Image Matters B20 Module Integrates OmniTek SDI FPGA Core

Demonstrating their SDI IP integration at InterBEE 2016, Omnitek will be utilizing Image Matters ORIGAMI Ecosystem to show the power of their IP solutions, and the ability to future proof designs by taking advantage of ORIGAMI’s licensing model.

As UHD and 4K become more prevalent, broadcast equipment manufacturers must be able to seamlessly inter-connect SDI formats and convert between quad-link 3G, dual-link 6G and single-link 12G-SDI. The SDI FPGA core from Omnitek provides real-time fast connectivity solutions for Image Matters B20 Module. Simply integrating the IP core into the B20 Module provides instant SDI connectivity for 3G, 6G and 12G-SDI in any video format.

The Image Matters B20 Module is based on the Xilinx Kintex UltraScale 060 FPGA, providing high resolution video processing, and consuming less than 20W in a business card sized hardware solution.

This is the first of Image Matters’ modules. It targets challenging projects needing immediate access to high-end video technologies. The B20 Module is made for applications requiring high resolution video, where space and low power consumption are major considerations.

Consisting of an Rx and Tx subsystem, the Omnitek SDI FPGA Core converter uses SMPTE’s two-sample-interleave (2SI), and with the addition of the square division approach, will provide video encoding for 4K UHD over quad 3G-SDI and single link 12G-SDI.

Configuration of the Omnitek SDI FPGA Core is further simplified using on-chip processors such as ARM or MicroBlaze, allowing software selection of individual links to make up the SDI video signal. Re-ordering of input video and ancillary data to satisfy output format requirements is all taken care of inside the IP core.

During the B20 Module development phase, Omnitek used Xilinx tool chains and development boards to design their IP cores. Within the Xilinx environment, Omnitek developers could test-bench and prove their IP, and when the B20 Module became available and the IP core had been verified, the design was quickly and easily ported to the B20 Module.

Let us know what you think…

Log-in or Register for free to post comments…

You might also like...

Broadcast For IT - Part 17 - Compression Formats

The bewildering number of video and audio compression formats available is difficult for those new to the industry to come to terms with. For broadcast engineers and IT engineers to work effectively together, IT engineers must understand the formats used,…

Broadcast For IT - Part 16 - Video Compression

To deliver efficient media solutions IT engineers must be able to communicate effectively with broadcast engineers. In this series of articles, we present the most important topics in broadcasting that IT engineers must understand. Here, we look at compression, why,…

FPGA Solutions for Integrating IP and SDI

The coming together of IT and broadcast brings with it a blurred and chaotic interface. As engineers dig deeper into the differences, it becomes apparent that there still is an important role for dedicated hardware.

Why RAW? What’s the Deal?

The announcement by Blackmagic of their new RAW camera file format reminds us that there is choice to record RAW versus regular video with digital cinematography cameras. What is RAW, what are the pros and cons, and why should cinematographers…

AJA Debuts New KONA 5 12G-SDI I/O and Desktop Software

At IBC 2018, AJA Video Systems debuted KONA 5, a new 8-lane PCIe 3.0 video and audio I/O card supporting 12G-SDI I/O and HDMI 2.0 monitoring/output for workstations or Thunderbolt 3-connected chassis.