Thursday, December 27, 2012

China Puts Beidou Navigation Satellite System in Motion

Xinhua News Agency recently reported that China has launched the state-run global positioning services Beidou Satellite GPS system (BDS) from its Beidou satellite network on Thursday.

BDS is specifically built to deliver navigation, positioning, short-message services and timing in China as well as the Asia-Pacific region. The objective of Beidou is to supply both open and authorized global navigation services internationally come year 2020 and will eventually utilize a total of 35 satellites. The GPS system is managed by the U.S Department of Defense and is offered free of charge to businesses around the world, while the Galileo system of EU plans on charging users.

In a statement, Beidou Spokesman and China Satellite Navigation Office Head Ran Chengqi noted that the Beidou system, also known as Compass, is compatible with other global positioning systems and is designed to deliver a positioning accuracy of ten meters, velocity accuracy of 0.2 meters per second and one-way timing accuracy of 50 nanoseconds.

"We hope industries based on the Beidou Navigation Satellite System will hold 15 to 20 percent of the market share by 2015,” Chengqi told Xinhua News Agency.

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Wednesday, December 12, 2012

Emcore launches Optiva SatCom

California-based semiconductor materials developer Emcore announced that its has launched a new Optiva Satcom Band RF Fiber Optic Transport System. The development marks the expansion of the existing Optiva Platform by supplementing the technology in adding C, X, Ku, and the newer Ka band transmitter and receiver modules.

The new product is part of the SNMP managed fibre optics transmitter and receivers. According to Emcore, the Optive Satcom used for satellite communications and other microwave applications can support up to 40 GHz of broadband microwave transport, alongside audio, video, data, and ethernet.

Sunday, December 9, 2012

FAA says mobile devices usage may boost in-flight entertainment services


The FAA is taking a good new look at how the increasing use of mobile devices during flights may catalyze the spread of wireless in-flight entertainment (IFE) services among airline companies.

IMS Report possessed an optimistic opinion of IFE. It claimed that by 2012, almost 9,000 aircraft will be able to provide IFE services.

According to the FAA, the major U.S-based carriers will continue adding connectivity services to their fleets. In-flight Wi-Fi and cellular communication services are expected to grow more common despite the myriad challenges they face.

The FAA expects 2013 will witness companies like Boeing rolling out their aircraft with the necessary equipment for Wi-Fi connectivity and use of cell phones during flight. Boeing, in particular, is predicted to make wireless media streaming a standard feature for its 2014 production run.

In related news, JetBlue Airways recently announced that it will be launching in-flight Wi-Fi aboard its flights with the help of ViaSat. The airline company claims its in-flight satellite Internet service offers the most bandwidth in the commercial aviation today. Other airlines turned to Gogo for in-flight Internet connectivity.

Thursday, December 6, 2012

ViaSat finishes installing integrated waveform control station for UK MOD


ViaSat recently announced its completion of the Integrated Waveform Network Control Station (IW NCS) it deployed on behalf of the Ministry of Defense (MOD) of the United Kingdom.

The IW NCS makes the most efficient use of its assets in UHF satellite communications. It delivers voice and data assignments across the 5 and 25 kHz UHF channels, and it will also enhance voice quality interoperability with US military forces in theater.

Viasat included its RT-18xx based terminal hardware in the turnkey Initial Operational Capability (IOC) installation that it built for the UK MOD. Another company, Spirit River, supplied the IW NCS with UHF satcom antennas.

Mext up for ViaSat is to implement Final Operational Capability (FOC) in the UK MOD’s advanced UHF satcom networking. This will allow the UK MOD to simulaneously plan and control two IW master channels. Built-in failover redundancy will be included to ensure the reliability and robustness of the network.

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Wednesday, November 21, 2012

MTN debuts its Nexus next-generation hybrid network


The maritime consumer markets can now enjoy content, social media, and voice solutions through Nexus, a next-generation hybrid network solution by MTN Communications that combines satellite and terrestrial wireless capabilities. Nexus can also deliver computing, caching, and security infrastructure.

According to MTN President and CEO Errol Olivier, cruise operators were making significantly increasing demands for connectivity and content due to a parallel increase in the communications required by their passengers and crew. Cruise passengers and crew have shown increasing desire to stream video, update their social media pages, and share vacation images with friends or family members aboard the same vessel.

