AVIWEST, a global provider of video contribution systems, today announced its new RACK Series, the next generation of the company's video contribution encoder set to be released this summer. By integrating a best-in-class hardware H.265/HEVC encoder as well as an H.264/AVC encoder into a compact platform, the RACK Series is designed for space-constrained live production, including contribution applications and multicamera remote/at-home productions.
"As broadcasters aim to deliver superior-quality video content for live events, data costs are spiraling out of control," said Samuel Fleischhacker, senior product manager at AVIWEST. "The RACK Series features a next-generation encoder that is extremely powerful, significantly reducing the bit rates typically associated with broadcasting high-quality video in real time over bonded cellular and the public internet."
The RACK Series is designed to be deployed in fixed locations and directly connected on wired IP networks, offering a real cost-effective alternative to satellite or fiber. In addition, the RACK Series can be used on vans or trucks and connected to a roof-mounted AVIWEST QUAD CellLink 3G/4G antenna or KA satellite transmitter, enabling video broadcast from any location around the world, even in the midst of unpredictable and unmanaged network conditions.
Equipped with a user-friendly, intuitive touch screen, the unit supports multiple operational modes including live, record, live and record, file forward, and data hot spot for high-speed internet connectivity. All of these operations are possible in only two taps on the touch screen. The brand-new RACK Series also features a SIP-based intercom to simplify communications between the master control room on the broadcaster premises and remote operators in the field. Another key benefit of the RACK hybrid encoder is its video return function. In less than one second, it enables remote crews to receive the on-air feed from the studio, receive teleprompting information, and ensure the live stream is being delivered properly.