak, Zee 24 Taas, and Zee Odisha (now Zee Delhi NCR Haryana) were permitted to operate on C-Band as per MIB’s permission, stated the recent order.

    The statement further mentioned, “Zee Media applied (in 2019) for permission to uplink the 10 channels simultaneously in Ku Band on GSAT -15 satellite from the teleport of Dish TV. The justification given by the applicant seeking uplinking on Ku-band was that many operators have desired to receive channels in the Ku-Band. These operators desire to receive only one of two channels of the Zee Media in many cases, and do not own or operate a C-Band receiving dish of 4 Meters (16 feet) due to their location in crowded locales where such installations are not possible. The applicant further mentioned that Ku-band allows smaller dish antennas for its application, hence installation is cheaper and easier and it incurs lesser terrestrial interference.”

    On the request of Zee Media, MIB had granted permission to the media giant in 2019 for uplinking of the channels simultaneously in Ku Band on GSAT 15 Satellite through the teleport of Dish TV. However, subsequently, it came to the notice of the Ministry that these 10 channels of Zee Media are getting available on DD Free Dish.

    On analysis of the dispute, it was noticed that the channels were getting available on DD Free Dish because of proximity and co-location of transponders of both DD Free Dish and Dish TV on the same satellite, that is GSAT 15 Satellite and non-encryption of the signals by both of them.

    “Due to availability of the channels of Zee Media on DD Free Dish, Zee Media was having a competitive advantage vis-a-vis other private broadcasters (who are not on Ku Band) and having a leverage of the large subscriber base of DD. The Ministry also received references from Prasar Bharati and many private broadcasters regarding this unfair advantage to Zee Media due to permission of simultaneous uplinking of 10 TV Channels on Ku-Band in addition to uplinking in C-Band,” the statement pointed out.

    Understanding that uplinking simultaneously to the two bands is prohibited, Zee Media stated that the situation had arisen due to colocation of DD Free Dish and Dish TV on the same satellite i.e. GSAT 15 Satellite and non-encryption of the signals by Prasar Bharti which is a violation of the DTH guidelines.

    “As per the Policy Guidelines for downlinking, the broadcasters should provide signals to Distribution Platform Operators (that is MSO/DTH/HITS/IPTV) only and are not supposed to reach consumers directly. Due to the permission granted by MIB (in 2019), channels of Zee Media are directly available to the consumers due to co-location. In this regard, Telecom Regulatory Authority of India (TRAI) has observed that a registered channel shall give its signals only to an authorized Distribution Platform Operator (DPO) (registered cable operator or DTH operator or Internet Protocol Television (IPTV) Service Provider or a HITS operator). However, because of the fact that the channels of Zee Media are unencrypted and are on Ku Band, they are being received by the subscribers of DD Free Dish directly and not through any DPO. Hence, this arrangement is in violation of the policy guidelines for downlinking of a TV channel.  In order to provide a level playing field to all the stakeholders in the TV channel industry, the decision for grant of permission to Zee Media for simultaneous uplinking of its 10 TV channels in Ku Band on GSAT- 15 Satellite through the teleport of Dish TV has been reviewed and withdrawn with immediate effect,” the statement said.

    For the record, the statement also made clear that Prasar Bharati is an autonomous body setup under the Prasar Bharati Act. Further, DD Free Dish has been set-up by Prasar Bharati with the approval of the Union Cabinet. The DTH Guidelines and the policy guidelines for uplinking and downlinking are applicable to only those TV Channels/distribution platforms for which any permission or license is granted by the Ministry of Information and Broadcasting. Since DD Free Dish is a special dispensation, approved by the Union Cabinet, these guidelines of MIB are not applicable to it.

  • Trai accommodates Prasar Bharati’s concerns on 5G auctions; overlooks private broadcasters

    Trai accommodates Prasar Bharati’s concerns on 5G auctions; overlooks private broadcasters

    Mumbai: Despite several requests from private broadcasters, the Telecom Regulatory Authority of India (Trai) seems to have overlooked their request in the much-awaited recommendation on the 5G spectrum auction released on Monday. The telecom regulator, however, has accommodated Prasar Bharati’s concerns regarding the auctioning of the 526-582 MHz frequency band being used by Doordarshan for providing terrestrial TV broadcasting.

    The private players had requested for an adequate guard band of 100MHz between the 3300-3670 MHz allocated to 5G and 3700-4200 MHz being used by them in accordance with the international telecommunication union (ITU) norms. 

