ARM11 ARM9 ARM7 XScale Cortex-A8 Cortex-A9 Cortex-M3 Blackfin Coldfire PowerPC x86 C16x/XC16x/ST10/XA 8051

phyCORE®-AT91M55800A

32-bit RISC Microcontroller with CAN & Ethernet

Rapid Development Kit

phyCORE-AT91M55800A RDK

Includes module, carrier board, software eval. tools, access to schematics

Learn More

SOM comparison table
Compare PHYTEC's large variety of SOM solutions.
Learn more »

Design Services
Short on resources? See how our design team can help. Learn more »

PHYTEC Production
Our in-house production facilities support all stages of your product cycle.
Learn more »

Technical Support
Talk to our technical staff with every call. No waiting for answers. Learn more »

SOM Advantage
Shorten time-to-market, reduce development costs, and avoid design risks.
Learn more »

Customer Testimonials
Read what some of our customers have to say.
Learn more »

Processor Details

The phyCORE-AT91M55800A supports the Atmel AT91M55800A controller.

phyCORE-ARM7/AT91M55800A SBC Module

phyCORE-AT91M55800A SOM

Description | Features | Order
Documentation & Demos | RTOSes & Tools | Related Products

SOM Description

Based on the Atmel AT91M55800A ARM7TDMI controller, the phyCORE-ARM7/AT91 offers processing power combined with low power consumption in a minimum form factor (60x53 mm). The AT91M55800A has a 32-bit RISC architecture with a high-density 16-bit instruction set. A large number of internal register banks enable very fast command execution, making the controller especially suited for real-time applications. Up to 16 MB Flash and 8 MB SRAM in µBGA-housing populate the module as external memory. The on-board twin CAN controller provides two fully configured 2.0B CAN interfaces, while a CS8900A Ethernet controller supports data transfer up to 10 Mbit/s. The standard module configuration comes complete with a JTAG interface for download of user code and debugging purposes. Other chip-level features include an 8-channel ADC with 10-bit resolution and a 2-channel DAC with 10-bit resolution. All applicable logic signals are broken out at two dual-row high-density (0.635 mm) connectors.

SOM Features

  • Subminiature System on Module in 60 x 53 mm dimensions according to low EMI phyCORE design

  • Atmel AT91M55800A ARM7TDMI 32-bit RISC microcontroller (µBGA-package)

  • Controller and board-level signals extend to two high-density (0.635 mm) 100-pin Molex connectors on the underside of the SOM
  • On-board memory:

    • Flash: 1 to 16 MB µBGA-package In System-Programmable (ISP)

    • SRAM: 512 KB to 8 MB µBGA-package

    • Serial: 1 to 8 KB SPI-EEPROM (alternatively FRAM)

  • 16-bit external data bus

  • SRAM battery back-up support

  • RS-232 transceiver supports 3x asynchronous serial interfaces

  • Optional dual CAN controller

  • 10 Mbit/s CS8900A Ethernet controller

  • JTAG Interface

Ordering

Product Description Pricing
phyCORE-AT91M55800A
System on Module
Customized configurations are available to OEM customers at optimized SOM pricing for minimum orders of 100 units. Contact
for quote or call 800.278.9913
phyCORE-AT91M55800A
Development Kit
Includes phyCORE-AT91M55800A SOM with the following configuration: 2 MB SRAM, 4 MB Flash, 2 KB EEPROM, Ethernet, CAN, 10-pin JTAG connector at X2. Also includes Carrier Board, complete electronic documentation, access to schematics, demo applications, and third party industry-standard C compilers and embedded development environments for evaluation. Pricing and
order information for the
phyCORE-AT91M558800A
Development Kit »

Technical Documentation & Demos

Click here to link to Errata Notes associated with this SOM

File Download Date Filename Size

phyCORE-AT91M55800A Hardware Manual

Feb. 2003

L-618e

1.3 MB

phyCORE-AT91M55800A QuickStart using Keil µVision3

Jul. 2005

L-642e

1.5 MB

Errata: V1.0 for phyCORE-ARM7/AT91

Aug. 2005

TN-007e

19 KB


RTOSes & Tools

The availability of Board Support software and tools is a primary criterion in the selection of a microcontroller for embedded development. PHYTEC works closely with our partners up and down the embedded solutions chain to ensure optimized interoperability of our boards with other tools, and provides embedded developers with what they need to speed design concepts to product and market.

 

Compilers, Assemblers and Debuggers

Flash Programmers

RTOSes

Debugging

CAN

Communication Stacks


Related Products


Top