Salute-EL24PM

Salute-EL24PM — the processor module developed based on a system on a crystal 1892VM14Ya.

2018: Beginning of deliveries

SPC Elvis in March, 2018 began deliveries of the processor module Salute-EL24PM based on own system on a crystal 1892VM14Ya which is a domestic chip 2 levels on classification of Minpromtorg.

Processor module Salute-EL24PM

According to representatives of SPC Elvis, the module Salute-EL24PM allows to simplify development of devices based on processor 1892VM14Ya, provides the ready-made hardware solution with broad functionality and a big set of input-output interfaces.

Specifications:

• processor 1892VM14Ya:
  • CPU 2xARM Cortex-A9, up to 816 MHz;
  • DSP 2xELcore-30M, up to 672 MHz;
  • H.264 codec;
  • GPU Mali-300;

• DDR3 RAM, 32 bits, 2 GB;
• NAND OF 4 GB;
• eMMC of 32 GB;
• USB 2.0;
• Ethernet 10/100/1000;
• SpaceWire (2 ports);
• video inputs: TTL of 12 bits, MIPI CSI2 4 lanes (2 ports);
• video outputs: TTL RGB of 24 bits, MIPI DSI of 4 lanes;
• audio inputs: for the microphone, linear;
• audio outputs: for earphones, linear;
• other interfaces: SDMMC, I2S, I2C (3 ports), UART (4 ports), SPI (2 ports), PWM (4 channels), MFBSP (LPORT, SPI, I2S, GPIO), GPIO (up to 116 ports);
• power supply: 3.3 V;
• standard power consumption: 5 W, no more;
• sizes: 60х60х5.5 mm.

For studying of opportunities of the processor module and prototyping of end devices the debug module Salute-EL24OM is also released.

Debug module Salute-EL24OM1

Are included in the delivery:

• node printing Salute-EL24OM1;
• set fixing for the processor module Salute-EL24PM;
• the memory card microSD with the preset Linux distribution kit;
• SpaceWire cable;
• USB-mini cable;
• battery lithium CR2032;
• power source;
• documentation kit on the electronic medium;
• label.

Work can be performed by the following methods:

• using development tools of MCStudio and the MC-USB-JTAG emulator;
• using GDB which is free of charge provided on the FTP debugger and the MC-USB-JTAG emulator;
• loading of programs for the UART interface or from the SD card.