    Trai has instead recommended the department of telecommunication (DoT) to ask the ministry of information and broadcasting (MIB) to take appropriate action and sensitise the MSOs, DTH operators, and other users to ensure the use of high-quality bandpass filters operating in 3700-4200 MHz range to avoid interference from IMT stations.

    “As the IMT emissions in the 3300-3670 MHz may saturate the low noise block (LNB) of the fixed-satellite service (FSS) earth station which traditionally operates in the 3400-4200 MHz, there is a need to make use of high-quality bandpass filters operating in 3700-4200 MHz range,” a statement issued by Trai said. 

    ALSO READ | Broadcasters huddle up as 5G roll-out plan gathers pace

    Broadcasters claimed to have faced interference on downlink frequencies during the initial 5G trials, following which they raised the issue with the MIB, DoT, and WPC (Wireless Planning and Coordination Wing of DoT), and the Trai. There were apprehensions around potential interference due to the larger C band allocation to 5G and the limited guard band of 30 MHz between the two services.

    “The 526-612 MHz frequency range should not be put in the forthcoming auction,” Trai recommended while stating the following reasons:

    (i)  Band plan(s) for the frequency range 526-612 MHz is yet to be defined by 3GPP/ITU.

    (ii)  Development of ecosystem for IMT in the 526-612 MHz frequency range will take some time.

    (iii)  MIB is using the 526-582 MHz band extensively across the country for TV transmitters.

    The telecom regulator has urged the DoT to come out with a plan for reframing the 526-582 MHz band to be utilised for IMT deployments. “To make 526-582 MHz band available for IMT, DoT should work with MIB to prepare a plan for an early migration from analogue to digital transmission, so that the frequency band from 526-582 MHz can be vacated for IMT services,” it said.

    Prasar Bharati had earlier argued that airwaves in the 526-582 MHz frequency band are required for the expansion and modernisation of its services. The public broadcaster had told Trai that “availability of spectrum is very crucial for planning DD TV Transmitters. Thus, the decision to use frequency band 470-698 for IMT purpose can be taken only after finalisation of terrestrial TV services by Doordarshan or other private broadcasters.”

    “Many analogue, digital-ready and digital terrestrial TV transmitters are operating in the band. Also, digital-ready transmitters are under installation in the union territory of Jammu & Kashmir for which the wireless planning & coordination wing (WPC) has provided for in this band only,” it added.

    The DoT, through its letter dated 13 September 2021, requested Trai to furnish its recommendations on the auction of spectrum in the frequencies identified for international mobile telecommunications (IMT)/5G. The recommendations were sought on the applicable reserve price, band plan, block size, the quantum of spectrum to be auctioned and associated conditions for auction of spectrum in 526-698 MHz, 700 MHz, 800 MHz, 900 MHz, 1800 MHz, 2100 MHz, 2300 MHz, 2500 MHz, 3300-3670 MHz, and 24.25 – 28.5 GHz bands identified for IMT/5G in India.

    Except for 526-698 MHz, Trai has recommended that all available spectrum in the abovementioned bands be put to auction for 5G services.

  • PMO wants 5G launch by 15 Aug; DoT seeks Trai recommendations

    PMO wants 5G launch by 15 Aug; DoT seeks Trai recommendations

    Mumbai: In view of the prime minister’s office (PMO) being keen on initial 5G launch by 15 August, the Department of Telecommunications (DoT) has requested the Telecom Regulatory Authority of India (Trai) to expedite its recommendations on 5G spectrum auctions, possibly before March.

    “In response to decisions/action points emanating from deliberations of a monitoring group, PMO has requested DoT to work towards the initial launch of 5G by 15 August 2022, and also explore the possibility of obtaining requisite recommendations from Trai before March 2022,” said DoT.

    The telecom regulator is working on the DoT’s request for recommendation on modalities such as reserve price, band plan, block size and quantum of spectrum to be auctioned, that were earlier expected to come in by March-end.

    According to recent indications by the telecom department, 5G spectrum auctions are likely to be held in May. Telecom secretary K Rajaraman told news agency PTI that the DoT has already selected MSTC as the auctioneer for the upcoming auction.