In response, MTN created the Nexus hybrid solution for the Company's cruise line partners. The Company drew upon its 30 years of experience in delivering connectivity and content to maritime vessels in locations that are out of reach from terrestrial wireless and wireline networks. The Nexus network combines the best of satellite and land-based wireless networks to ensure continuous and fast connectivity.

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Tuesday, November 20, 2012

ViaSat, RascomStar demonstrates GSM cellular service for remote regions

The AfricaCom 2012 international show witnessed the successful live demonstration of a new GSM cellular service jointly developed by Pan-African satellite operator RascomStar and satellite and mobility communications company ViaSat. This new cellular service caters to customers in remote and under-served areas.

RascomStar made its announcement on November 20, 2012. In its statement, the Company reported that visitors to its common AfricaCom booth could place a call to anywhere in the world thanks to a low-power GSM site that leverages the RASCOM-QAF1R communications satellite.

The GSM cellular service developed by RascomStar and ViaSat is the first of its kind that uses bandwidth-efficient, low-power infrastructure to deliver GSM/3G voice, messaging, and data services to to hitherto unreachable areas.

The RascomStar-ViaSat is a low-cost turnkey managed service. ViaSat provided its ip.access technology for the ground segment while RascomStar handled the space segment. According to the partner companies, the solution was designed for easy scalability. It also reduces risks for mobile operators while boosting profits and sustainability at the same time.


You can read more about similar cellular backhaul services here.

Sunday, November 18, 2012

Harris provides Washington Gas with hybrid wireless communications

Harris Corporation recently developed a hybrid wireless communications system to provide increased data and voice capabilities to natural gas service provider Washington Gas.

Washington Gas serves more than one million customers from the commercial, industrial, and residential markets of the metropolitan region of Washington, D.C. Its new communications systems connects roughly a thousand utility personnel across company facilities.

Harris combined OpenSky2 and P25 communication technologies to enable seamless and reliable communications across the 26 sites that Washington Gas operates in Maryland, Virginia, West Virginia, and Washington, D.C. The 22 OpenSky2 sites in the Washington, D.C. and Maryland territories are fully interoperable with the standards-based VHF P25 system in the Virginia and West Virginia territories.

To integrate these two different technologies, Harris employed its VIDA network platform to serve as the backbone. A unified IP-based voice and data communication system based on the industry standards set by the P25 system, VIDA delivers full IP management benefits.

The Harris VIDA network integrates the OpenSky2 and P25 systems into a single solution that can meet a broad range of user needs with scalable digital voice trunking capabilities. Washington Gas will uses efficient OpenSky2 communications in the 900 MHz band in metropolitan areas and VHF P25 in rural terrain-challenged regions.



Tuesday, November 13, 2012

Globalstar to use airwave license for mobile broadband services

Louisiana-based satellite company Globalstar has filed a two-prong plan with the Federal Communications Commission to use it airwave licenses for mobile broadband services. The move is expected to make the company’s wireless spectrum even more valuable.

According to the FCC, the plan to utilize the spectrum for mobile broadband services would require GlobalStar to start a partnership with a telecom operator or a wireless data provider. Many regulators and wireless providers are expanding their airwaves to meet the surge in traffic resulting from the growth of smartphones.

Globalstar is awaiting first the FCC’s decision on Dish Network’s own plans of using its spectrum for ground-based wireless network. The FCC’s approval of Dish’s plans will, experts say, serve as a template for succeeding filings and clearance processes.

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Sunday, November 11, 2012

Ixia becomes network validation partner of Broadband Wireless Consortium of India


With an eye to expanding its involvement in the deployment of national wireless and wireline networks, Ixia announced its intention to join the Broadband Wireless Consortium of India (BWCI,) a national forum that gathers major players in the Indian telecom industry to discuss many aspects of broadband wireless access.

Ixia will help BWCI develop technologies that improve the performance, standardization, and deployment of broadband wireless access. The collaboration intends to deploy high-performing, stable, and secure broadband wireless infrastructures in India.

Ixia offers numerous services to companies around the world, such as optimizing 3G and 4G/LTE infrastructures for Carrier companies, testing network and data center resiliency for enterprises, improving security and training cyber warriors on behalf of the government, and aiding equipment manufacturers in speeding up the development of next-generation devices.

The Indian telecom industry can use Ixia solutions test and enhance how their converged, wireless, and wireline networks perform.

In a recent statement, Professor Bhaskar Ramamurthi, the chairman of BWCI and Honorary Director of CEWiT, explained that Ixia will be of great assistance in investigating new wireless technologies and finding solutions to their challenges.


