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PCI Express Cards

The VEGA 3000 and 3300 Series of 4K/8K HEVC video processing and IP media PCI Express adapters can be integrated into standard IT servers via API

Product Categories

  • Video Encoding, Decoding & Transcoding Accelerator

    VEGA 3300 Series of 4K/8K HEVC video processing and IP media PCI Express adapters for low latency UHD HEVC, AVC encoding, decoding and transcoding

    • VEGA-3318

      The VEGA-3318 is the world’s first commercial-off-the-shelf video accelerator able to perform low-latency, professional-grade 8-ch 4Kp60 HEVC transcoding in an ultra-low power PCI Express format that can be integrated into standard servers via Linux API. Up to four VEGA-3318 accelerators can be integrated into a 1U server supporting up to 32 live UHD HEVC ABR streams per rack unit - the highest density available in the market. This enables agile, scalable, energy and cost efficient data center deployments to address the growing demand of live UHD OTT video streaming in the cloud. The CAPEX and OPEX savings are significant. VEGA-3318 accelerated solutions benefit from an up to 30x performance boost and up to a 20X reduction in power consumption and rack space when compared to non-accelerated solutions. The VEGA-3318 supports UHD, HD and SD formats and HEVC, AVC and MPEG-2 codecs including 10-bit profiles, 4:2:2 chroma subsampling and ABR streaming. Developers can leverage Advantech’s SDK which supports Linux and Windows operating systems, FFmpeg and GStreamer. In addition, Advantech has created software drivers that are virtualization friendly and support OpenStack. Advantech also offers hardware and software design and customization services for maximum deployment flexibility.
    • VEGA-3314

      VEGA-3314 is the world’s first commercial-off-the-shelf video processing accelerator able to perform professional-grade real-time transcoding of four 4K resolution video streams in an ultra-low-power and easy-to-integrate PCI Express format. It integrates eight SoCs supporting UHD, HD and SD formats and HEVC, AVC and MPEG-2 codecs including 10-bit profiles and 4:2:2 chroma subsampling. The VEGA-3314 unrivalled performance can be leveraged by a wide range of cloud applications. It supports both encoding and transcoding workflows while the bit rate can be configured from 3Mbps to more than 600Mbps per 4Kp60 HEVC encoded stream to serve a great variety of video delivery scenarios. Its double height board profile is compatible with professional GPU-ready slots. The VEGA-3314 also features an on-board video sharing capability which, coupled with scaling features, allow multiple OTT target profiles to be generated from a single encoded 4K video input stream. This card feature a simple-to-use API and example code for FFmpeg and GStreamer multimedia frameworks to streamline product development and integration into existing applications.
    • VEGA-3311

      VEGA-3311 enables HEVC, AVC, MPEG2 real-time 1-ch 4K UltraHD (2160p60) and 4-ch FHD (1080p60) encode and decode. It is particularly relevant for 4K UltraHD transmission which requires a much higher stream capacity. VEGA-3311 is tailored for professional media processing and are capable of performing professional grade 4Kp60 Main10 profile HEVC encoding and decoding at less than 35W power consumption. The VEGA-3311 adapter additionally features 4K video capture over built-in 4-ch SDI-3G or 1-ch SDI-12G or mini-HDMI video inputs for acquisition-based encoding and 4-ch SDI-3G video outputs for acquisition-based decoding in contribution workflows. VEGA-3311 can also support low latency transmission of uncompressed or lightly compressed video over standard IP networks according to industry agreed standards. This card feature a simple-to-use API and example code for FFmpeg and GStreamer multimedia frameworks to streamline product development and their integration into existing applications. For more solutions, please visit Video Solutions Networks & Communications
    • VEGA-3310

