VA Imaging MARS-1231-46G5M-P 1.1" Monochrome CMOS (Sony IMX253) Camera, 12.3 Megapixels, 4096 x 3000, 47 fps, Global Shutter, C-Mount, 5 GigE Output

5GigE Vision Camera IMX253

The Mars 5GigE lineup consists of industrial-grade vision cameras equipped with a 5GigE connection. This interface is ideal for capturing high-resolution and/or fast-moving images when cable runs exceed 5 meters. The Mars series exclusively features global shutter sensors with high pixel counts.
This particular model suits your needs if your setup meets the following criteria:
- Industrial camera requirements
- Cable length up to 100 meters
- Cost-effective and straightforward cable installation
- Single cable connectivity
- Physical dimensions: 62x62x53.4mm
- Utilizes standard 1000mbit Ethernet cables (cat6 or above)*

*Using a VA-PCIe4-2.5GP-1 card is necessary to operate 10GigE, 5GigE, or 2.5GigE camera interfaces.

For further information, please refer to the user manual.

Monochrome Industrial Camera

A monochrome camera, also referred to as a black and white camera, provides benefits across numerous industrial applications. While color cameras dominate security and communication markets, monochrome cameras are preferred in industrial settings due to their enhanced light sensitivity, sharper image output, and reduced data volume compared to color imaging. This makes them highly efficient for image processing tasks. By choosing appropriate lighting hues and lens filters, specific product features can be accentuated, enabling the capture of high-contrast, high-resolution images using monochrome sensors.

PoE Industrial Camera

Power over Ethernet (PoE) technology for GigE cameras supplies both electrical power and data transmission via a single Ethernet cable. This simplifies wiring and decreases installation time in scenarios where hardware triggers or I/O are not necessary. If I/O functionality is required, powering the camera through an I/O connector is recommended. Cameras consume more power when operated via PoE compared to I/O power input, resulting in increased heat generation. PoE-enabled GigE cameras are physically larger than their non-PoE counterparts due to an additional PCB that separates power from data signals and converts voltage levels. This extra circuitry increases cost relative to non-PoE models. The primary benefit of PoE cameras is easier installation through reduced cabling requirements.