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Tuesday, October 30, 2012

India looks into becoming a teleport hub

India’s Information and Broadcasting Ministry is focused on its goal of making the subcontinent one of the leading teleport hubs in the globe. Experts in the telecommunications industry has been consulted to help transform the industry to make India a robust center for satellite TV uplinks and downlinks, instead of solely relying on other hubs like Singapore and Hong Kong. 

The I&B is already working on a road map that will take into considerations the challenges India will face in its goal. According to the Ministry Secretary Uday Kumar Varma, if the country manages to become a teleport hub, foreign investments are expected to increase alongside the improvement of technology that could also positively impact content generation. Varma also stressed other benefits like a surge in employment opportunities in the broadcast sector.

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Monday, October 22, 2012

FCC approves AT&T, Sirius sharing underused satellite radio spectrum



The Federal Communications Commission (FCC) has approved a joint proposal for spectrum sharing by AT&T and Sirius XM. Starting October 12, 2012, the two companies can now share under-utilized spectrum in the Wireless Communication Services (WCS) satellite radio band. This will help speed up AT&T's ongoing rollout of out its 4G long-term evolution (LTE) network.

The FCC has given permission for AT&T to use 30 megahertz of barely-utilized spectrum in the 2.3 GHz band for its wireless broadband services. However, AT&T will only be able to use 20 MHz from this windfall of capacity.

10 MHz on either side of the approved frequency will be used for fixed broadband services. These interference buffers will prevent interference with satellite radio in adjacent bands. Sirius XM currently uses this particular satellite spectrum.

Back in June, Sirius and AT&T made a joint proposal to the FCC. The companies asked for permission to co-exist in their use of the same spectrum. The FCC has finally approved that plan this Monday.

Joan Marsh, vice president of federal regulatory issues for AT&T, issued a statement saying that the FCC's adoption of the new service rules is beneficial on two counts. First, it will allow LTE technologies to be deployed in in the WCS band. At the same time, it will protect satellite radio services from interference.

According to VP Marsh, AT&T took on significant risks when it chose to develop the under-utilized band has paid off. The Company continues to be commited in unlocking the band's full potential and using the additional spectrum capacity to enhance wireless broadband services and support increasing use of mobile Internet. AT&T predicts it can start deploying LTE infrastructure in the band in three years.

Back in August, AT&T spent $600 million to acquire NextWave Wireless and the latter company's spectrum licenses in the WCS and Advanced Wireless Service (AWS) bands. The acquisition boosted AT&T's own spectrum holdings and its developing 4G LTE network.


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Friday, October 19, 2012

Australian Teleports: Google Earth takes you to a virtual tour of a Sout...

Australian Teleports: Google Earth takes you to a virtual tour of a Sout...: The Adelaide Teleport is a satellite ground station in South Australia, operated by one of the leading independent satellite communication...

Cisco, Yahsat will deliver TelePresence VC Tactical HD video services in Middle East


On October 18, 2012, Cisco announced that it will be entering a partnership with Al Yah Satellite Communications Company (Yahsat.) The two companies will deliver Cisco TelePresence VX Tactical high-definition (HD) video services to government entities, emergency response, and other fieldwork industries in the Middle East.

One of the first HD video services that will be made available in the Middle East, Cisco's VX Tactical will deliver a lifelike and natural video experience by leveraging Yahsat's communications satellite.

Cisco caters to a wide range of the industry sectors and vertical markets through technology solutions created during previous collaborations with other companies. Its TelePresence solution is a sterling product of such a team-up.

Cisco delivers IP communications to mobility, customer care, enterprise social software, interoperable TelePresence experiences, messaging, and Web conferencing. The Company will once more demonstrate the adaptability and versatility of its portfolio through its recent partnership with satellite communications company Yahsat for the delivery of satellite HD video services in the Middle East.


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Monday, October 15, 2012

Thuraya launches high-speed XT-Hotspot mobile Wi-Fi router

Taking advantage of its successful XT handheld device and its mobile satellite Internet service, Thuraya Telecommunications Company is now launching its Thuraya XT-Hotspot product.

The XT-Hotspot router creates a Wi-Fi zone 30 meters in diameter. The battery-powered device can support multiple users and mobile devices in diverse sectors not limited to Energy, Goverment, Media, and NGOs.

In addition, the Thuraya product is the only commercially available Wi-Fi router that offers a plug and play solution. This allows it to generate accessible and affordable conenctivity anywhere in the world thanks to Thuraya's Internet-on-satellite service.

