GE PCIE-5565PIORC-100000

PCI Express Interface:
- 4-lane PCIe 2.0, operating at 2.5Gbps per lane for a total bandwidth of 10Gbps.
Latency: 1 microsecond for node-to-node transmission, with full synchronization of a 30-node system achieved in 30 microseconds.
Node Capacity: Supports up to 256 nodes in a network, facilitating large-scale distributed systems.
Operating Temperature: 0°C to +65°C (with forced air cooling), ensuring reliable operation in industrial environments.
Storage Temperature: -40°C to +85°C, suitable for harsh conditions.
Power Requirements: 5VDC (±5%), with a typical current draw of 1.5A and a maximum of 1.8A.
Weight: 0.2 pounds, making it lightweight and easy to integrate.
Compliance: Meets RoHS standards for environmental safety.

Deterministic Data Transmission:
- Utilizes a shared memory network architecture, where data written to one node’s memory is automatically replicated across all nodes.
- Eliminates software overhead, ensuring low-latency and predictable data transfer.
High Reliability:
- Hardware-based CRC checksums detect and correct data errors in real time.
- Redundant transmission modes and fault node bypass via reflection memory hubs enhance network stability.
Scalability:
- Supports ring or star topologies, allowing flexible network expansion.
- Dynamic packet sizing (4 to 64 bytes) optimizes bandwidth usage for diverse applications.
Software Transparency:
- Data sharing between nodes is transparent to applications, reducing integration complexity.
- Compatible with Windows, Linux, VxWorks, and QNX, enabling seamless deployment across platforms.
Ease of Use:
- No manual DIP switches for node configuration; settings are managed via software.
- Onboard diagnostics and LED indicators simplify troubleshooting.

Aerospace:
- Enables real-time sharing of flight control parameters between ground stations and aircraft systems, ensuring mission safety and reliability.
Industrial Automation:
- Facilitates high-speed data exchange between production line equipment, improving automation efficiency and product quality.
Military & Defense:
- Powers high-availability redundant networks for missile guidance systems and UAVs, meeting stringent performance demands in extreme environments.
Simulation & Training:
- Provides real-time data synchronization in distributed simulation systems, enhancing accuracy for pilot training and automotive crash testing.
Smart Manufacturing:
- Synchronizes production device data in real time, optimizing workflows and enabling intelligent quality control.
Scientific Research:
- Supports large-scale data acquisition in particle accelerators and seismic monitoring stations, ensuring timely and consistent data delivery.
Telecommunications:
- Meets low-latency requirements for 5G network management and real-time signal processing.