Zebra RAP16-8C12-P15F Rapixo CXP Pro Octo CXP-12 PCIe Gen3 x16 CoaXPress Frame Grabber for Industrial Machine Vision

Zebra RAP16-8C12-P15F Rapixo CXP Pro Octo is a high‑performance CoaXPress 2.0 frame grabber designed for multi‑camera, high‑bandwidth industrial machine vision applications.

Key Features

• CoaXPress 2.0 compliant frame grabber optimized for demanding industrial and machine vision systems requiring high throughput and low latency image acquisition.

• PCIe Gen3 x16 host interface that comfortably matches the maximum aggregate bandwidth from multiple CoaXPress links for reliable high-speed data transfer to the vision computer.

• Supports CoaXPress data rates up to 12.5 Gbps (CXP‑12) per connection, enabling capture from today’s highest speed CXP cameras without sacrificing image quality.

Connectivity and Power

• Multiple high‑density BNC CoaXPress connectors provide a homogenous, robust interconnection to new-generation CXP cameras in space‑constrained control cabinets.

• Power-over-CoaXPress (PoCXP) support on each connection simplifies system wiring by delivering power, command and high‑speed data over a single coaxial cable per camera.

• Designed to connect, capture from and combine up to four CoaXPress camera connections, making it suitable for multi-camera inspection, tracking and measurement setups.

Synchronization and Control

• Ample auxiliary I/Os on each CoaXPress connection allow precise synchronization with external sensors, encoders and machine controllers for tightly coordinated inspection workflows.

• Data forwarding capabilities and FPGA‑based image processing offload help streamline system architectures, reducing host CPU load and improving overall system responsiveness.

Software and Integration

• Fully supported by Zebra Aurora Imaging Library, a comprehensive machine vision SDK for image capture, processing, analysis and archiving.

• Compatible with Zebra Aurora Design Assistant, a flowchart‑based IDE that accelerates development of inspection, guidance and verification applications without low‑level coding.

Ideal Applications

• High‑speed inspection, measurement and identification in manufacturing, electronics, packaging and logistics environments where throughput and reliability are critical.

• Multi‑camera systems requiring deterministic triggering, image synchronization and simplified cabling via PoCXP between cameras and the vision host.