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MIPI Monitoring Board
SVM-06■ Overview
The transfer rate is 1.5Gbps per MIPI lane, and it supports video output in 4K resolution.
It also has various functions: capturing Embedded Data and multiple Virtual Channels; simultaneously capturing videos from two image sensors and displaying them side by side; capturing videos from multiple cameras using this board for the number of cameras.
The capture function is compatible with Windows and Linux environments that support UVC.
■ Characteristics
• Supports MIPI CSI-2 1.5Gbps / lane
• Output to USB3.0 & HDMI simultaneously
• Compatible with 6Gbps automotive deserializer
• Output to USB3.0 & HDMI simultaneously
• Compatible with 6Gbps automotive deserializer
■ Configuration Example
| Table Item | Specification | Remarks | |
|---|---|---|---|
| Video input interface | MIPI CSI-2 video signal | Supports FPD-LinkIII, GMSL, GVIF2 as deserializer | |
| Video output interface | USB3.0 (Windows, Linux, UVC Driver) HDMI (720P-60 fps / 1080P-60 or 30 fps / 4K-30 fps) |
Special HDMI monitors are available individually | |
| Input resolution | Up to 8190x4095 pixel | In the case of 1920x1080, about 140 fps In the case of 1280x720, about 300 fps |
|
| Output bit rate | (UVC mode) within 3.0 Gbps (HDMI mode) within 7.2 Gbps |
In the case of 1920x1080 (UVC mode) about 80 fps In the case of 1920x1080 (HDMI mode) about 60 fps |
|
| Supported sync signal | Frame Start, Frame End | ー | |
| Number of supported data lanes | 1 ～ 4 lanes | ー | |
| Data rate per lane | 20 ～ 1500 Mbps | ー | |
| Clock rate | 10 ～ 750 MHz | ー | |
| Supported pixel formats | YUV422 8bit / RGB24 / Raw8, 10, 12, 16, 20 |
ー | |
| Other interfaces | I2C | Frequency：100 / 200 / 400 kHz | Voltage level follows VDDL |
| GPIO | 16bit, IN/OUT direction control for each bit, Direct connection to FPGA |
Voltage level follows VDDL | |
| Power supply | Board power (input) | USB bus power / Dedicated 2pin connector (5V) |
ー |
| Target side power (output) | VDDIO = 1.8 or 2.5 or 3.3 V / 3.3 & 1.2 V output available | VDDIO ：IO power supply setting | |
| Other functions | Test pattern output function, Image clipping function, Virtual Channel and Embedded Line are available individually |
ROM startup : Function to automatically transmit SerDes setting file (I2C) Support for ContinousClock and NonContinousClock |
|
| Interface connector | 120 pin (QSH-060-01-L-D-A) | connectable to a board with 60-pin connector | |
| FPGA | Artix-7 (XC7A35T) + CrossLink (LIF-MD6000) |
ー | |
| Frame memory | 256 MByte (DDR3-SDRAM) | ー | |
| USB3.0 chip | Cypress EZ-USB FX3 | ー | |
| HDMI chip | Sil1136 | ー | |
| Dimensions | length x width x height = 101.6 x 101.6 x 25.7 (mm) |
Including spacer (10mm) in height | |
| Attached software Windows |
Video display software | NVCap | ー |
| I2C control software | SVMCtl | Including SV board update application | |
| Supported SerDes boards of our company | DS90UB954, MAX9288, CXD4960 etc., | ー | |
Application software：NVCap & SVMCtl, Test pattern output function, Image clipping function
■ Design Documents
■ Full Package Download
■ SVM-06 Evaluation Kit
This is a demonstration kit for Raspberry Pi Camera module compatible MIPI sensors.
Recently, Raspberry Pi Cameras have become affordable and obtainable, so we developed a connection board (NV011-D) for this configuration.
We can provide a sensor initialization script file for IMX219 along with it, allowing you to test and confirm the functionality of our board as soon as you acquire it.
This kit is not a standard product for sale, please contact us for more details.
■ Application
Display video signal of camera modules or CMOS sensors to DisplayPort monitor,
Around view development, Simultaneous monitoring of multiple sensors.
Around view development, Simultaneous monitoring of multiple sensors.
■ Application Areas
Automotive / transportation equipment, medical testing / analysis / measurement, IT / information / communications, software, education / research institutions, and so on.
Notes: Product names and company names are trademarks of each companies.
These data may be changed without a preliminary announcement for specification change.