How to enable 5G cameras in machine vision
Neousys launches 5GBASE-T Ethernet 802.3at PoE+ frame grabber card to enable 5G Cameras in machine vision. It can transmit data utilizing economical Cat 5e Ethernet cables up to 100 m without bandwidth degradation.
Neousys Technology unveiled an industrial-grade 4-port 5GBASE-T frame grabber card. The PCIe-PoE454 series comes with 802.3at PoE+ capability to enable multiple high-resolution 5G cameras for advanced machine vision applications.
Featuring the emerging NBASE-T technologies with high bandwidth, high port density, and reliability, it brings significant throughput performance without frame loss for ultra-high resolution cameras.
Transmit data without bandwidth degradation
The 5GBASE-T technology of PCIe-PoE454at provides up to 5 Gb/s bandwidth per port for higher resolution and frame rate. And to ensure its optimal performance, PCIe-PoE454at has been tested with leading 5G cameras without a single error during long-term full load tests. In addition to the latest 5GBASE-T technology, PCIe-PoE454at is also backward compatible with 2.5 G, 1 G, 100 M link speeds to support legacy Ethernet devices and can transmit data utilizing economical Cat 5e Ethernet cables up to 100 m without bandwidth degradation.
PCIe-PoE454at is also in compliance with IEEE 802.3at and can deliver up to 25.5 W for each connected 5G camera with software-programmable per-port power on/ off control. In addition, it comes with IEEE 802.3at PoE+ PSE (Power Sourcing Equipment) function to power an NBASE-T camera using a single Ethernet cable, as well as protect equipment from damage by auto-detecting and classifying powered devices.
Deployment wise, PCIe-PoE454at supports high port density to provide four 5GbE ports in a standard PCIe card form factor. Compatible with COTS NBASE-T industrial cameras and supports 0 to 55°C operating temperature with airflow, it is an ideal choice for machine vision systems that required high resolution and FPS (Frames Per Second) cameras in harsh industrial environments.