5MP RGBIR OMS Camera

The camera is equipped with OmniVision CMOS image sensor OV02311 and Maxim GMSL serializer MAX96717F. lt has an automo.tive-grade sensor with a well-tuned lmage Signal Processor (lSP) thatproduces exceptional image quality, lt is also equipped with an infra.red automotive grade lens that supports 940nm infrared light recogni-tion.

  8MP IMX728 GMSL3 Camera Overview  SG8-IMX728C-G3A-Hxxx camera module is equipped with SONY CMOS image sensor IMX728 and Maxim GMSL3（Max96793）. It has an automotive-grade sensor without ISP, which comes with an IP67-rated enclosure – is supplied with an AA lens that is focused and glued in our factory. Product Default  1. The default shipping status of this product is fixed lenses, and users do not need to focus or replace the lenses themselves. If you need to replace the lens independently, please make a note when placing an order. After replacing the lens, the image quality is not within the service scope. 2. When leaving the factory, the camera is not calibrated by default. If it is necessary to calibrate the camera's internal parameters and write them into the camera storage unit, please make a note when placing an order. Development/Capture Kits Adapter board/Image Solution Adaptation Developer kit/output interface Maximum number of cameras connected Picture SG2A-G3-M4L-F‍ Adapter board NVIDIA Jetson Orin Nano Developer Kit   2 If you need relevant development support, please contact Sales@sensing-world.com   Features  1. Output format: RAW data format 2. S-mount IP67 compliant lens focused and glued at our factory 3. Multi−Camera synchronization Support 4. Support different focal length lens Application 1. Automotive 2. ADAS + Viewing Fusion 3. High Dynamic Range Imaging 4. Autonomous Driving 5. Robots  

  GMSL Repeater   GMSL2 Repeater can realize one GMSL2 input and one GMSL2 output，so as to extend the transmission distance.   Diagram▼ We can provide Camera+Coaxial cable   Specification▼ For more details, please click to send us email     

Mature and fast multi-sensor solutions for autonomous machine prototype   Based on various IPC, insert CoaxCapture GMSL Capture cards. The cards are connected to the camera of the whole vehicle. Each card can reach up to 8*8MP at most. At the same time, it can be connected to GPS or PTP for time service. The data with time stamp can be transmitted to the industrial personal computer GPU for processing with low delay and lossless through the PCIe Gen3 interface.      Low latency, multi-sensor synchronization accuracy<1ms, camera data can be reused for acquisition and perception    Millisecond precision latecy, provides exposure data and enables precise sensor fusion. The innovative camera data BYPASS technology enables camera reuse, enabling the two systems of perception algorithm and acquisition to work simultaneously, recording all data of driving for playback.   CoaxCapture II GMSL Capture Card CoaxCapture GMSL Video Capture Card CCG3-8H, it is a high- speed image product based on FPGA. The card can connect GMSL/GMSL2 cameras, and has the advantages of high framerate, high speed, low latency, etc. It is widely used in autonomous machine, autonomous vehicle, data capture and other scenes.   ◎ 8 GMSL cameras input, support up to 8 Mega Pixels@ 30 fps; ◎ PCI-e Gen3*8lane; ◎ Support external trigger synchronization; ◎ Support GPS Timing synchronization; ◎ Support network PTP timing synchronization;     Application 1▼ Perception hardware solution of Autonomous  Provide Camera+CoaxCapture Capture Card+IPC+Coaxial cable       Application 2▼ Vehicle data acquisition - Perception Provide Camera+CoaxCapture Capture Card+Bypass+IPC+Coaxial cable It can also be connected to the original camera, supporting RAW and YUV data of camera     Our Advantage▼   8CH Up to 8 channels  8MP@30fps 3.0 PCI-e Gen3.0  Up to 4800 MB/s continuous  bandwidth <1ms Support GPS synchronization,  PTP time synchronization, accuracy <1ms, and direct time stamp  function inside the board N+ Adapt to mainstream IPC brands Rapid technical support Support other brand camera access            

  Jetson AGX Orin 8CH GMSL2 camera adapter board Overview  SG8A-ORIN-GMSL2 adapter board, which allows up to 8 cameras to be connected to the Jetson AGX Orin/Xavier module, is fully compatible with the NVIDIA Jetson AGX Orin/Xavier Development Kit. As there are many different types of GMSL cameras available, the adapter board can be adaptively operated at different frequencies i.e. it is compatible with both GMSL1 and GMSL2 protocol interfaces through software configuration. The GMSL camera is powered by PoC (Power over Coax), so all data, control signals and power are sent over a 50 Ohm coaxial cable, making the camera's cable routing flexible and easy to install in automotive applications. Adapter plate function Support for NVIDIA Jetson AGX Orin/Xavier Development Kit Compatible with different versions of NVIDIA JetPack SDK Supports up to 8 GMSL cameras Support for synchronous triggering Cameras can transmit up to 15 metres Instructions for using the adapter plate The driver package for the SG8A-ORIN-GMSL2 adapter board is developed on a specific Jetson Linux version and you need to make sure the Jetson Linux version matches before installing the driver. If it does not match, you need to re-flash the system, otherwise the system will not boot after installing the driver. NVIDIA Jetson AGX Orin/Xavier supports two types of flashes using SDK Manager and Flash.sh script. Preparation required NVIDIA Jetson AGX Orin/Xavier Development Kit Computer with Ubuntu 18.04/20.04 USB TYPE-C data cable 1pc  