The Thuraya XT-Hotspot product further offers one of the fastest satellite data speeds for any mobile device. By leveraging the same GmPRS connection used by the Thuraya XT handheld device, XT-Hotspot can support faster connection speeds of up to 60kbps even in the most remote of areas. In comparison, most competitors are limited to maximum speeds of 9.6 kbps.


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Thursday, October 11, 2012

DoD grants UC APL approval to 3eTI AirGuard secure wireless solution


According to an announcement by 3eTI, the U.S. Department of Defense approved the AirGuard wireless mesh devices and added the produce to its UC APL (Unified Capabilities Approved Products List.)

The AirGuard secure wireless mesh device has already received FIPS 140-2 validation and Common Criteria certification. The 3eTI product generates wireless hotspots and provide backhaul connectivity for applications on fixed, mobile, and portable platforms.

3eTI AirGuard wireless systems have been installed in corporate campuses, industrial environments, and in military bases and U.S. Navy vessels.

The U.S. military is a firm and extensive user of the 3eTI wireless mesh product, which is capable of withstanding harsh environments and ensures always-on availability of safe and secure wireless mesh connectivity.

3eTI recently began offering its AirGuard iMesh suite of products to customers in the industrial and military sectors. The iMesh solution uses minimal power, complies with ISA100 standards, and is perfect for industrial sensor networking.

AirGuard goes beyond ISASecure's basic security capabilities in ensuring confidentiality, integrity, and sensor and network data availability by leveraging some of the latest in encryption and authentication technology. Its security and reliability have been independently validated by the U.S. military.


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NetComm Wireless, Westbase Technology sign 4G distribution agreement for UK markets


NetComm Wireless announced on October 9 that it had entered its first supply agreement with Westbase Technology. A wireless technology distributer based in the United Kingdom, Westbase will distribute NetComm's 3G and 4G wireless broadband devices and machine-to-machine (M2M) products to telecommunications carriers in the U.K. and in Europe.

Earlier, U.K. communications industry regular Ofcom gave its approval to Everything Everywhere. The corporation was now free to use its existing 1800 MHz spectrum for 4G services.

With that in mind, NetComm plans to ensure that its Wireless 4G WiFi Router (4G100W) is one of the first 4G devices to hit the UK market. The tirst to come, after all, is the first to be served.

Westbase will offer NetComm's M2M products to UK vertical markets. NetComm products optimize wireless communications by using distant monitoring, control, and maintenance. They can deliver applications to energy, transport, banking, retail, and other areas.

According to a statement by Brett Stevens, the Chief Technology Officer of NetComm, the Company's partnership with Westbase Technology will allow NetComm to explore new business opportunities in the U.K. as the county gains access to 4G LTE broadband. The agreement also provides cutting-edge M2M technology to industrial and commercial customers across the U.K. and the European continent.


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Tuesday, October 9, 2012

XO Communications expands to neighboring Canada

Canada’s telecom industry is still growing, and US telecom company XO Communications is hoping to get a slice of the market as it expands to the neighbor from the north. 

Last Tuesday, XO Communications announced to plans to offer its business services in Canada. Some of these services include high-speed Internet connections, a range of telecom services, as well as the development of fibre network systems. The US telecom company is eying the science and technology industry in Canada alongside the provision of its solutions for the financial service industry. 

According to XO, the move to expand is a response to the growing demand for global connectivity solutions from wholesale customers and businesses alike. The Virginia-based XO, which focuses on business communications solutions, is also looking into tapping the small to medium-sized market in Canada which has been driving the robust growth in the telecom industry. 

Other foreign-based telcos have been attracted to Canada’s fertile business grounds for the industry. China Unicom has also been offering telecom service, and providing connectivity solutions between Canada and China.

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Alvarion aims for 300 Smart Cities with wireless broadband before 2016

In preparation for the 2016 Olympics, Alvarion will deploy wireless broadband solutions in 300 municipalities across 24 different states in Brazil to create “Smart Cities.”

Alvarion’s Smart City initiative aims to transform Brazilian municipalities into networked environments where both public and private organizations can enhance security, healthcare, enterprise, and other opportunities by leveraging carrier-grade wireless broadband technology.

Alvarion started its operations in Brazil in 2000. Six years later, the Company turned the city of Catanduva, in the Sao Paulo State, into the first ever Smart City.

Alvarion ensures the highest standards of security and quality of service when delivering multiple applications on the same network. In addition, its carrier-grade wireless broadband solutions were efficient and cost-effective, making them very attractive and useful for municipalities.

