PIXCI SI2

PIXCI SI2 PCI Express x1 Frame Grabber Supports Two SILICON VIDEO Cameras

  • Supports Two SILICON VIDEO® Cameras
  • PCI Express x1 Slot Compatible
  • 64 megabytes of on-board Memory
  • 280 megabyte/sec Image Capture
  • 64-Bit Memory Addressing
  • Camera Exposure Control
  • Triggered Image Capture
  • Synchronized Image Capture
  • Images Transferred to Memory or Disk
  • Windows & Linux, 32 & 64–bit
  • RoHS Compliant

PRODUCT DETAILS

The PIXCI® SI2 frame grabber provides low cost high resolution capture from two SILICON VIDEO® cameras. Two cameras, operating at maximum resolution, frame rate, and bit depth, can generate image data at rates up to 280 megabytes per second – exceeding the 202 megabyte per second bandwidth limit of the PCI Express x1 bus. The PIXCI® SI2 frame grabber allows simultaneous image capture from two cameras into 64 megabytes of on-board memory. After images are captured in on-board memory they are transferred to the PCI Express bus. The PXICI® SI2 on-board memory allows stereo image acquisition that would otherwise require a PIXCI® SI4 PCI Express x4 frame grabber or two PIXCI® SI1 frame grabbers.

Triggered capture provides asynchronous capture and flash control. Two cameras can be synchronized for simultaneous stereo image capture. The PIXCI® SI2 is available with a standard height or a low-profile bracket. Compatible SILICON VIDEO® cameras have resolutions from 0.3 to 10 megapixels.

The XCAP-Lite imaging program, included with the PIXCI® SI2, provides board and camera controls with limited capture and save capabilities. Choose the XCAP-Ltd program for convenient sequence capture, display, and save to memory. Choose XCAP-Std for maximum capture, display, and save capabilities combined with extensive processing, measurement, and analysis (including image save directly to disk). Programmer’s libraries (XCLIB) and image processing subroutines (PXIPL) are available for solving the most difficult particle tracking, machine vision measurement, inspection, and image analysis tasks.

EPIX, Inc. assembles complete imaging systems with cameras, frame grabbers, high-performance PCI Express motherboards, and RAID arrays for video-to-disk capture.

SPECIFICATIONS

Bus Requirements
PCI Express bus x1 thru x16 slot
Power Requirements1.56 Amps @ +3.3 Volts
0.21 Amps @ +12 Volts
With two SV9T001C 3-megapixel color cameras at 48 MHz pixel clock
Dimensions (excluding bracket)3.94 inches long by 2.75 inches high
100 mm long by 70 mm high
(Available with standard or low profile bracket)
Transfer RatesProvides burst transfer rates, from cameras to on-board memory, up to 280 megabytes per second. Transfer rates from on-board memory through the PCI Express bustypically reach 202 megabytes per second
On-Board Memory64 megabytes of frame buffer memory
EPIX SOFTWARE Support
Supported by XCAP-Lite (no charge with board purchase), XCAP-Ltd, XCAP-Std, XCLIB, and PXIPL.
Compatible with 32-bit & 64-bit Windows 11, 10, 8, 7, Vista, XP, 2000, LINUX, and 32-bit DOS.
Windows Media Foundation Frame Server (DirectShow) and Video for Linux (V4L2) source drivers are distributed with all versions of XCAP.
ConnectionsBottom RJ-45 Socket (on Bracket)
Video In, Camera control and Power Out for Unit 0
Top RJ-45 Socket (on Bracket)
Video In, Camera control and Power Out for Unit 1
Bottom SMA Connector (on Bracket)
TTL Trigger Input controlling both Unit 0 & 1
Top SMA Connector (on Bracket)
TTL strobe output – buffered copy of the TTL Trigger Input at the bottom SMA connector
10-pin Header P1 For Unit 0 (on Board)
1 TTL Trigger Input
1 TTL Strobe Output
2 General Purpose Inputs
2 General Purpose Outputs
10-pin Header P2 For Unit 1 (on Board)
1 TTL Trigger Input
1 TTL Strobe Output
2 General Purpose Inputs
2 General Purpose Outputs

CAMERA RESOLUTIONS

Silicon Video CameraMax. ResolutionMax. Camera Data WidthMax. Frame Rate at Max. Resolution
SV643C & SV643M640 × 48010 bits211 FPS
SVWGAC & SVWGAM752 × 48010 bits60 FPS
SV9M001M1280 × 102410 bits30 FPS
SV9T001C2048 × 153610 bits12 FPS
SV5C10 & SV5M102592 × 194412 bits10 FPS
SV9C103844 × 261612 bits6.6 FPS
SV10C6 & SV10M63840 × 276412 bits6.2 FPS
SV15C54608 ×328812 bits4.6 FPS