Model Nomenclature

• PXIe: PCI Express extensions for Instrumentation, denoting PXI Express platform.

• 1487: NI’s product number for FlexRIO GMSL2 interface modules.

• FlexRIO: Indicates FPGA‑based reconfigurable I/O architecture.

• GMSL2: Gigabit Multimedia Serial Link 2, the high‑speed serial video standard used.

• Configurations: 8I (deserializer), 8O (serializer), 4I/4O (SerDes); part numbers vary by channel count and function.

Technical Specifications

• Form Factor: 3U PXI Express, single‑slot.

• Bus Interface: PCIe Gen3 x8, up to 8 GB/s.

• FPGA: Xilinx KU11P.

• Memory: 4 GB DDR4 (2×2 GB), 267 MHz FPGA clock, 17 GB/s theoretical max throughputNI.

• GMSL2 Links: Up to 8 channels; each up to 6 Gb/s.

• Connectors: FAKRA Male Code Z (coaxial) for both input (SI) and output (SO)NI.

• PoC Power:

  • Input (SI): 9–30 V, up to 800 mA per channel.

  • Output (SO): 12 V nominal, up to 400 mA per channel, 2 A totalNI.

• Protocols: GMSL2, pixel mode, pixel tunneling mode.

• Aux I/O: I²C back‑channel, GPIO per channel.

• Operating Temperature: 0 °C to 55 °C.

• Power: From PXIe backplane; typical <25 W.

• Part Numbers: 787456‑01 (8I), 787457‑01 (8O), 787458‑01 (4I/4O), etc.

Interface and Communication Configuration

• Front Panel: FAKRA Z connectors for GMSL2 video links; status LEDs for power, link lock, and activity.

• GMSL2 I/O:

  • Inputs (SI): Receive serialized video from cameras; PoC output to power cameras.

  • Outputs (SO): Transmit serialized video to ECUs; accept PoC from ECU or internal 12 VNI.

• Back‑Channel: I²C on each link for camera control, configuration, and diagnostics.

• GPIO: Per‑channel GPIO for triggers, sensor reset, and synchronization.

• Synchronization: PXIe trigger bus and PXI clock; supports multi‑module sync.

• Software: NI‑MAX for configuration; FlexRIO driver; LabVIEW FPGA API for custom logic.

Core Features

• High‑Speed GMSL2 Connectivity: Up to 8×6 Gb/s links for uncompressed video and sensor data.

• Reconfigurable FPGA: User‑programmable Xilinx KU11P enables real‑time video processing, filtering, and protocol conversion.

• Integrated PoC: Supplies or accepts power over coax, simplifying camera cabling in vehicles and test benchesNI.

• Dual Control Channels: I²C and GPIO allow full camera/ECU configuration, monitoring, and triggering.

• Flexible Channel Configurations: Choose 8‑in, 8‑out, or 4‑in/4‑out to match logging, replay, or HIL needs.

• High Bandwidth Memory: 4 GB DDR4 supports large frame buffers and high‑throughput data recording.

• PXIe Ecosystem Integration: Synchronizes with other PXIe instruments for mixed‑signal HIL and test systems.

Application Scenarios

• ADAS/AD HIL Testing: Emulate or capture multiple camera feeds for ECU validation in autonomous driving systems.

• In‑Vehicle Data Logging: Record raw GMSL2 video from 4–8 cameras during road tests.

• Lab‑Based Playback: Replay recorded camera streams to ECUs for regression and edge‑case testing.

• Camera Validation: Test camera modules, firmware, and link stability under noise and voltage variation.

• Multi‑Sensor Fusion: Synchronize video with LiDAR, radar, and CAN data in a unified PXIe system.

Usage and Maintenance Instructions

Installation and Configuration

1. Insert the module into a 3U PXIe Gen3 slot and secure the ejector.

2. Connect FAKRA cables between SI/SO ports and cameras/ECUs; ensure correct PoC voltage and polarity.

3. Power on the chassis; install FlexRIO drivers and LabVIEW FPGA support.

4. In NI‑MAX, configure link count, GMSL2 mode (pixel/tunneling), PoC voltage/current limits, and I²C/GPIO settings.

5. Deploy FPGA bitfiles and application code for logging, replay, or real‑time processing.

6. Validate link lock and data integrity using built‑in diagnostics and example projects.

Daily Maintenance

• Inspect FAKRA connectors and cables daily for wear, dirt, or loose contacts.

• Verify link status LEDs and error counters in NI‑MAX after each test session.

• Keep the chassis and module clean; avoid blocking front‑panel airflow.

• Check PoC voltage and current limits monthly to prevent overstress.

• For long‑term storage, power off, disconnect cables, and store in a dry, ESD‑safe environment.

Safety Notice

• Do not exceed specified PoC voltage (9–30 V) or current limits to avoid damage to cameras or the module.

• Use ESD precautions when handling the module and cables.

• Disconnect power before inserting/removing the module or attaching/detaching FAKRA cables.

• Follow local regulations for disposal of electronic waste at end‑of‑life.