News

ViaLite Returns to IBC for 2025

We are once again heading to IBC Amsterdam for the 2025 iteration, to showcase the latest in our RF over Fibre innovations trusted by leading teleport operators, satellite service providers and ground segment integrators around the world. Read more »

Is RFoIP technology the future for signal transportation for Satcom applications?

ViaLite at Asia’s Largest Satellite Stage

ViaLite will again be part of Satellite Asia (ATxSG) for 2025, from 28th – 30th May at the Singapore Expo, where we will showcase our advanced RF over fibre solutions addressing the unique challenges faced by satellite communication operators across Asia. Read more »

ViaLite Communications at Satellite Show 2025: The Trusted Partner for Global Teleports

Come and chat to the ViaLite team on booth 1936 to learn more about how our technology empowers the world’s largest teleport operators and satellite networks. Your exhibit hall pass is on us, or get $400 off your conference pass – simply use code VIA1936 when getting your ticket Read more »

ViaLite at IBC2024

ViaLite Communications is proud to be at IBC next month, showcasing the innovative broadcast and satcom solutions redefining industry standards of performance and reliability in signal transport. Trusted and proven around the world, these RF over fiber solutions will be on display on booth 1.D65. The RAI, Amsterdam will once again host the global broadcast & satcom industries as they network, develop, and learn at IBC2024 on 13th – 16th... Read more »

The Latest ViaLite Product Range Showcased In Singapore

Deploying the newest disruptive technological advances in the field, the latest commercially available optical signal transport solutions from the global experts at ViaLite Communications will be on display in Singapore on 29th -31st May at the renowned SatelliteAsia event. The display features the first product from the ViaLiteAIR portfolio: infonX, which offers optical link solutions up to QV Band, and is easily configured to meet custom gain, low noise and... Read more »

ViaLite’s GPS Over Fiber Links Enhance Cutting Edge Lab Facility

Essential for timing and synchronization applications, ViaLite’s GPS over fiber links have successfully been integrated into the European Space Agency’s latest laboratory facility in the Netherlands. The new facility, dedicated to the testing of GPS/GNSS systems, antennas, and the development of navigational equipment, has been equipped with state-of-the-art technology to ensure precise and reliable testing capabilities. The comprehensive package, which included not only the provision of cutting-edge GPS over fiber... Read more »

NAB24: Outdoor Event Broadcasts Just Got More Reliable

Showcased at the Las Vegas Convention Center for NAB24 on April 14th – 17th, thousands of professionals will have the chance to explore ViaLite’s unbeatably flexible, clear and reliable broadcast signals. Relied on around the world to cover the most watched indoor and outdoor events, RF over fiber from ViaLite Communications is the cutting edge of broadcast signal transport. Read more »

The Next Generation Platform for Signal Transport over Fiber Is Here

ViaLiteAIR is the latest offering in a long line of innovative signal transport solutions from ViaLite Communications, featuring a comprehensive product line-up, deploying the latest disruptive technological advances in the field. Be one of the first to explore the range on booth 2241 at Satellite Show in Washington D.C. this March. Read more »

Isotropic Uses ViaLite RF over Fiber for Alaska Satcom Links

Satellite internet services provider Isotropic is again investing in ViaLite RF over fiber for high performance satcom links in Alaska. This latest collaboration is a continuation of ViaLite‘s multiple year relationship with Isotropic in support of satellite connectivity. The products supplied include 3U high 19″ chassis and L-Band High Throughput Satellite (HTS) blind mate cards. Blind mating allows hot-swapping of cards to be carried out in seconds, dramatically reducing downtime… Read more »