Developing countries have recognized the advantages brought by broadband technology. However, they are also aware of the prohibitive cost of constructing the infrastructure for fixed broadband service.

However, a wireless broadband network -such as the Smart City solutions offered by Alvarion- removes the need to build or lease expensive E1/T1 lines. Alvarion’s solution interconnect government offices, first responders, and other organizations through the use of point-to-point and point-to-multipoint wireless technology.

The Smart Cities use Alvarion’s BreezeNet B, BreezeACCESS VL, and WBS WiFi solutions. The wireless broadband solutions use multiple frequencies, allowing it to handle multiple applications from a single network. These applications not only generate business opportunities for service providers, but they also serve to deliver medical care, education, and entertainment to rural areas.

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Sunday, October 7, 2012

InterDigital, ASOCS solutions speed up wireless product development, introduction

A strategic alliance between InterDigital and ASOCS Ltd. will develop a fully-integrated 2G and 3G modem solution for wireless products and chipsets development.

The two partners will integrate InterDigital’s SlimChip WCDMA modem IP core into ASOCS’ ModemX platform and R4 GSM/GPRS/EDGE solution. The resulting service can be embedded into wireless product platforms to expedite the release and rollouts of wireless communications products. It will also open up an upgrade path to HSPA+, TD-SCDMA, LTE, and other 4G technologies.

In addition, InterDigital and ASOCS will design another joint solution that will decrease development risk and speed up deliveries of the finished product to the market. This joint solution will support HSPA Category 10 (14.4 Mbps DL) and Category 6 (5.76 Mbps UL,) as well as GPRS/EGPRS multi-slot class 12.

The two partner companies will also offer a complete 3GPP Release 6 compliant 3G physical layer (with direct upgrade path to Release 7), Release 4 compliant 2G physical layer, and dual mode protocol stack implementation.

The InterDigital-ASOCS services target companies who want to open up new market opportunities while spending less time and money on developing new technologies, and customers who are integrating GSM/WCDMA into multi-mode design with LTE or TD-SCDMA networks.

According to Bill Miller, executive vice president of IP Sales and Services at Interdigital, companies always run risks when introducing new wireless products. Any slowdown or accident may ruin a company’s chances to penetrate new markets.

To minimize such risks, ASOCS and InterDigital based their joint solutions on proven technologies that are already in the market. Their services will improve the speed and efficiency of product rollout while also giving customers the opportunity to upgrade to 4G technologies in the future.

According to Gilad Garon, chief executive officer of ASOCS, the strategic alliance with InterDigital will help spread the Company’s ModemX technology throughout the mobile market. ASOCS’s technology has been displacing the DSP approach, especially since current low power designs are able to take full advantage of ModemX’s flexible software-programmable architecture.



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Sunday, September 30, 2012

3G Connected ATM's in India from Cisco

Networking giant Cisco is offering a new technology to help reduce the cost of deploying Automated Teller Machine's in remote regions in India. The 'Connected ATM Solution' makes use of 3G and CMDA networks, instead of the usual VSAT and CMDA options. 

According to Sanjay Kharade, Cisco India and SAARC Senior Vice President, the use of cellular technology provides for a more secure back-up solution in remote sites while bringing down the costs. VSAT powered ATM's cost between 30,000 to 40,000 rupee as compared to the 15,000-20,000 rupee per site for machines relying on 3G and CMDA connectivity.

The cellular technology also provides more bandwidth allowing for more mobile applications to be installed. They are also easier to deploy.

Kharade is hopeful in the next two years Cisco will be powering at least 2o to 30 percent of the new ATM deployments. 

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Wednesday, September 26, 2012

SSI: Northwestel broadband proposal “half-cocked”


The SSI Group is asking the CRTC to veto a Northwestel proposal to build 3G/4G wireless broadband services for consumers in Northern Canada. SSI pounted out that Northwestel will be using a public benefits fund to fund said project.

Back in July, Northwestel presented a plan to the CRTC where the Canadian communications company would use $40 million from a “public benefits” fund. The money for that fund would come from Northwestel's parent company, BCE Inc., which also owns Bell Canada.

BEC was proposing to purchase the Astral Media Inc. telecommunications empire for $3.4 billion. CRTC rules specified that BCE needed to create a “public benefits” fund using 10 per cent of the Astral Media purchase price. The public benefits fund would pay for things the free market cannot normally supply.

