Thor Broadcast

News Summary:

On August 5, 2026, a case study detailed how installers can intentionally place a locally generated digital carrier on a selected RF channel within closed CATV systems, allowing local content to replace or dominate original programming. Earlier on June 26, Thor Fiber and Thor Broadcast solutions for satellite ground stations, TT&C facilities, mission control centers, telemetry networks, launch infrastructure, and aerospace RF transport applications were highlighted, with L-Band over Fiber systems used in the space industry to transport satellite RF signals from remote antenna farms to equipment rooms, mitigating coaxial cable losses. Also on June 26, Virginia International Raceway (VIR) modernized its television distribution, replacing long coaxial runs with IPTV multicast and QAM over IP solutions using existing infrastructure and Ethernet networking to deliver live television channels across its property. Previously, on June 22, WorldMark Angels Camp, a Wyndham Vacation Resort, completed a television distribution upgrade utilizing Thor Fiber RF over Fiber (RFoG) technology, modernizing its MATV infrastructure by leveraging its existing singlemode fiber network. In May 2026, a technical explanation clarified the use of an optical attenuator in a CATV RF over fiber system when the optical signal arriving at the receiver is too strong, preventing receiver saturation and ensuring correct conversion of optical signals back to RF.