The STH-DCSG-VARX is for large-baseline applications (18-60 cm). It has a very rigid aluminum alloy bracket, holding two DCSG cameras. The cameras have a new global shutter, low-noise, high-sensitivity CMOS imager. High performance and low power in a compact package, with a simple IEEE 1394 (FireWire) interface. Full synchronization of the two separate cameras, on a variable baseline rig. Uncompressed video at VGA resolution (30 fps), color or monochrome. System includes standard lenses and SRI Small Vision System software for realtime stereo analysis.
- Maximum resolution: 640H x 480V pixels
- Color and monochrome versions
- Global shutter - all pixels exposed at the same time
- Simultaneous exposure and readout
- Direct digital information from the imagers, bypasses analog noise and frame grabber jitter
- Conforms to Digital Camera Specification version 1.30.
- Variable baseline - 18-60 cm
- Dual-cable interface for power, data, and control
- External synchronization - all DCSG devices on the same IEEE 1394 bus are synchronized to capture images at the same time
- Subsampling modes (binning and subwindow) for smaller frame sizes, faster frame rates, lower noise
- Electronic gain and exposure
- All modes fully under user control via the IEEE 1394 bus
- Milled solid aluminum alloy body for extreme rigidity, milled aluminum bars for rigid camera mounting.
- Accepts standard C/CS-mount lenses
STH-DCSG-VARX Kit Contents
- STH-DCSG-VAR stereo head, color or monochrome
- 4.5 mm C-mount locking lenses standard; other lenses available as options
- Small Vision System stereo analysis software for MS Windows 2000/XP or Linux 2.4/2.6
- 2x 2 meter IEEE 1394 6-pin to 6-pin cable
- Hardware and Software Manuals
STH-DCSG-VARX Requirements
- Pentium-compatible PC (Pentium PIII/clone or better) running MS Windows 2000/XP or Linux 2.4/2.6 kernel
- IEEE 1394 PCI or PCMCIA card*
NOTE 1: IEEE 1394 card must supply 1.5W of power through the 6-pin cable. Most PCI cards do this; PCMCIA cards must have a separate transformer power input.
