Narrow down by specifying conditions
現在1888件がヒットしています。check
At the Macnica Mpression booth automotive/industrial equipment zone at ET/IoT Technology 2015, we will be exhibiting embedded video data transfer examples, with a focus on Macnica 's embedded solution demos centered on the Mpression FPGA kit. Services that utilize sensing data are expected to expand in the future in automotive and industrial equipment as well, and we introduced this as an example of IoT usage.
FPGA in-vehicle equipment solution
6 camera surround view system
Using the Mpression Nitro board, the Surround View demo system is configured by connecting 6 cameras to a crane model. General Surround View has 4 cameras, but 6 cameras are used for large vehicles and special vehicles. Furthermore, the use of an HD camera with approximately three times the resolution of conventional NTSC and VGA cameras enables the implementation of a Surround View system with high-definition images. In addition, this demo configuration can be applied not only to Surround View but also to surveillance camera systems.
Click here for more
Synchronous transmission of camera images by BroadR-Reach
At Macnica Mpression booth at ET2015, we realized Ethernet AVB transmission using a Cyclone V GX baseboard using Broadcom's BroadR-Reach as the transmission line. This page provides an overview of the demo.
Click here for more
FPGA industrial equipment solution
High-speed transmission standard IF.HOTARU IP
At Macnica Mpression booth at ET2015, we demonstrated the next generation high-speed serial interface (IF.HOTARU). This page provides an overview of the IF.HOTARU demo.
Click here for more
Cyclone V ST SoC platform "Sodia"
At Macnica Mpression booth at ET2015, a demonstration was held using the "Mpression Sodia" evaluation board equipped with Altera's Cyclone® V ST SoC, which was announced in a press release on the 17th, to composite and output SDI camera footage and SD card video onto an LVDS board @ 1024x768 (XGA) screen.
Read more
H8S Core IP for MAX 10 FPGA
A/D converts the voltage that changes with the variable resistor, and H8S changes the brightness of the LED according to the voltage. Low power consumption is achieved by utilizing the features of the MAX® 10 FPGA.
Click here for more