IP I/O for K-Frame Video Processing Engine



SMPTE 2022-6 Uncompressed IP & 4K over 1-Wire TICO-compressed IP
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

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