JAI SW-4000Q-10GE Overview
JAI SW-4000Q-10GE is an industrial line-scan configuration based on four prism-mounted cmos sensors: rgb plus nir. This source-based review distinguishes the documented channels, receiving and cadence without claiming hands-on testing.
Key Specifications
Product detail | Specification |
Product | JAI SW-4000Q-10GE |
Image format | 4096 samples per line and channel |
Acquisition | Cmos Line Acquisition |
Interface | 10GBASE-T with lower-rate negotiation |
Capture rate | RGB+NIR dual streams up to 72 kHz; RGBa8 single stream up to 73 kHz; YUV plus NIR up to 74 kHz |
Line sampling | 4096 samples per line and channel |
Sensor architecture | Four prism-mounted CMOS sensors: RGB plus NIR |
Review Summary
SW-4000Q-10GE merits evaluation when 4096 samples per line and channel and the selected channel architecture resolve the inspection. Prism acquisition supplies spatially aligned visible and NIR channels. The NIR signal is an intensity waveband, not a full hyperspectral spectrum. A line rate describes acquired lines, not complete two-dimensional images or accepted objects per second. Movement supplies the other scene dimension, so useful spatial sampling and complete system timing should be agreed before selecting the camera.
Integration and Selection
RGB+NIR dual streams up to 72 kHz; RGBa8 single stream up to 73 kHz; YUV plus NIR up to 74 kHz. 10GBASE-T with lower-rate negotiation is the documented receiving architecture. Pair the selected representation and line spacing with object movement. Ethernet negotiation to a lower link speed does not preserve maximum payload automatically. Camera Link requires a compatible frame grabber; PoCL support needs the correct power path.
Price: Request a quote.