    In light of revised spectrum availability in 900 Mhz and 800 Mhz as a result of vacations/surrenders by Indian Railways and GoI, the DoT has also requested Trai to examine the need to review channel plan in 800 Mhz band and number of spectrum blocks that can be made available for telecom services in 800 Mhz band while providing their recommendations in response to DoT’s reference dated 13.09.2021 regarding upcoming spectrum auctions.

    Airwaves in several bands including 526-698 MHz, 700 MHz, 800MHz, 900 MHz, 1800 MHz, 2100 MHz, 2300 MHz, 2500 MHz, 3300-3670 MHz, and 24.25-28.5 GHz have been identified for 5G auctions in India.

    Norms for 526-698 MHz and millimetre band (24.25 – 28.5 GHz) are being worked out even as the aviation and broadcasting industries in India, and globally have voiced concerns regarding possible interference in C band spectrum (3.7-4.2 GHz). Public broadcaster Prasar Bharati has also raised an objection to the auctioning of 526-582 MHz frequency band that is being used by Doordarshan for providing terrestrial TV broadcasting.  

  • Broadcasters huddle up, as 5G roll-out plan gathers pace

    Broadcasters huddle up, as 5G roll-out plan gathers pace

    Mumbai: Just as the industry was gearing up to welcome 2022, the Telecom Regulatory Authority of India (Trai) set the ball rolling on the 5G roll-out in India. The next wave of disruption in the telecom sector is set to hit 13 cities in the first phase: Gurugram, Bengaluru, Kolkata, Mumbai, Chandigarh, Delhi, Jamnagar, Ahmedabad, Chennai, Hyderabad, Lucknow, Pune, and Gandhi Nagar.

    The auctions are likely to be held in mid-2022 following the Telcom department’s request for a recommendation on modalities such as reserve price, band plan, block size, and the quantum of spectrum. But amid all this, the broadcasters’ concerns continue to escalate, with apprehensions regarding a potential spectrum clash with 5G.

    5G Vs Broadcasters

    Airwaves in several bands including 526-698 MHz, 700 MHz, 800MHz, 900 MHz, 1800 MHz, 2100 MHz, 2300 MHz, 2500 MHz, 3300-3670 MHz, and 24.25-28.5 GHz have been identified for 5G auctions in India, whereas downlinks by all broadcasters intended for reception by MSOs are in the band of 3700-4200 MHz as prescribed by the International Telecommunication Union (ITU), and are also governed by the downlink policy by the government. Over 600 licensed satellite channels in India operate in this band.

    Ever since the 5G trials started in India in June 2021, broadcasters who claim to have faced interference on downlink frequencies during that period have been raising the issue with the MIB, DoT, and WPC (Wireless Planning and Coordination Wing of DoT), and the Trai. There are concerns regarding potential interference due to the larger C band allocation to 5G and the limited guard band of 30 MHz between the two services.

    The current upper limit of the National Frequency Allocation Plan 2018 is 3600 MHz. “A guard band of 100 MHz is ideal,” broadcasters say. They further contend that the proposed revision of NFAP-18 to include new bands for 5G use by DOT’s arm WPC may even stretch beyond 3670 MHz to 3800 MHz. This could lead to serious disruption of satellite services for media and broadcast in the 3700-4000 MHz band.

    Prasar Bharati joins the chorus against 5G

    Joining the chorus, Prasar Bharati recently raised objections to the auctioning of the 526-582 MHz frequency band that is being used by Doordarshan for providing terrestrial TV broadcasting. According to media reports, the public broadcaster argued that airwaves in this frequency range are required for expansion and modernisation of its services. Prasar Bharati has told Trai that “availability of spectrum is very crucial for planning DD TV Transmitters. Thus, the decision to use frequency band 470-698 for IMT purpose can be taken only after finalisation of terrestrial TV services by Doordarshan or other private broadcasters.”

    “Many analogue, digital-ready and digital terrestrial TV transmitters are operating in the band. Also, digital-ready transmitters are under installation in the Union Territory of Jammu & Kashmir for which the wireless planning & coordination wing (WPC) has provided for in this band only,” it added.

    Another hurdle on the way: Field trials

    Private broadcasters have also expressed displeasure about field trials of 5G services without notifying the framework – specifically the study of emission and interference on already existing C Band satellite service, non-involvement of incumbent users of the C-band who have been using the satellites for over 30 years in the trials, lack of study on the use of band pass filters at cable headends as well as no consideration of their funding, non-determination of emission safeguards and monitoring architecture for 5G emitting towers, and absence of potential options which can be implemented immediately.  

