CIS VCC-SXCXP1SWPS 1.3M Visible + SWIR Wideband Pixel Shift Camera
The CIS VCC‑SXCXP1SWPS is a Made in Japan, NDAA‑compliant SWIR camera that makes it possible to capture high‑resolution images by controlling pixel shift with a high‑precision piezo actuator. This visible + SWIR CoaXPress camera is engineered for industrial, scientific, and defense imaging applications that require exceptional detail and regulatory compliance.
Featuring the Sony SenSWIR IMX990 global shutter sensor, this compact camera outputs at 1296 × 1032 resolution up to 134.73fps via CoaXPress Ver.1.1.1 (CXP‑3 x1 lane). It supports multiple image‑adjustment options, including exposure, gain, and gamma settings, and integrates seamlessly with GenICam‑compatible systems.
Reliable, compact, and built to NDAA compliance standards, the CIS VCCSXCXP1SWPS offers exceptional performance for machine vision, quality control, and defense imaging applications requiring both visible and SWIR sensitivity.
Features:
- 65mm(H) x 65mm(W) x 95mm(D)
- Global shutter visible + SWIR sensor
- CoaXPress Ver1.1.1 compliant CXP-3 x1 lane
- Equipped with pixel shift function
- Exposure, gain, gamma settings
- External trigger mode (fixed trigger shutter mode)
- Compatible with GenICam
- C-mount
- Not compatible with PoCXP
Applications:
- Wafer inspection
- PCB inspection
- Food inspection
- Agricultural sorting
- Tablet inspection
- Coating inspection
- Quality control
| Color/Mono | SWIR |
| Resolution | 1296 x 1032 |
| fps @ Max Resolution | 134.73fps (CXP-3 8bit x 1lane) |
| Output Format | Mono 8/10/12 |
| Sensor Model Name | SenSWIR IMX990 |
| Shutter Type | Global Shutter |
| Imager Size | 1/2 |
| Effective Pixels | 1296x1032 |
| Pixel Size (μm) | 5 x 5 |
| Pixel Clock (MHz) | 74.25 |
| Power Consumption | 5.0W (with free run) |
| Power Requirement | DC+ 24V±5% |
| Shutter Variable Range | Manual |
| Interface | CXP 3 |
| Lens Mount | C (with conversion ring) |
| Weight (g) | 600g |
| Dimensions (W) x (H) x (D)mm | 65 × 65 × 95 |
| Wave Length | Short Wave IR |


