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Kontron - E²Brain COM with Freescale MPC8347 processor... |
A new Computer-On-Module (COM) which complies with the E²Brain standard for RISC-based COMs published in 2005, has been introduced by Kontron Modular Computers.
The E²Brain (Embedded Electronic Brain) EB8347 is based on Freescale's MPC8347 processor (or optionally the MPC8347E) with Security Engine; its features include an integrated DVI graphics port, TTL flat panel interface, two USB 2.0 ports (480 Mbit/s), and 1008 MIPS @ 533 MHz. For the first time, two functions can be integrated into an E²Brain-based RISC system: sophisticated HMI, and real-time controls. With this level of functionality, the EB8347 is in harsh environments an excellent alternative for x86-based COMs. The virtues of RISC shine through: excellent computing power with minimal power consumption, extremely robust mechanical design - with an extended temperature range of 0C to 70C (optionally -40C to +85C) - and availability of seven years or more, says the company.
Potential applications for the new E2Brain module can be found in the automation, medical technology, energy, defence, or transportation and automotive industries. Examples in the transportation industry include cockpit computers in cars and trains, construction machinery. Due to the maturity of the module technology, OEMs that use the EB8347 can concentrate on their core competences and significantly reduce their time to market, says the company.
In addition to the MPC8347 processor with integrated user interfaces, the E2Brain EB8347 offer two Gigabit Ethernet interfaces and up to 256MB directly soldered fast DDR-SDRAM. Additional features include up to 64MB Flash, E²Prom for user and configuration data, 4 serial ports (2 terminal ports Rx/Tx, 4x 16550-compatible), an AC97 audio interface, and an interface for CompactFlash storage cards (slot on the carrier board). Furthermore, RTC, Watchdog, and temperature sensors are on board. Customer-specific expansions are connected via LPC and/or 32 bit, 33/66 MHz PCI bus interfaces. The board requires only a single 3.3V power supply.
An operating system-independent boot loader with network support and a Linux and VxWorks board support package are available as software support.
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