    As a solution, they have suggested the use of alternative bands for 5G – an option unavailable for C&S services. Based on trial information available with the regulator and DoT, they have further urged the authorised bodies to recommend and publish the specifications for appropriate Band Pass Filters to be used by MSOs, IPTV, and HITs operators per downlink chain for receiving satellite TV signals.

    In order to compensate for the lower availability of C-band transponder capacity, the regulators have been requested to allow broadcasters to use foreign satellites without seeking any clarification from them. Fast track approval for newer compression technologies such as HEVC or H.265 that use lower transponder capacity in comparison to present MPEG4 bandwidth recommendation without any reduction in the quality of the television channels has also been sought. The minimum bandwidth recommended for approval by all regulatory bodies for HEVC is 4Mbps per HD channel and 1.5Mbps per SD channel.

    The television broadcasting and distribution industries in India are facing major disruption under the new tariff regime. Even though they welcome the launch of 5G, which holds great opportunity for the M&E sector in the era of convergence, the smaller players have argued for government intervention in the form of subsidies if they have to move to a higher or alternative frequency.

  • SES completes C-Band transition ahead of schedule with Harmonic’s XOS Edge Software

    SES completes C-Band transition ahead of schedule with Harmonic’s XOS Edge Software

    Mumbai: Harmonic (NASDAQ: HLIT) has completed technology upgrades associated with SES’s Phase one transition plan for C-band spectrum in just nine months, it announced on Monday.

    This was accomplished utilising Harmonic’s XOS Edge software-based solution for satellite media processing and edge delivery.

    “Tight-knit collaboration between partnering companies led to a successful world-first deployment of software solutions for the transformation of C-band spectrum,” said Harmonic senior vice president – business development Jeremy Rosenberg. “Deploying software on off-the-shelf appliances for both the uplink and at hundreds of affiliate locations enabled rapid completion of this project, exceeding the FCC’s stringent deadline. It is a testament to the flexibility that Harmonic’s edge media processing provides and has opened the door to additional and ongoing opportunities with video programmers for new edge distribution strategies.”

    Harmonic’s XOS Edge media processing solution, integrated with encryption from NAGRA, enables satellite delivery networks to distribute video services with optimised bandwidth and improved quality utilising the inherent flexibility of software.

    “We are excited to lead this transformation for the communications industry and accelerate the path to 5G,” said SES vice president of technology Steve Corda. “Freeing up the 5G spectrum while maintaining the quality and resilience of critical video services was a significant challenge. We can ensure that millions of people across the United States will continue to receive high-quality programming.”

    The project aims at seamless transition for Comcast Technology Services (CTS) and its Managed Satellite Distribution affiliates.

    “The task of freeing up C-band spectrum was massive and complex,” said Comcast Technology Solutions vice president and general manager of the Communications and Technology Provider Suite Allison Olien. “We are in the midst of a significant technology change, and SES and Harmonic provided a clear and streamlined transition path that assures service continuity for our partners and customers.”

  • ISRO to double annual satellite launch

    ISRO to double annual satellite launch

    NEW DELHI: The Indian Space Research Organisation (ISRO) plans to increase its satellite capacity by upping launches from next year to keep pace with demands from users and is also releasing request for proposals (RFP) for 30 satellites, top Indian government officials said. Five of these will be communication satellites catering to the TV and radio industry.

    According to ISRO chairman AS Kiran Kumar, who was speaking at a conference on the space industry eco-system here on Monday, the organisation would be doubling its launch frequency from 10 to approximately 20 in a year as the “space industry in India is significantly short of capacity” and behind “intended goals”.

    One of the aims was to increase transponder capacity to transmit more TV channels. Currently, 15 communication satellites are in orbit.

    He emphasised that with the increasing volumes, which are on offer by ISRO and other space agencies, it is an ideal opportunity for the industry to be a part of the global supply chain.

    “The world of space is rapidly changing with technological advancements and disruptive innovation. The key to success is to significantly reduce the cost of access to space in what will prove to be an immense opportunity for the Indian and global industries,” Kumar said.

    Pointing out that ISRO presently has 42 operational satellites and has set new benchmarks in lunar and Mars explorations, he said that in future the challenge will be to decrease the cost of access to space for optimal advantage of common people. Kumar added that India has demonstrated to the entire world its capabilities in satellite launch with comparative cost advantage compared to other foreign space agencies.

