Revolutionary new ASIC chipset redefines performance and efficiency levels for satellite networks
Herndon, VA, November 30, 2016 – VT iDirect, Inc. (iDirect), a world leader in satellite-based IP communications technology and a company of Vision Technologies Systems, Inc. (VT Systems), today announced transformational DVB-S2X technology based on a powerful, customized ASIC (Application-Specific Integrated Circuit) chipset that will deliver revolutionary gains in data throughput and will power a new line of DVB-S2/DVB-S2X remotes called the iQ Series. iDirect is also introducing exponentially higher hub processing capabilities and virtualization of core gateway components to offer further gains in performance and efficiency and lower business costs.
iDirect’s DVB-S2X solution is the result of a significant investment to co-develop a state-of-the-art ASIC chipset that is customized to exploit the full capabilities of the DVB-S2X standard and optimized for the enhanced iDirect waveform. This next generation of technology will allow iDirect to leverage the benefits of today’s High Throughput Satellites (HTS) and the capabilities of next-generation HTS to unlock additional features of the DVB-S2X standard.
The iQ Series establishes a new model for satellite remote performance providing a future-proof strategy to deliver successive gains in performance and efficiency as network operators strive to keep pace with the launch of increasingly higher throughput satellites. Remotes can be continually reprogrammed over the air to increase network capabilities and throughput levels, driving a massive expansion of applications and setting new service level standards.
“We are incredibly excited to deliver DVB-S2X capabilities to our partners,” stated Wayne Haubner, Senior Vice President, Engineering & Emerging Technologies. “DVB-S2X represents a major opportunity for network operators to gain greater performance and efficiency to meet escalating user demands and realize lower business costs. We are currently performing over-the-air testing of our new DVB-S2X chipset, and results are demonstrating 500 Mbps of aggregate throughput. This technology will allow us to exceed 1 Gbps of throughput as we keep pace with future satellite developments.” Read More
Fire up high-speed DVB-S2X networks while dialing up the speed of your S2 networks
In a price-sensitive market like Africa, every saving counts. Every opportunity a service provider has to lower bandwidth costs for customers should be seized. Every chance to reduce internal operating costs should be pursued. And in a traditionally capex-heavy industry, any transformation in how networks infrastructure is purchased and deployed is graciously welcome.
Fortunately, the prospect for better business economics is improving as satellite capacity comes online in greater abundance, at lower price points and at higher frequencies. The availability of stronger multi-spot beams and higher-powered transponders gives service providers the opportunity to substantially improve efficiencies and deliver more throughput over their given bandwidth.
In order to maximize efficiency and performance on the satellite, many service providers are looking to the new DVB-S2X standard. Compared to DVB-S2, the DVB-S2X standard features higher MODCODs (64APSK to 256APSK), finer granularity and better SNR values for better transponder saturation and to maximize the efficient use of the massive new amounts of HTS bandwidth.
To truly gain the benefits of DVB-S2X, service providers need a system-wide approach. At iDirect, we’ve done just that with a groundbreaking DVB-S2X product suite that enables fast and comprehensive adoption of the new standard. Read More
In-flight connectivity is becoming a standard expectation of modern air travel. From passengers watching live television and pilots checking weather patterns to crewmembers swiping credit cards and monitoring fuel levels, VSAT networks are driving loyalty, revenue and productivity.
Recently I presented at the GVF AERO Connect 2016 conference it was not a surprise that everyone wants more. And that more is going to come from HTS capacity translated into networks that can run at hundreds of Mbps. NSR reports that 18,000 aircraft will be powered by capacity from High Throughput Satellites by 2025, accounting for $2.8 billion in revenue.
But here’s the catch. High-quality airline connectivity cannot be boiled down simply to the speed of a satellite router. At iDirect, we believe that the ultimate guarantee of service performance depends a complete solution that will meet the demanding expectations of in-flight connectivity.