  2.95MP ISX031 with ISP GMSL2 Camera Overview  SG3S-ISX031C-GMSL2F-Hxxx camera module is equipped with SONY CMOS image sensor ISX031 and Maxim GMSL2 serializer MAX96717F. It has an automotive-grade sensor with a well-tuned Image Signal Processor (ISP) that produces exceptional image quality, which comes with an IP67-rated enclosure is supplied with an AA lens that is focused and glued in our factory. Product Default  1. The default shipping status of this product is fixed lenses, and users do not need to focus or replace the lenses themselves. If you need to replace the lens independently, please make a note when placing an order. After replacing the lens, the image quality is not within the service scope. 2. When leaving the factory, the camera is not calibrated by default. If it is necessary to calibrate the camera's internal parameters and write them into the camera storage unit, please make a note when placing an order. Development/Capture Kits Adapter board/Image Solution Adaptation Developer kit/output interface Maximum number of cameras connected Picture SG8A-ORIN-GMSL2‍ Adapter board  NVIDIA Jetson AGX Orin/AGX Xavier Developer kit   8 SerDes Camera to USB Converter SG8-U30-GMSL2 NVIDIA Jetson Orin Nano/NX Developer Kit ARM platform/computer/industrial computer/USB3.0 interface 1   CoaxCapture II GMSL Capture Card PC/IPC/PCIe3.0 8 If you need relevant development support, please contact Sales@sensing-world.com   Features  1. Output format: Uncompressed YUV422 format 2. AA IP67 compliant lens focused and glued at our factory 3. External trigger support 4. Multi−Camera synchronization Support 5. Support different focal length lens Application 1. Automotive 2. ADAS + Viewing Fusion 3. High Dynamic Range Imaging 4. Autonomous Driving 5. Robots  

- 2~16 Meters long   - Double-Female interface   - IP67 Water-proof

Mature autonomous driving HIL Video Injection Reinjection Solution   [CyberCobra] GMSL Video Injection Card（Hereinafter referred to as video injection card）is an high-speed image product based on FPGA.The video injection card adopts PCIe Gen3 technology, which can realize 8-channel video/image injection, and adopts high-precision multi-channel time synchronization technology to ensure that multi-channel data can be synchronized output, and the product is widely used in the hardware-in-the-loop HIL simulation system, digital acquisition and reinjection system, and video playback system and other scenarios.     Adopting PCIe Gen3 technology  Implement 8-channel video/image injection,High precision multi-channel time synchronization After collecting data was collected by autonomous vehicles, algorithm validation and optimization are required, which requires a data injection system to achieve. The autonomous driving IPC will transmit the collected video data of the hard disks to video injection card through the PCIe interface. The video injection card will synchronously output 8 channels of video based on the timestamp, simulate the camera time sequence, and transmit it to the domain control through the GMSL interface.Video injection card support gPTP/PTP synchronization, achieving time synchronization through switches, IPC and ACU, ensuring that all devices in the system are on the same timeline.     [CyberCobra] GMSL Video Injection Card  Independently developed and deeply adapted high-speed image products Typical applications▼ Domain controlled image reinjection and simulation testing platform Independently developed and deeply adapted high-speed image products     ◎ Support user to inject the video data ◎ Support for user injection of video datarendered by GPU graphics card emulation ◎ Support for external trigger signals to control the simultaneous output of all channels ◎ Support synchronized output according to timestamp ◎ Support gPTP/PTP synchronous   Features and Advantages ▼ ◉  PCle sustainable bandwidth up to 4800 MB/s  ◉  Output video format support YUV422,RAW10/12/14 ◉  Zynq™ UltraScale+™ ZU7EV MPSoC ◉  Support Simulate I2C messages between ECU and camera ◉  Real-time processing of large amounts of data independent from other hardware requirements ◉  Support ECU external trigger signal control for simultaneous output of all channels  ◉  High-performance DMA engine for data transfers from host ◉  Support Timestamp-based playback of RAW video data ◉  Serializer support MAX9295A,MAX96717F,MAX96717… ◉  Synchronization of multiple base boards ◉  Deserializer support MAX9296A,MAX96712,MAX96716,MAX96718…  ◉  Output video resolution supports up to 8 channels 3840 × 2160@30fps ◉  Synchronization of multiple base boards ◉  Linux and Windows supported