    While Kumar dwelt on efforts to augment satellite capacity, his colleague and ISRO Satellite Centre director Dr Annadurai announced, “RFP for 30 satellites will be released today (Monday)”, laying stress on the role of space technology in achieving sustainable development goals, disaster management and improving important governance objectives.

    Apart from other services, satellites are used by TV channels and telecoms service providers to beam their services to and fro from India. Though C-band satellite capacity is not so regulated, the KU-band capacity procurement on non-Indian satellites is restrictive. Indian direct to home operators at times have found it difficult to expand channel capacity in the absence of adequate KU-band transponders on Indian birds and long procedural delays encountered in acquiring capacity on foreign satellites – a scenario that has eased in recent times.

    ISRO has come a long way from setting up its first independent communication satellite of foreign origin in 1981 to becoming indigenous today.

    Japan Aerospace Exploration Agency (JAXA) president and Glavkosmos (Russia) deputy director-general also gave special addresses during the inaugural session reiterating their commitment to work with India in the space sector.

    The event, organised by FICCI, is being attended by key players and representatives from ISRO, the Indian space industry, Commerce Ministry’s DIPP, Ministry of External Affairs, Department of Space and international agencies from Japan, Russia, Singapore, USA, Germany, France and Thailand.

  • ABS partners PT Sarana Media to launch Indonesian DTH FreeViews platform

    ABS partners PT Sarana Media to launch Indonesian DTH FreeViews platform

    MACAU: Leading satellite operator ABS has announced today that it will partner with PT Sarana Media Vision (SMV), using SMV’s DTH license to launch a consumer FreeView satellite service – FreeViewSat – across Indonesia in January 2017. The service will be called SMV FreeViewSat and will initially broadcast over 60 television channels via the ABS-2, ABS-2A and ABS-6 satellites in both Ku and C-band.

    For the first time in Indonesia, a free-to-view platform will be available throughout the entire country, allowing advertisers the opportunity to reach the full potential of the Indonesian audience.

    The FreeViewSat model will promote maximum distribution and the cost of the STB & dish will be less than US$35. Customers will only need to make this one-time purchase to enjoy all the TV channels on the platform (with no monthly recurring subscription fees).

    Tom Choi, CEO of ABS commented that “SMV’s FreeViewSat will be very attractive for Indonesia by providing great quality international and unique domestic programming to the entire country. The goal is to deliver high quality entertainment and educational content affordably to all – For the first time, everybody, not only the affluent or those in the urban areas, will be able to receive high quality programming for free, with just a one-time purchase of a set-top box and dish. FreeViewSat will also give advertisers the first real opportunity to reach the whole population of Indonesia, even in rural areas. ABS is delighted to be partnering and supporting this highly worthwhile venture.’’

    At launch in January, FreeViewSat will carry at least 30 local Free-to-Air channels and more than 30 high quality international channels. The number of channels will continue to grow to over 100 channels in the first 6 to 12 months as new and interesting content is added.

    FreeViewSat will be available via 75cm Ku band dishes from 75E on ABS-2 and ABS-2A, and via 1.6m C-band antennas from 156E on ABS-6 simultaneously, so that consumers have the choice of small dishes, or larger ones with better rain protection. Since Indonesia already has over 10 million C-band antennas installed, the adoption rate is expected to be rapid.

    ABS has selected the ABV conditional access and middleware system, along with Ali chips for its Set-Top Boxes.

    Confirmed channels for launch include:

    TV9 Nusantara, TVRI Nasional, DAAI TV, TV One, ANTV, Metro TV, Trans 7, Trans TV, SCTV, Indosair, Kompas TV, Net TV, Bali TV H2, Bloomberg TV, France 24, Fix & Foxi, Action Hollywood Movies, Pulse TV, Al Jazeera English, CCTV-News, CCTV-4, CCTV-9, Russia Today, MediaCorp Channel, Landscape HD, TRACE Urban and TRACE Sport Stars, B4U Music, B4U Movies, NDTV 24/7 and NDTV Good Times, and many more

  • ABS partners PT Sarana Media to launch Indonesian DTH FreeViews platform

    ABS partners PT Sarana Media to launch Indonesian DTH FreeViews platform

    MACAU: Leading satellite operator ABS has announced today that it will partner with PT Sarana Media Vision (SMV), using SMV’s DTH license to launch a consumer FreeView satellite service – FreeViewSat – across Indonesia in January 2017. The service will be called SMV FreeViewSat and will initially broadcast over 60 television channels via the ABS-2, ABS-2A and ABS-6 satellites in both Ku and C-band.