The SSI Group is a competitor of Northwestel. SSI offers Qiniq, an Internet by satellite and wireless service, in Nunavut. It plans to offer VoIP services to Nunavut in the future. SSI also provides the similar Airware Internet network service in the Northwest Territories.

Earlier this September, SSI accused Northwestel of planning to use the $40 million not for the benefit of the public, but for Northwestel's own benefit and that of Bell Canada.

Dean Proctor, chief development officer of SSI, pointed out to Nunatsiaq News in an interview that it would be unfair for the largest market player to strengthen its assets in the market using money set aside from the public good.

Northwestel told the CRTC that it would use the Astral benefit funds from BCE to help pay for a five-year modernization plan with a $273 million price tag.

Northwestel's plan is to offer either 3G or 4G wireless service to the 96 communities and three territories its serves. Northwestel customers will be able to use Apple or Android OS-powered smart phones and tablet devices.

The plan will also allow Northwestel to bring broadband Internet to 79 under-served communities. Its wireless broadband services will reportedly be capable of download speeds of at least 5 Mps.

SSI countered that BCE and Northwestel have not proven that residents of Northern Canada will be able to afford 3G/4G wireless and broadband Internet services. Calling the Northwestel proposal “half-cocked,” Mr. Proctor said that the real issue in Northern Canada is the cost of satellite transponder space.

Mr. Dean Proctor cited SSI's wireless modems used by Qiniq customers in Nunavut as an example. Those modems can offer up to 6 Mbps in terms of combined download and upload speeds. However, Mr. Proctor noted that Qiniq customers simply could not afford using wireles and satellite broadband for extended periods of time. Customers would likewise find Northwestel's planned services too expensive.

He also pointed out that Bell's proposal did not indicate how it would make satellite costs more affordable. “They don’t have a solution for it,” Mr. Proctor said.

Mr. Proctor likewise scoffed at Northwestel’s 4G plan. Again citing SSI’s existing wireless network service -which Proctor says can provide speeds comparable to 4G,- he says that Nunavut customers will only be able to pay for such services through subsidies provided by the government. According to Mr. Proctor, Bell should instead design an entirely new system.

Finally, Mr. Proctor pointed out that public benefits funds are normally used to pay for things like the production of independent television.

Comba Telecom nabs wireless solution contract with Bangkok Metro Railway


The Bangkok Metro Public Company Limited (BMCL) has tapped Comba Telecom to provide an end-to-end wireless solution for 2G and 3G voice and data communications. Comba's wireless solution will provide coverage for the entire length of the BMCL's underground railway network.

Comba Telecom is known for its multi-operator base station coverage solutions, which cover single and multiple bands. Comba solutions are designed to be rapidly rolled out and ensure high performance while keeping visual perception low.

The Company also offers a versatile ultra-wide band multiple ports solution that allow different systems and different frequency bands to share antenna systems.

The BMCL's Metropolitan Rapid Transit (MRT) in Bangkok is comprised of 18 stations, concourses, tunnels, platforms, and the concourses' retail stores. It serves more than 240,000 passengers on a daily basis.

BMCL has complete control of all commercial activities and developments on its premises. The Thai company owns and operates its own neutral host network, which it pledged in support of updated wireless telecommunications services.

Comba Telecom will modernize and expand BMCL's legacy 2G system into a multi-system (2G/3G) active distributed antenna system (DAS) solution.

Eric Ng, general manager of Southeast Asia for Comba Telecom, explained that the Company implemented a modular DAS solution for the Bangkok MRT. The scalable system is easily expandable and future proof, allowing BMCL to open up new subway lines or implement 4G technologies according to its future requirements.

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Tuesday, September 25, 2012

Good news for Sepura: FCC supports TETRA in US


The Federal Communications Commission (FCC) recently ruled in support of Terrestrial Trunked Radio (TETRA) in the United States. This is great news for digital radio specialist Sepura plc, one of many such companies eyeing a slice of the lucrative US market pie.

Sepura believes that the FCC announcement is good news for numerous organizations in the business, industry, and land transportation sectors. Those organizations have been contemplating switching to TETRA digital radio communications, a standard that has been adopted in more than 125 countries.

TETRA is a spectrally efficient digital technology that accomodates four voice (and data) paths in each 25 kHz channel to achieve 6.25 kHz voice path efficiency. This allowed TETRA to met and exceeded the 12.5 kHz voice path “narrowbanding” efficiency standard set by the FCC for the 450-470 MHz segment of the UHF band requirements. The FCC was also satisfied with TETRA’s interference protection ability.

