Karrera and Kayenne Video Production Center switchers now offer SMPTE 2022-6 uncompressed IP, 4K over 1-wire TICO-compressed IP and 12G-SDI connectivity for more streamlined video-over-IP infrastructures, with greater scalability as well as less cabling and faster installation, which is especially valuable in truck environments.
The K-FRM-IO-10GE IP I/O board for the K-Frame video processing engine offers video-over-IP connectivity for Kayenne and Karrera production switchers, using either uncompressed SMPTE ST 2022-6, 4K over 1-wire TICO compressed IP or 12G-SDI
IP I/O boards provide up to 32 bidirectional IP signals (standard frame), or 16 bidirectional signals with the compact frame. These IP boards operate alongside existing SDI I/O boards to offer mixed IP/SDI connectivity
4K over 1-wire TICO compressed IP signals can be mixed with 1080p SDI, and SMPTE ST 2022-6 uncompressed IP signals can be mixed with HD-SDI signals
The K-FRM-IO-10GE IP I/O board is equipped with two 10 GigE connections which provide the 4K over 1-wire compressed IP I/O, as well as SMPTE ST 2022-6 uncompressed IP I/O. The board is also equipped with two BNC I/O connectors to allow 4K TICO over 3 Gb/s SDI, and 4K uncompressed over 12 Gb/s SDI (available with a future firmware upgrade)
Each K-Frame IP I/O module provides two SFP connectors, and each connector is 10 GigE for supporting two 3 Gb/s signals, with two in and two out. Each module delivers a four-by-four bidirectional path, with each module acting as four HD-SDI (1.5 Gb/s) inputs and four HD-SDI (1.5 Gb/s) outputs
The 4K over 1-wire capability uses TICO light compression to allow 4K signals to pass using a single 10 GigE SFP connection
TICO compression introduces two sample interleave (2SI) processing to the K-Frame, which offers an easier method to incorporate standard production wipes to events, while allowing the use of standard 1080p HD signals within those same shows
K-FRM-IO-10GE K-Frame 10 GigE IP Module
The K-FRAME Input/Output IP Module adds 4x4 bidirectional signals on two SFP connectors, using SMPTE 2022-6. Each connector is 10 GigE supporting 2 in/2 out. The module can be part of a mixture of modules types loaded in any K-Frame.
IP I/O for K-Frame Video Processing Engine: SMPTE 2022-6 Uncompressed IP & 4K over 1-Wire TICO-compressed IP Datasheet
Simplifying the transition to video-over-IP.
The K-Frame video processing engine for the Karrera and Kayenne Video Production Center switchers from Grass Valley, a Belden Brand, offers outstanding format flexibility, with easy "mixing & matching" of IP and SDI formats for a phased migration to video-over-IP. You can mix 4K over 1-wire TICO compressed IP with 1080p SDI, and SMPTE 2022-6 uncompressed IP with HD-SDI.
The question is not Is 4K in my future? The question is When must I be ready to compete in a 4K media world? THE AMOUNT AND AVAILABILITY OF MEDIA INCREASES, the demand for viewers increases as well. Broadcasters and media companies
must leverage every advantage. In today's media landscape, that includes 4K, as it is expected that 140 million homes will be watching 4K programming
Grass Valley, a Belden Brand, is leading the way with 4K production solutions in all major product categories that help broadcasters and media companies
produce 4K now to tell better stories that capture viewers and keep them glued to the action.
Posted Feb 19 2016 (GVB-1-0555A-EN-DS) File Size: 6.3 MB
The broadcast industry’s first Glass-to-Glass IP solution for production studios and broadcast operations centers has been introduced by Grass Valley, a Belden Brand. Our solutions are “Glass-to-Glass” because they offer video-over-IP connectivity (SMPTE 2022-6) across all the key stages of production, from acquisition to control room monitoring. This spans cameras, routing, gateways plus control and monitoring, along with servers, production switching and multiviewers. TICO 4:1 visually lossless compression is also supported in our cameras and production switchers to enable 4K in both SDI and IP infrastructures.
Posted Feb 19 2016 (GVB-1-0124F-EN-DS) File Size: 7.6 MB