| |
• Deterministic, continuous data transfer at 1 Gb/s |
| |
• Low, predictable end-to-end latency (delay) |
| |
• Fully GigE Vision-compliant |
| |
• Advanced, FPGA-based protocol engine |
| |
• Support for pixel clocks up to 66MHz |
| |
• Built-in Programmable Logic Controller for advanced real-time synchronization and triggering |
| |
• Camera-to-PC cable separations of 100 meters, further with GigE switches |
| |
• Low-cost Category 5 copper LAN cabling |
| |
• Commercial GigE platform with no frame grabber |
| |
• Flexible, scaleable GigE networking options |
| |
• Easy to implement and use |
| |
• eBUS or iPORT IP Device Drivers stream data to PC memory with minimal CPU load |
| |
• Software Development Kit for fast integration with third-party or custom vision |
| |
applications |