According to Sepura's CEO, Gordon Watling, the FCC ruling reassures potential US customers regarding the benefits of TETRA digital communication solutions. Sepura, the TETRA+ Critical Communications Association, and its worldwide partners have been offering the proven, open communications standard for global customers. Now the 9 million professional mobile radio users in the US market will also be able to enjoy the same quality of communications and productivity.

In addition to being an expert on the TETRA standard, Sepura offers mobiles/gateways, repeaters, and other wireless communications products, such as its widely-used STP8000 and SRG3000 series. It also offers 3T infrastructure solutions.


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Sunday, September 23, 2012

Globecomm designing broadband wireless infrastructure for Somcable


Globecomm Systems Inc. announced that it will be developing a new broadband wireless infrastructure for Somaliland-based Somcable Limited. The contract is worth $2.7 million.

Somcable aims to create the framework for a carrier class communications service provider in the autonomous region (or sovereign state if you ask them) of Somaliland. It entered a contract with Globecomm for the design, engineering, and provision of a broadband wireless infrastructure that can deliver fiber speeds.


Globecomm will install high speed wireless technology to facilitate the delivery of scalable bandwidth to Somaliland citizens. The company expects to complete these contracts by the end of the third quarter of 2013.

Somcable will use that infrastructure to deliver voice, Internet, TV, and video communication services to its subscribers at minimal entry level cost. Globecomm's design will leave enough leeway to expand Somcable's wireless network in the future.

According to Michael Cothill, Chief Executive of Somcable, a state-of-the-art broadband wireless infrastructure will uplift Somaliland's profile will uplift its profile, allowing the region to participate in world-class multimedia communications.


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Thursday, September 20, 2012

UNSi finishes expanding Midwestern Carrier Ethernet networks, looks to future


Now that it's finished upgrading its Dallas and Denver POPs into full border gateway interconnects (BGI) -not to mention adding a new POP BGI in St. Louis, MO- United Network Services, Inc. is looking to the future of Carrier Ethernet in the Midwestern United States.


UNSi has been expanding all summer. Back in June, in order to strengthen its position in the enterprise and carrier markets, UNSi acquired IPNetZone Communications. That acquisition gives UNSi a total of 18 POPs in the United States, along with more than 150 NNIs and partnerships with almost 2,000 network providers.


UNSi is optimistic about the markets for MPLS and Ethernet services. According to Allan Schwartz, UNSi senior vice president of strategic planning and business development, the company sensed significant opportunity in establishing connection locations throughout the Midwest.


Cell site backhaul has been determined to be a growth market for Carrier Ethernet. Customers have realized how flexible and affordable Ethernet services are, and they're  now demanding Ethernet services starting at 50 Mbps. Most operators are actively rolling out 4G/LTE as fast as they can to keep up with demand.


Mr. Schwartz explained that UNSI's network was built with Carrier Ethernet in mind. Instead of rebuilding TDM networks from scratch, UNSI chose to augment existing networks with next-generation Ethernet and VPLS capabilities.


James Karimi, SVP and CTO, cited future challenges that UNSi would encounter as its networks grew. One of them is simplifying the implementation of OAM (Operations, Administrations, and Maintenance.) The complicated process can be a bother for monitoring services that need to cross carrier networks. And when you're a company like UNSi, who has partnerships with thousands of network operators...

To that end, SVP Karimi was of the opinion that Carrier Ethernet equipment manufacturers should perform RFC 2544 testing all types of switches, be they core switches or premise switches.

Telecommunications port: Australia



The Adelaide teleport is one of two facilities operated by an independent satellite company in Australia. Located in Southern Australia, the facility uplinks to 8 geostationary satellites across both the Ku band and C  band spectrum. Telecommunications port are the crucial earth stations connecting to the satellites and transmitting and receiving signals to end-users using VSAT systems. As such, they are often highly-secured facilities, and in the case of the Adelaide Teleport, considered as Military Accredited Global Access Points.

Wednesday, September 12, 2012

Radisys debuts 40G solution for Intel Data Plane Development Kit


Radisys Corporation introduced the very first single 40 Gigabit Ethernet (GbE) controller solution for the Intel Data Plane Development Kit (Intel DPDK.)

Packet Processing functions often require discrete NPUs, co-processors, FPGAs, and other special-purpose hardware. But a combination of advanced software and improvements made to Intel architecture processors have presented a new alternative to developers.

