Aexeon HDS
Aexeon HDS is a full-featured video acquisition board for HD-SDI or standard definition analog cameras. Available in high-speed PCI Express format, Aexeon HDS incorporates a digital media processor and on-board frame buffer for reliable capture for the most demanding vision-related application. Aexeon HDS video input circuitry digitizes between multiple component, S-Video, or composite video signals. With plenty of I/O triggers and extensive camera control, Aexeon HDS is the perfect frame grabber for medical imaging applications.

Aexeon HDS Features

  • PCI Express Formats
  • Bus-mastering video acquisition
  • Simultaneous real-time transfer of video to system or display memory
  • TI DM642 Digital Media Processor
  • 64 MB SDRAM Frame Buffer
  • SDI and analog SD camera support
  • Up to 1080p SDI input support
  • 3G-SDI acquisition rates up to 2.97 Gb/sec
  • Auto acquisition of SDI inputs
  • Video scaling to arbitrarily sized windows
  • Up to 3 RGB or YPbPr, 4 S-Video, and 9 composite
    multiplexed video inputs
  • CCIR and square pixel capture resolution
  • NTSC and PAL video formats
  • 8 General purpose I/O triggers
  • On-board microcontroller for robust timing
    and capture control
  • RS-232 serial input and output
  • 12-volt DC switched output for camera supply
  • Windows® 8, 7, Vista, and XP drivers
  • DirectShow and TWAIN support
  • Free dPiction Capture Application
  • Optional SDK with sample applications
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    Aexeon HDS Description

    PCI Express Support

    Aexeon HDS can be ordered in either PCI or PCI Express system interfaces allowing for system compatibility well into the future. PCI Express is the high-performance, next-generation interconnect that increases bandwidth, scalability, and reliability.

    Bus-Mastering Performance

    Aexeon's HDS's high speed bus-mastering capability with scatter gather support delivers realtime video data to system or display memory simultaneously, without intervention from the host CPU. Video data formatting and resolution is independent between streams, allowing for maximum bandwidth flexibility.

    Digital Video Processor

    By incorporating an on-board video processor, Aexeon enables maximum flexibility in handling challenging application requirements. Equipped with a 64 MB SDRAM frame buffer, the video processor provides video scaling, pixel formatting, interrupt support, hardware overlay, real-time video processing, and video output functionality.

    3G-SDI Serial Digital Interface

    Aexeon HDS supports viewing and capture of the enhanced video quality from SDI sources. SDI is a broadcast quality video transmission standard that allows for the transmission of un-compressed digital video data on a common coax cable at distances up to 300 feet.

    High-Quality Video Capture

    Aexeon HDS provides high-quality 10-bit capture from up to 3 RGB or YPrPb component, 4 S-Video, or 9 composite/monochrome video sources in NTSC or PAL format. Video can be captured and stored in either square pixel or CCIR-601 resolutions, and can be scaled to any arbitrary size.

    Extensive Camera Control

    Cameras can be accessed through the Aexeon HDS's on-board RS-232 serial interface and powered through a fused 12-volt power output. Aexeon HDS has 8 programmable I/O triggers for camera integration or event triggering and incorporates an on-board microprocessor to guarantee accurate synchronization and robust triggering without relying on the host CPU.

    dVeloper Foundation Software Developers Kit

    dVeloper is a comprehensive software developers kit that supports all dPict Imaging products, allowing for easy porting to new hardware. dVeloper is royalty free and runs under Microsoft Windows 8, 7, Vista and XP as well as Linux operating systems. Source code samples and complete documentation are included in Visual C, C#, and Visual Basic .NET to provide insight to various hardware functions.

    dPiction Capture Application

    dPiction is a viewing and capture application for Windows® systems that is included free with any PCI or PCI Express board purchase. It supports video configuration, viewing, and capture for dPict Imaging frame grabbers.

    Specifications

    Form Factor

  • PCI Express x1 connector
  • Scatter gather DMA support
  • Video Inputs

  • Standard or high-definition
  • RGB/YPrPb component, S-Video, and composite
  • HD-SDI support
  • HD-SDI Video Acquisition

  • 3G-SDI data rate support up to 2.97 Gb/sec
  • HDTV standard support up to 1080p
  • SMPTE 259M: 360 Mb/sec with resolutions up to 960x486 (SDI)
  • SMPTE 292M: 1.485 Gb/sec with resolutions up to 1080i (HD-SDI)
  • SMPTE 424M: 2.97 Gb/sec with resolutions up to 1080p (3G-SDI)
  • SD Video Acquisition

  • NTSC (J, M, 4.43), PAL (B, D, G, H, I, M, N, Nc, 60), and SECAM (B, D, G, K, K1, L) support
  • High-quality 10-bit digitization
  • Square-pixel and CCIR-601 resolution support
  • Video Acquisition

  • Smooth interpolated scaling to randomly-sized windows
  • Bus-mastering video transfers to system memory, overlay, or display memory simultaneously
  • Hardware overlay of graphics over video
  • RGB 32/24/16/15/8 and YUV 4:2:2 pixel formats
  • Area of interest transfers to on-board and system memory
  • 64 MB SDRAM frame buffer
  • Extensive interrupt control for robust capture
  • Real-time image flip, mirror, or rotate
  • I/O Control

  • 8 general purpose I/O triggers
  • Triggers programmable as input or output
  • Camera Control

  • Microcontroller for reliable capture and control
  • RS-232 serial interface
  • Camera exposure control
  • 12-volt fused DC output for camera power supply
  • Physical and Environmental

  • 6.60"(length) x 4.20" (height)
  • HD-44 Connector
  • BNC Connector
  • Operating temperature: 0° C to 70° C
  • Relative humidity: 5% up to 95% non-condensing
  • Ordering Information

  • Aexeon HDS PCI Express: 10042
  • dVeloper Foundation SDK for Aexeon: 90015
  • More Information

    TI Third Party Network

    dPict Imaging is a proud member of the TI Third Party Network. By working closely with TI we keep up on the latest hardware and software developments, allowing us to provide the best development support possible.