ネットビジョン List of Products and Services

SVM-06 is a high-performance MIPI monitor board. It is a board for recording and displaying video signals via the MIPI interface. It can output to HDMI monitors and UVC (USB3.0/PC). Compared to the conventional SVM-MIPI product, the transfer rate per MIPI lane has been increased to 1.5Gbps/lane. Simultaneous output of UVC and HDMI is also possible, and 4K HDMI output has been achieved. By using two FPGAs compatible with MIPI-PHY, specifically Lattice's CrossLink and Xilinx's Artix7, it has become easier to connect to virtual channel compatible SerDes. The multi-boot feature allows for various functionalities, such as side-by-side image output with simultaneous input from two sensor channels and synchronized input using multiple SVM-06 units. It is also compatible with Linux environments.

• Image Processing Board

The SVM-06-SDI is equipped with a 3G-SDI transmitter and supports video output of up to 1920x1080 at 60 fps. It enables real-time, low-latency long-distance transmission of target video, such as from MIPI sensors, to SDI-compatible monitors and measurement instruments. Additionally, simultaneous output from both SDI and USB is possible, allowing for video capture on a PC while verifying data, facilitating efficient evaluation and validation.

• Image Processing Board

Developed an FPGA IP for the MIPI-DSI protocol and implemented it in the MIPI generator SVO-06. It allows for easy adjustment of video signal formats and output timings from a PC, making evaluation and verification convenient.

• Image Processing Board

The "SVP-01-UVC" is a parallel monitor board that has a proven track record of connecting with various companies' SerDes I/F and supports a wide range of automotive cameras. It supports USB 3.0 and DisplayPort output, with a maximum input of 1080p/60Hz. The included application allows for easy PC display and recording. Additionally, it is equipped with 256MB DDR3 SDRAM for stable capture, and the maximum input resolution is 8190×4095 pixels. 【Features】 ■ Proven track record of connecting with various companies' SerDes I/F and supports a wide range of automotive cameras ■ Supports USB 3.0 and DisplayPort output ■ Compatible with maximum input of 1080p/60Hz ■ Easy PC display and recording with the included application ■ Supports YUV422 8bit, RGB24, RAW input ■ I2C frequency: 100, 200, 400 KHz *For more details, please refer to the PDF document or feel free to contact us.

• Embedded Board Computers
• Image Processing Board

The MIPI generator SVO-03-MIPI is a camera emulation board that converts and outputs video signals input via USB 3.0 or HDMI into MIPI video signals. The recorded video on SVO-03-MIPI can be output to image processing devices like a camera module or CMOS image sensor. It is also possible to use CG video from a PC. Since MIPI signals can be output at video timings specified by the user, emulation of image sensors is possible. By allowing devices like ISPs to recognize video data from a PC as sensor video, development speed can be improved. This enables the development of image processing devices even when on-site shooting is difficult or while sensor development is ongoing.

• Image Processing Board

The Parallel Generator SVP-01-GEN is a camera emulation board that converts and outputs video signals input via USB 3.0 or DisplayPort into parallel video signals. Recorded video can be output to image processing devices like a camera module or CMOS image sensor. It is also possible to use CG video from a PC. This allows for the development of image processing devices in advance, even when on-site shooting is difficult or during sensor development. The blanking area, frame rate, and other settings can be configured as desired.

• Image Processing Equipment

The GW5 board is equipped with the GEO Corporation's Camera Video Processor (ISP) GW5 series, enabling powerful distortion correction and image processing such as conversion from RAW to YUV, which are strengths of GEO Corporation. It can accommodate GW5410, GW5310, or GW5210. It is designed to be compatible with GEO Corporation's evaluation boards, allowing for control and firmware updates from GEO's proprietary tools (using the FTDI FT4222 module).

• Image Processing Board

The Image Recorder SVI-09 is a board designed to input and output video signals from a parallel interface to USB3.0 (Vendor Class/PC). By using a 100-pin connector directly connected to the FPGA, it can support various input and output types (such as LVDS). With I2C communication support, controlling cameras and SerDes is easy, and in Vendor mode, our provided application can display video histograms, vector scopes, etc., allowing for real-time video analysis. It also supports 2-channel connections for CMOS sensors, making it an ideal environment for stereo camera development. Additionally, compared to the previous product SVI-06, the SVI-09 has more capacity for the FPGA and frame memory. It can also be used as a development board for commissioned development with FPGA plugin functionality.

• Image Input Board

The LAN-IF board NV051 (hereinafter referred to as NV051) is a circuit board used to connect to our image recorder SVI-09 and output the video input to the SVI-09 board via Ethernet. The NV051 is equipped with the Texas Instruments Gigabit Ethernet PHY IC DP83867, allowing it to transmit video up to 1280×720 / 30fps (in YUV16 format) using wired Gigabit Ethernet. We have developed a solution using the NV051 to transfer camera images to a host PC via LAN instead of USB. It is more manageable than a USB cable, making it widely used for autonomous driving system development. Inquiry form: https://www.net-vision.co.jp/contact/

• Other image-related equipment

By combining the SerDes board, SV series board, and CAN-ADP board, it is possible to fully synchronize images and CAN data. As an example of usage, we are currently using the FPD-Link III-DS90UB954 board FPI-954 and SVM-06 to capture in-vehicle camera images to a PC. The CAN-ADP board can be added to this environment. During image recording, CAN data is captured at the pixel clock level of the images. The CAN data is also captured during blanking and is saved to the PC in DAT file format. During playback, the CAN-ADP board is added to the environment with the FPD-Link III-DS90UB954 board FPO-953 and SVO-03-MIPI. In this environment, all the data is stored in the captured DAT file, allowing for real-time playback of images and CAN data at the pixel clock level.

• Image Processing Board

By combining "SVO-03-MIPI" and "NV011-D," this tool allows you to send video signals from a PC to the nVIDIA Jetson Nano as a replacement for the camera module "Raspberry Pi Camera V2." It is ideal for image classification and object detection for video verification on a powerful and user-friendly compact AI computer. It contributes to the efficiency of product evaluation and testing.

• Image Processing Board

The "NV011-V" is a board used to connect the MIPI image sensor board, which is utilized with evaluation tools from OmniVision, to our MIPI monitor board SVM-06. By setting up this environment, image verification can transition from a USB 2.0 environment to a USB 3.0 environment. This enables the display and storage of 1080P (1920Hx1080V) - 60fps images. By using the MIPI monitor board "SVM-06," it is possible to capture video signals from the image sensor to a PC via USB 3.0 and output to a 4K high-resolution HDMI monitor.

• Image Processing Board

The SerDes interface board is an interface board designed to connect to the SV series, which complies with the automotive camera transmission standards of Texas Instruments' FPD-Link III, Maxim Integrated's GMSL, and Sony's GVIF2. The SerDes interface board supports not only serial-parallel conversion but also bidirectional serial-MIPI conversion.

• Other image-related equipment
• Semiconductor inspection/test equipment