As a member of the Intel Intelligent Systems Alliance, Radisys provides embedded wireless infrastructure solutions. Its GbE controller allows users to rely on one-blade architecture to consolidate all their Application, Control and Packet Processing workloads on Intel Architecture (IA.)

According to Radisys, its 40G solution offers high throughput that can boost the Intel DPDK to perform beyond its current functionality limit of 10G. Radisys' 40G DPDK solution will allow Telecom Equipment Manufacturers (TEMs) to considerably decrease their cost-per-bit for Deep Packet Inspection (DPI) and security applications.

In addition, TEMs can reduce overall complexity and streamline their development of applications by using native 40G support. This can save up to two years of development time and attached costs.

Andrew Alleman, Vice President, Platform Engineering at Radisys, said that “Our solution provides TEMs with a scalable solution with true 40G performance, making this an ideal solution for a variety of form factors from ATCA, Rackmount Servers and Network Appliances, and even to software.”

Mr. Alleman added that “In addition to enhancing the functionality of the Intel DPDK, we at Radisys eagerly adopted the solution within our own wireless infrastructure platforms – including the RMS-220 network appliance – continuing our focus on simplifying our customers’ development environment.”

Radisys recently debuted the RMS-220 carrier-grade network appliance platform. The solution is a highly scalable design based on server-class Intel processors and innovative next-generation technology. The RMS-220 will help meet increasing demands for Deep Packet Inspection (DPI) and networking applications in mobile backhaul networks.


Tuesday, September 11, 2012

ORBIT ADAMS communications manager gets certification from Russian authority


In a recent statement, ORBIT Communication Systems announced that its Airborne Digital Audio Management System (ADAMS) has received certification from the Aviation Register of Interstate Aviation Committee (ARIAC), the civil aviation authority in Russia. Armed with ARIAC certification, ORBIT can now install the commercial version of its communications management system onboard the An-148/158 airframes.

ORBIT added that ARIAC's approval helped it secure a major contract from a Russian company shortly after certification. The company expects more Russian orders for its ADAMS communication systems.

ARIAC's certification procedure is a very comprehensive and demanding process. Russian authorities teamed up with Israel's Civil Aviation Authority (CAAI) to certify the ADAMS system.

The Airborne Digital Management Systems manages the complex communications found in medium and large crew aircraft. It can also serve transportation or cargo applications.

ORBIT's modular COTS system supports up to 20 users, 16 radios, 31 receivers, six recording outputs, discrete lines, and configurable internal intercom networks. The ADAMS system can also provided with a PA system.

According to Ofer Greenberger, CEO, ORBIT has achieved significant penetration of the Russian civil aviation market. He noted that additional possible customers have approached ORBIT for orders after the company secured Russian certification. He expects that more and more Russian companies will adopt ORBIT's systems.

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Tuesday, August 28, 2012

O2 Secure Wireless begins testing new broadband equipment in Florida


The city of Palm Coast, Florida will get first dibs on the cutting-edge wireless broadband equipment that O2 Secure Wireless, Inc. has just installed.

O2 has recently completed a fiber backhaul rollout at its corporate retail location in Palm Coast. The company is now building wireless tower facilities throughout the U.S.

Palm Coast hosts a market potential of around 55,000 households. O2 has secured a Service Network Agreement for the region.

In a recent statement, O2 reported that they will test their new wireless broadband network over the next 60 days. Points of interest include the total area covered by their new towers, the signal strength for indoor and outdoor coverage, and the different antennas and amplifiers involved.

O2 intends to test their equipment in its various configurations. After the equipment meets -or, preferably, exceeds- expectations, O2 will approve the equipment purchase. It will then start building up wireless broadband infrastructure in Palm Coast.

In order to raise capital for its projects in Florida (as well as those in the Dominican Republic,) O2 increased the share structure from 1.5 billion to eight billion shares.

This is O2's latest step in establishing a brand identity. The company participated in many community events in the Palm Coast area. It also recently announced a contract with BigHeadTV, as well as the execution of national resale agreements.

We are very excited to have reached this landmark in our strategy to build a presence in the Palm Coast territory,” said Val Kazia, president of O2 Secure Wireless. “These tests will allow us to have 'real' coverage data.”

According to Ms. Kazia, O2's original coverage models suggested a minimum of 12 sites. “We refined that down to seven sites,” she said, “but once the evaluation is complete we will be able to determine the precise coverage requirement in order to deliver the best quality product to the consumer.”