® phyCORE -AM335x System on Module - PRODUCT BRIEF

phyCORE-AM335x Product Highlights: EASIER // Low cost, feature-packed ARM® Cortex™-A8 based Building a new on Module (SOM) device from the ground up is an enormous challenge and risk. // Tiny form factor: 44 x 50 mm Embedded development can be // Dual Gbit , High Speed USB, and CAN made much easier by // Industrial Communications Subsystem leveraging existing solutions. // Linux, Android, and Windows Compact 7 BSPs - free source code FASTER Deploy a production-ready SOM and BSP and eliminate 6-12 phyCORE-AM335x SOM months from your development timeline. PHYTEC SOMs are designed to accelerate product The combination of industrial temperature rating, 3.3V

CHEAPER development for the OEM requiring a high-quality, high- I/O, and highly reliable interconnects make it possible for Save substantial non-recurring reliability, and long product life-cycle solution, within short developers to create products that can endure rugged engineering costs by eliminating development timeline constraints. and extreme thermal industrial environments such as specification, parts selection, industrial automation and control, human machine schematic, layout, validation, The phyCORE-AM335x SOM supports the Texas interface, interactive point-of-service kiosks, Portable and Operating System porting Instruments AM335x family of processors which Data Terminals, and more. efforts. Use an off-shelf SOM feature high processing performance, low power, and BSP instead. and a highly integrated peripheral set. The Industrial Communications Subsystem supports standards such as EtherCAT®, Ethernet/IP, PROFINET®, PROFIBUS®, POWERLINK™, SERCOS-III, and CANopen®. This integrated subsystem eliminates the need for an external ASIC/FPGA, which saves substantial BOM costs.

www.phytec.com SOM FEATURES / Part No. PCM-051:

Processor Power NAND Flash PMIC ∙∙ Texas Instruments AM335x ∙∙ 720 MHz ARM® Cortex™-A8

3.3V & 1.8V 0.5mm pitch connector: 100-pin (optional) @ 300mA ∙∙ PowerVR™ SGX530 (AM3359, AM3358, AM3354) Memory EEPROM RTC ∙∙ 512 MB DDR3, 1 GB NAND, 8 MB SPI Flash, I2C GPMC 32 KB EEPROM Ethernet RMII PHY EtherCAT/Ethernet Expansion LCD/EtherCAT AM335x UART (x3) ∙∙ 3x SD/MMC 720 MHz Analog (touch) MMC (x2) Serial Processor ∙∙ 6x UARTs, 3x I2C, 2x McASP, 2x SPI, 2x CAN UART (x3) INT0/CLKOUT 1 USB/Network McASP JTAG ∙∙ 2x HS USB OTG MMC ∙∙ 2x 10/100/1G Ethernet HS USB OTG (x2) Edge Connector Multimedia ∙∙ Audio CAN 0.5mm pitch connector: 120-pin (main) Display DDR3 SDRAM ∙∙ 24 bpp TTL or LVDS ∙∙ Touch SPI SPI Flash Misc ∙∙ RTC, PRU, GPIO, JTAG Mechanical ∙∙ 44 x 50 mm ∙∙ Dual 0.5 mm pitch connectors phyCORE-AM335x SOM BLOCK DIAGRAM Supply ∙∙ 3.6 - 5V SERVICES Temperature Product developers with aggressive timelines or limited resources can ∙∙ -40 to +85 C employ PHYTEC’s full range of design services, which include hardware Operating Systems - Kit Availability board design, customized software board support packages, and ∙∙ Linux – Q3/2012 complete turnkey design. ∙∙ Android – Q4/2012 ∙∙ Windows Embedded Compact 7 – Q3/2012

DEVELOPMENT KIT The phyCORE-AM335x SOM is available in a development kit that includes the SOM, a carrier board, optional LCD, optional WiFi, and all www.phytec.com | [email protected] | 206.780.9047 | 800.278.9913 accessories required for immediate start-up.