      VEGA-3310 is a high performance video processing accelerator card supporting professional grade 4K/UHD encoding, decoding and transcoding at a very low power consumption. It allows these features to be added to systems that support a standard PCI Express architecture such as PC/IT server based video applications. The technology underlying VEGA-3310 is the latest encoding/decoding SoC. Each device supports HEVC, AVC, and MPEG2 real-time encoding, decoding, and transcoding at up to 4Kp60 with 10 bit colour depth and 4:2:2 chroma sampling. HEVC compression is particularly relevant for 4K UltraHD transmission which requires a much higher stream capacity. These bandwidth reduction improvements are achieved at the penalty of much higher computation complexity, with two general purpose server class processors required to perform a 4K 60fps software-based broadcast quality HEVC encoding in real time. The technology behind VEGA-3310 can do the same task in under 35W, and VEGA-3310 can also support up to 4Kp120 high frame rate for next generation sports broadcasts and 360 degree VR applications.. This card feature a simple-to-use API and example code for FFmpeg and GStreamer multimedia frameworks to streamline product development and integration into existing applications. For more solutions, please visit Video Solutions Networks & Communications  
    • VEGA-3304

      Advantech VEGA-3304-8K is the first 8Kp60 Real Time HEVC Encoding Accelerator enable real-time, professional-grade HEVC video processing at much less power consumption than a software-only solution. To satisfy the flexible demand from the market, VEGA-3304 series includes muli-channel support up to 4-ch 4K for high density demand. VEGA platforms bring significant density and time-to-market benefits to a wider range of 4K, 8K, Virtual Reality and 360° video applications for the broadcasting, mobile, medical, transportation markets, and many other industries. The VEGA-3304 is designed with double width, 3/4 length PCI Express x16, compatible with server GPU slots to make easy-to-integration. 1-ch 8K/4-ch 4K Video inputs are supported to real time encoding at 10 bit colour depth with HDR support and 4:2:2 chroma subsampling.The VEGA-3304 support Linux SDK and FFmpeg plug-in to streamline product development and integration.
    • VEGA-3300

      VEGA-3300 enables real-time 4K UltraHD (2160p60) HEVC encoding at up to 20x less power consumption than a software-only solution. The HEVC/H.265 codec is gaining momentum because it reduces bit rates by approximately 50% when compared to an equivalent quality video stream encoded using H.264, enabling more channels or higher resolution video delivery over the same infrastructure. It is particularly relevant for 4K UltraHD transmission which requires a much higher stream capacity. These improvements are achieved at the penalty of much higher computation complexity, with up to four general purpose server class processors required to perform a 4K 60fps software-based broadcast quality HEVC encoding in real time. VEGA-3300 is tailored for professional media processing and are capable of performing professional grade 4Kp60 Main10 profile HEVC encoding at less than 15W power consumption. The VEGA-3300 targets file or stream-based encoding workflows in a low profile PCIe adapter format to facilitate the integration of multiple accelerators in a range of servers and appliances. This card feature a simple-to-use API and example code for FFmpeg and GStreamer multimedia frameworks to streamline product development and their integration into existing applications.
    • VEGA-3301

      VEGA-3301 enables real-time 4K UltraHD (2160p60) HEVC encoding at up to 20x less power consumption than a software-only solution. The HEVC/H.265 codec is gaining momentum because it reduces bit rates by approximately 50% when compared to an equivalent quality video stream encoded using H.264, enabling more channels or higher resolution video delivery over the same infrastructure. It is particularly relevant for 4K UltraHD transmission which requires a much higher stream capacity. These improvements are achieved at the penalty of much higher computation complexity, with up to four general purpose server class processors required to perform a 4K 60fps software-based broadcast quality HEVC encoding in real time. VEGA-3301 is tailored for professional media processing and are capable of performing professional grade 4Kp60 Main10 profile HEVC encoding at less than 35W power consumption. The VEGA-3301 adapter additionally features 4K video capture over built-in HDMI 2.0, Display Port or 4-ch SDI-3G video inputs for acquisition-based encoding in contribution workflows. This card feature a simple-to-use API and example code for FFmpeg and GStreamer multimedia frameworks to streamline product development and their integration into existing applications. For more solutions, please visit Video Solutions Networks & Communications
  • IP Media Interface Cards

    VEGA 3000 Series of add-on PCI Express cards which conforms to SMPTE 2022 and SMPTE 2110 standards to transport uncompressed or TICO compressed media-over-IP in live productions