We heard from leading satellite operator that the key challenge is managing complex SLAs across a large coverage area that spans multiple spot beams. Think of hundreds of airlines all needing different bandwidth levels as they soar across spot beams and dish out bandwidth to diverse users onboard running dynamic applications. That’s incredibly difficult. And if not done well, it doesn’t matter how many megabytes a router can handle. Read More
As satellites with higher throughput capabilities come online, they bring tremendous promise to military networks – faster speeds for bandwidth-hungry applications like aerial surveillance, and greater bandwidth efficiency for increasingly cost-sensitive communications budgets.
Bringing that capacity to market is the focus of iDirect’s latest product lineup, which it’s showcasing at the Global MilSatCom conference in London this week.
Stop by our booth at stand #17 to check out our latest products and hear first-hand how iDirect is advancing satellite connectivity for defense organizations worldwide.
The all-new lineup includes high-performance defense remotes. The 9-series remotes features the 9350 Satellite Router, the fastest iDirect TDMA remote to date, the 950mp Integrated Satellite Router Board for portable communications-on-the-move (COTM) solutions, the 980 Airborne Integrated Satellite Router Board, and the 9800AE and 9800AR Airborne Satellite Routers.
You can read more about the 9-series here.
The new defense remotes bring even greater performance and efficiency when they’re coupled with our next-generation Defense Line Cards, which are critical for operation in an environment of higher throughput satellite capacity coming online. The line cards feature FIPS 140-2 Level 3 security, an onboard TRANSEC module, and conformal coating. In addition, they deliver higher MODCODs and additional FEC rates to improve spectral efficiency in DVB-S2. Read More
The world’s defence organizations are expanding their reliance on satellite communications. And satellite technology in turn is being significantly enhanced to serve the mission.
Next week at Global MilSatCom 2016 in London, iDirect will showcase its latest lineup of defence remotes – the 9-series. From new man-pack terminals to next-gen aero remotes, the 9-series delivers new levels of performance, efficiency and security. Here’s a quick preview.
- The 9-series lineup includes the iDirect 900/9350 Series Satellite Routers that provide unprecedented performance, dual demodulators and greater bandwidth efficiency. The rack-mounted 9350 is the fastest iDirect TDMA remote to date, with over 150 Mbps of aggregate throughput with DVB-S2 and Adaptive TDMA and a path to well over 200 Mbps via support of 29 Msps with Adaptive SCPC. The 9350 also features a multi-core processor, embedded 8-port Gigabit Ethernet switch, dual demodulators, and an LCD display. The 900 is a board-level remote and features the same capabilities as the 9350, with the added ability for custom terminal integration.
- The iDirect 950mp Integrated Satellite Router Board is designed for portable communications-on-the-move (COTM) solutions. The 950mp features an overall 30% reduction in size, weight and power (SWaP) and iDirect Transmit Key Line to further reduce power consumption. It also features embedded FIPS 140-2 Level 3 encryption and is designed to operate within all Ku-, C-, Ka- and X-bands including Wideband Global SATCOM (WGS) frequency ranges, providing flexibility in secure network deployments.
- The 980 Airborne Integrated Satellite Router Board is a board-level router, designed for ultra-high speed airborne applications (up to 1,000 mph). Its improved performance, dual demodulators for seamless beam-switching, spread spectrum returns and skew angle compensation support aeronautical operations, enabling the use of ultra-small and phased-array antennas on military aircraft.
- The iDirect 9800 AE and 9800 AR Airborne Satellite Routers incorporate the powerful 980 board-level router. Available in two form factors, ARINC 600 Enclosure (AE) and 1RU Rack Mount (AR), they are designed to meet the stringent certifications required for installation on aircraft. With its upgraded performance, security and efficiency features, this series is primed to protect military-grade communications.
The 9-series is designed to coexist with the e8000 series remotes, enabling a smooth transition path to upgrade fielded remotes. Read More