|
Multiple PIXCI® SV4
Maximum Pixels Captured per Line
233 MHz Pentium II Motherboard
PCI VGA Card
|
| |
2 Camera |
3 Camera |
Monochrome
(8 bits/pixel) |
Full RS-170
752 pixels |
576 pixels |
Color
(16 bits/pixel) |
344 pixels |
296 pixels |
|
Multiple PIXCI® SV4
Maximum Pixels Captured per Line
266 MHz Pentium II Motherboard
AGP VGA Card
|
| |
2 Camera |
3 Camera |
4 Camera |
Monochrome
(8 bits/pixel) |
Full RS-170
752 pixels |
Full RS-170
752 pixels |
Full RS-170
752 pixels |
Color
(16 bits/pixel) |
Full NTSC
752 pixels |
696 pixels |
544 pixels |
|
Multiple Camera Vision
Multiple PIXCI imaging boards now support multi-perspective
machine vision! Simultaneously capture images from multiple
cameras! Capture simultaneous image sequences at video rate!
The maximum number of PIXCI® cards that can capture
simultaneously depends upon the PCI bandwidth of the
host computer, the video format being captured (1), the number
of pixels acquired per line (2), and the S/VGA resolution
with displayed image size (for applications displaying live
video on the S/VGA).
The tables at left provide examples of tested combinations.
In each case, video was displayed on the S/VGA monitor; better
performance can be obtained for applications which do not
require display.
XCOBJ software can also operate multiple cards for individual,
selected capture, switching capture from one card to
another at video rate, using no more PCI bandwidth than required
for a single card. Software supports up to eight cards, all
of the same model and connected to the same type of camera.
For applications requiring simultaneous capture from multiple
perspectives which would exceed the bandwidth of the PCI bus,
other EPIX imaging cards, which have on-board image memory,
are not limited by PCI bandwidth. Up to eight such cards can
be used, limited only by the PC's slots, power supply, and
cooling.
The example images at left were captured from two Kodak
digital cameras, using two PIXCI® D imaging boards
and XCAP Interactive Software.
- Whether the format is 8, 10, or 12 bit
pixels, the pixel clock rate, and whether pixels are monochrome
or color.
- PIXCI® imaging cards allow reducing
the number of pixels captured per line, both to conserve
bandwidth and to conserve image memory for sequence capture.
|