Audio and video routing switchers designed to meet the needs of the most demanding large scale broadcast and enterprise applications. Includes hybrid routing solutions that allow you to transition to IP operations while preserving your SDI investment.
With all the buzz surrounding studio video over IP and the next-generation SMPTE ST-2110 standard, there’s still the reality of everyday SDI workflows. Utah Scientific’s new 400 Series platform is the perfect choice for high-density SDI coupled with the ability to create high- density IP signals from the same central frame. Backed by our renowned support and legendary reliability, the 400 Series can handle any number of IP and SDI professional video signal formats along with a number of audio and data formats.
UHD-12G 4K digital routing switcher is the industry’s first enterprise-class router to enable distribution of a full range of 4K SDI video signals, from SD data rates up to 12G, in a single-link interconnect. Ideal for live acquisition of UHDTV content, the UHD-12G 4K routing switcher simplifies installations, reduces the rack space and cables needed to process 4K signals, and lowers operating expenses.
The UTAH-400/DATA Router is a 64-port RS-422 router designed to switch machine control data in conjunction with the audio/video signal routing layers of a UTAH-400 Digital Routing Switcher System. Each 3RU frame carries a single switch card that serves 64 data ports. A high-speed data bus arrangement is provided to connect up to four frames together to form larger routers with up to 256 ports.
The UTAH-400/TC Router is a 64×64 router designed for routing timecode data in conjunction with the audio/video signal routing layers of a UTAH-400 Digital Routing Switcher System. Each 3RU frame carries a single switch card that serves 64 input ports and 64 output ports. A high-speed data bus arrangement is provided to connect up to four frames together to form larger routers with up to 256 x 256 ports.
The UTAH-100/3 MADI Terminal offers a compact, flexible, and cost-effective means of converting audio signals, both analog and digital, to and from the MADI signal format. Each 2-RU frame can house one or two MADI channels, and each channel can carry up to 64 individual audio signals (32 AES or stereo pairs) with full 24-bit, 48KHz resolution.