Borax SOM

System on Module with Altera Cyclone V SoC

Borax SOM is a system on module card integrating Altera® Cyclone® V SoC and necessary memory, power and external interfaces on a very small size card.

Cyclone V SoC is a new SoC tightly coupling with Dual-core ARM Cortex-A9 and FPGA fabric, enabling easy development of complex systems with advanced application processing and flexible hardware using FPGA.

By utilizing pin compatible packages, users can pick optimal FPGA and memory capacities for development and mass production purposes and price/performance requirements.

Base board with various interfaces for development phase is provided, enabling parallel development of system hardware and software/FPGA design, resulting in shorter development turn around.

Features

Core Card in standard configuration

FPGA/Processor	Cyclone V SoC - 5CSEBA2C8N FPGA fabric: 25-110LE Processor: Cortex-A9 Core x2 (667-925MHz)
Memory	MT41K128M16JT-125 - 128M x 16 bit (512MB) DDR3L SDRAM x 2 MT29F8G08ABABAWP:B –SLC 8Gb x 8 bit (1GB) NAND Flash
Ethernet PHY	KSZ9031RNXCA –10/100/1000M Ethernet PHY
Clock	50MHz, 25MHz
Power Supply	4.5~5.5V supplied (AC adapter)
Others	1339C-31SRI –RTC with XTL USB3300-EZK –USB High Speed Host/OTG PHY HPS I/O: GPIO x 8, GPI x 14, UART x 2-8 FPGA I/O: GPIO x 123 (incl. LVDS TX x 12 pairs, RX x 5 pairs) 208 pins 2mm pitch external headers (male) connect with base board
Dimensions	95 mm x 55 mm

Base board

External Interfaces	RJ-45 x 3 USB OTG x 1 UART x 1 CAN x 1
Connection with Core Card	208 pins 2mm pitch external headers (female)
FPGA Config.	On-board USB Blaster II
Others	Push Switch Dip Switch SD Card Slot Optional 800x480 resolution resistive touch LCD

Base board pic

Base board, core card and LCD

Core Card Configurations

There are various configurations of Cyclone V SoC FPGA fabric size, speed grade, temperature grade and memory sizes (DDR3, Flash) for optimal price/performance requirements.

Documentation

Note: You can also download the contents of the archives above from the following links:

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