    • VEGA-3002

      The VEGA-3002 is a single slot, Half-Length PCIe add-on card in terms of performing video capture, encapsulation, light weight compression and streaming to enable UHD media transport over 10GbE IP network. VEGA-3002 supports the approved SMPTE 2022-6 standard for transmitting and receiving video raw data through IP networks via RTP protocol. The SMPTE 2022-5 (Forward Error Correction for High Bit Rate Real-Time Video/Audio Transport over IP) feature is also supported by VEGA-3002 to improve resilience of bit errors and packet loss during video data transmission. As a software-configurable board, the VEGA-3002 can support multiple application scenarios and can be firmware-upgraded to support future standard enhancements, which allows users to move their server-based video applications confidently into an IP future with minimum risk. The standard allowing users deploy IP standard such as SMPTE 2022-5/6/7, AIMS/VSF recommendations with the TICO mezzanine codec, and TR-03/04 carries individual packetization of video, audio and Metadata make network more efficient.(up to 40% bandwidth saving). The VEGA-3002 Video Interface Card overcomes SDI limitations in the transition to 4K workflows by delivering low latency and support IP routing while switching of HD and UHD media on standard IP networks. Replacing purpose-specific SDI equipment with payload-agnostic IP networks, VEGA-3002 utilizes universal media-over-IP technology to packetize HD and UHD video streams over commercial-off-the-shelf IP cables, switchers and routers. The wide range of target applications that VEGA-3002 can serve includes cloud video acquisition, video over IP bridge, real-time video transfer and networked broadcast studio installations.
    • VEGA-3001

      VEGA-3001 leverages Sony Low Latency Video Coding (LLVC) to compress and transmit live 4Kp60 video, audio and metadata over a single 10GbE link. As a standard PCI Express interface card, VEGA-3001 further accelerates the fusion of the broadcasting industry and the PC/IT industry by allowing UHD video streaming interfaces to be integrated into wellestablished server architectures, thus facilitating cloud-based broadcast workflows. The VEGA-3001 Video Interface Card overcomes SDI limitations in the transition to 4K workflows by delivering low latency and noise-free switching of HD and UHD media on standard IP networks. The visually-lossless compression used in the LLVC block is used to one 4Kp60, two 1080p60 or four 1080i data streams into a convenient 10GbE Ethernet link. Replacing purpose-specific SDI equipment with payload-agnostic IP networks, VEGA-3001 utilizes Sony IP Live Production technology to packetize HD and UHD video streams from the host into IP datagrams that can be carried along with audio and control data over commercial-off-the-shelf IP cables, switchers and routers. For more solutions, please visit Video Solutions Networks & Communications
    • VEGA-3000

      VEGA-3000 is a single slot, half length PCIe card which performs High Definition 1080p60 video raw data encapsulating/de-encapsulating for transmission across a 10Gbps Ethernet network. Using a power-efficient FPGA from Xilinx, HVC-8800 supports the proposed standard SMPTE 2022-6 (High Bit Rate Media Transport over IP Networks), which describes the encapsulation and de-encapsulation of video to and from IP networks with RTP protocol, and proposed standard SMPTE 2022-5 (Forward Error Correction for High Bit Rate Real-Time Video/Audio Transport over IP) to improve resilience to bit errors and packet loss. VEGA-3000 operates either as a transmitter or receiver functions, selectable using a jumper on the board. The transmitter mode encapsulates video raw data from SDI input or PCI Express interface according to SMPTE-2022 and sends by 10G Ethernet to receiver card side. Conversely, in receiver mode, the card receives SMPTE-2022 packets via 10G Ethernet interface and recovers video raw data for SDI output or via PCIe interface. With an easy-to-use software development kit (SDK), VEGA-3000 is an ideal solution for system integrators to implement versatile video over IP functions in a variety of applications including cloud video acquisition, video over IP bridge, and networked broadcast studio installations. For more solutions, please visit Video Solutions Networks & Communications

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Featured Highlights

  • VEGA Video Solutions

    VEGA Video Solutions

    Leading Innovation for the New IP Video Infrastructure Advantech VEGA Video Platforms and PCIe Adapters are designed to boost video infrastructure performance from acquisition to distribution at the lowest power budget while fully complying with the media industry needs. By providing access to the latest 4K/8K video processing and IP

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