    For the first time in Indonesia, a free-to-view platform will be available throughout the entire country, allowing advertisers the opportunity to reach the full potential of the Indonesian audience.

    The FreeViewSat model will promote maximum distribution and the cost of the STB & dish will be less than US$35. Customers will only need to make this one-time purchase to enjoy all the TV channels on the platform (with no monthly recurring subscription fees).

    Tom Choi, CEO of ABS commented that “SMV’s FreeViewSat will be very attractive for Indonesia by providing great quality international and unique domestic programming to the entire country. The goal is to deliver high quality entertainment and educational content affordably to all – For the first time, everybody, not only the affluent or those in the urban areas, will be able to receive high quality programming for free, with just a one-time purchase of a set-top box and dish. FreeViewSat will also give advertisers the first real opportunity to reach the whole population of Indonesia, even in rural areas. ABS is delighted to be partnering and supporting this highly worthwhile venture.’’

    At launch in January, FreeViewSat will carry at least 30 local Free-to-Air channels and more than 30 high quality international channels. The number of channels will continue to grow to over 100 channels in the first 6 to 12 months as new and interesting content is added.

    FreeViewSat will be available via 75cm Ku band dishes from 75E on ABS-2 and ABS-2A, and via 1.6m C-band antennas from 156E on ABS-6 simultaneously, so that consumers have the choice of small dishes, or larger ones with better rain protection. Since Indonesia already has over 10 million C-band antennas installed, the adoption rate is expected to be rapid.

    ABS has selected the ABV conditional access and middleware system, along with Ali chips for its Set-Top Boxes.

    Confirmed channels for launch include:

    TV9 Nusantara, TVRI Nasional, DAAI TV, TV One, ANTV, Metro TV, Trans 7, Trans TV, SCTV, Indosair, Kompas TV, Net TV, Bali TV H2, Bloomberg TV, France 24, Fix & Foxi, Action Hollywood Movies, Pulse TV, Al Jazeera English, CCTV-News, CCTV-4, CCTV-9, Russia Today, MediaCorp Channel, Landscape HD, TRACE Urban and TRACE Sport Stars, B4U Music, B4U Movies, NDTV 24/7 and NDTV Good Times, and many more

  • ISRO spends Rs 9 crore to help States bring literacy to rural areas

    ISRO spends Rs 9 crore to help States bring literacy to rural areas

    NEW DELHI: A sum of approximately Rs 9 crore has been spent over the last three years by the Indian Space Research Organization (ISRO) to provide the necessary satellite bandwidth to respective State Governments under the Gramsat Scheme.

     

    The expenditure towards content generation and transmission is borne by the State Government of Gujarat, Madhya Pradesh, Orissa and Karnataka for the operation in their respective states. 

     

    The details of the programme transmitted under the scheme have been under the purview of the concerned State Government. Generally, these programmes cover areas such as mass education, tribal culture, anganwadi workers’ training, fisheries, forest and environment. 

     

    The State Governments concerned formulate the programmes to be transmitted on the Gramsat network and include programmes such as ‘Kuch Soche Kuch Samjhe’, ‘Bhor Honewali Hai’, Kahani Baba’, ‘Ek Tha Raja’, ‘Baat Hamari’, to promote tribal development and culture. 

     

    The dedicated Gramsat satellite is being used by ISRO in keeping in mind the urgent need to eradicate illiteracy in the rural belt.

     

    The Gramsat satellite carries six to eight high powered C-band transponders, which together with video compression techniques can disseminate regional and cultural specific audio-visual programmes of relevance in each of the regional languages through rebroadcast mode on an ordinary TV set.

     

    The high power in C-band has enabled even remote area viewers outside the reach of the TV transmitters to receive programmers of their choice in a direct reception mode with a simple dish antenna.

     

    The salient features of GRAMSAT projects are its communications networks are at the state level connecting the state capital to districts, blocks and enabling a reach to villages; providing computer connectivity data broadcasting, TV-broadcasting facilities having applications like e- governance, development information, teleconferencing, helping disaster management; and providing rural-education broadcasting.

     

    The Gramsat projects have an appropriate combination interactive training at district and block levels employing suitable configuration; broadcasting services for rural development; computer interconnectivity and data exchange services; and tele-health and tele-medicine services.