TB-7K-325T-BVK, -RTVE, -VOIP

TB-7K-325T-BVK, -RTVE, -VOIP
Xilinx Kintex®-7 FPGA Broadcast Video Kit by Inrevium™, RoHS

Quickly evaluate and integrate SD/HD/3G-SDI and other interfaces into next-generation broadcast designs. The Kintex-7 Broadcast Video Kit (BVK) integrates the high performance of the Kintex-7 FPGA family, IP building blocks, design tools, reference designs and a serial digital development board. The BVK is available in several different configurations:

• BVK
• BVK-RTVE
• BVK-VOIP
• BVK-VOIP2

See the table below for the differences between the kits:

The BVK supports Xilinx Real-Time Video Engine Targeted Reference Design and SMPTE 2022 Video over IP Reference Design. To compete in the fast-paced broadcast market, video solutions providers must rapidly innovate to provide video algorithm and feature advancements that improve the overall viewing experience.

The Xilinx Real-Time Video Engine Targeted Reference Design gives developers a platform that accelerates the design, evaluation, optimization, and implementation of professional and broadcast quality video applications. A comprehensive reference design framework supports the complete video pipeline from video capture, to de-interlacing, scaling, on-screen display, and video out for driving displays.

The Xilinx platform facilitates solutions for any video application from cameras to switchers, storage servers to displays, and everything in between. Each video block within the Real-Time Video Engine Targeted Reference Design has standardized interfaces, making it easy to add to, upgrade, or mix and match video IP using AMBA AXI4. Supporting up to 12-bit color depth and 4:4:4 processing, the platform is capable of processing full HD, 3D, 4K2K and Digital Cinema video in real time.

Also, Establishing live feeds from in-field cameras to the studio and out to audiences no longer requires complex, video-only connections and networks. High-capacity local area and wide area networks have created the opportunity to packetize and carry video using Internet Protocol. Xilinx FPGAs are accelerating this convergence of data and video worlds by uniquely enabling high-performance, high-capacity bridging between SDI and Ethernet.

Equipment manufacturers are taking advantage of the Xilinx SMPTE 2022 standard-based innovations and development platform to shorten time to market for next-generation, highly interoperable video over IP equipment. The resulting designs offer superior density, with the ability to carry multiple channels of video over a single link or cost-effectively carrying data along with video. The high IO capabilities of Xilinx FPGAs support more video devices, 3D content, and higher resolutions for Super Hi Vision and 4K2K.

For more information, please visit the Inrevium website.

The following reference designs are available on Xilinx website:

• SMPTE2022: Click Here
• RTVE: Click Here

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  Key Features:

  • Base Board
    • Xilinx KC705 Base Board (EK-K7-KC705-G)
    • FPGA: XC7K325T-2FFG900C
  • Memory
    • 1GB DDR3 SO-DIMM 1600Mbps
    • 128MB BPI Flash
    • 16MB Quad SPI Flash/8Kb IIC EEPROM
    • SD Card Slot
  • Interface
    • 1000Base-T Ethernet
    • SFP/SFO+ cage
    • GTX port with SMA x 4
    • UART to USB Bridge
    • PCI Express x 8 edge
    • HDMI Video Output
  • FMC
    • HPC x 1 (4 GTX, LA and HA)
    • LPC x 1 (1GTX, LA)
  • Clock
    • 200MHz
    • 156.25MHz
  • Others
    • Push Buttons
    • DIP Switches
    • LCD
  • Included FMC Cards
    • TB-7K-325T-BVK, TB-7K-325T-BVK-VOIP and TB-7K-325T-VOIP2 include:
      • TB-FMCH-3GSDI2A
        • Input: 2 channel, Output: 2 channel
        • Bi-directional: 2 channel
        • TB-FMCH-3GSDI2A is stackable and can be expanded up to 4ch input, 4ch output and 4ch bi-directional channel by using expansion connector
    • TB-7K-325T-BVK-RTVE includes:
      • TB-FMCH-3GSDI2A
        • Input: 2 channel, Output: 2 channel
        • Bi-directional: 2 channel
        • TB-FMCH-3GSDI2A is stackable and can be expanded up to 4ch input, 4ch output and 4ch bi-directional channel by using expansion connector.
      • TB-FMCL-HDMI
        • The HDMI FMC Connectivity mezzanine card is designed to provide HDMI encoder and decoder function with connection btween FMC (LPC) connector and HDMI connector.

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  Contents:

  • Hardware and Design Tools
    • Xilinx KC705 Base Board (EK-K7-KC705-G)
  • FMC Cards
    • TB-7K-325T-BVK:
      • TB-FMCH-3GSDI2A (3G/HD/SD SDI Card (Extended version) )
    • TB-7K-325T-BVK-VOIP:
      • TB-FMCH-3GSDI2A (3G/HD/SD SDI Card (Extended version) )
    • TB-7K-325T-BVK-VOIP2:
      • TB-FMCH-3GSDI2A (3G/HD/SD SDI Card (Extended version) )
    • TB-7K-325T-BVK-RTVE:
      • TB-FMCH-3GSDI2A (3G/HD/SD SDI Card (Extended version) )
      • TB-FMCL-HDMI (HDMI1.3 Interface cards)
  • ISE® Design Suite Embedded edition (Device-locked)
    • TB-7K-325T-BVK / TB-7K-325T-BVK-RTVE / TB-7K-325T-BVK-VOIP / TB-7K-325T-BVK-VOIP2
  • Cables
    • DIN-BNC (75R) Exchange Cable x 3
    • DIN-DIN (75R) Cable x 1
    • SFP+ Module Optical cable (Only TB-7K-325T-BVK-VOIP / TB-7K-325T-BVK-VOIP2)
  • AC Adapter
  • Documentation
    • Hardware Users Guide
    • Reference Design and Example User Guide
    • Schematics
  • Reference designs and demos
    • Real Time Video Engine
    • SMPTE2022 Video Over IP

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