Architecture: ARM XScale®

Processor: Intel® IXP425
(XScale® core)

Manufacturer: ADI® Engineering

OS:

NetBSD 2.0

Toolchain:

NetBSD/i386 1.6.2

• Intel® IXP425 Processor CPU with Intel XScale® core  (both A0 and B0 steppings)

• 32 or 64MB SDRAM

• ns16550-compatible UART

• 16MB of Onboard Intel Strata-Flash

• PCIbus
• IXP425’s on-chip Ethernet co-processors (NPEB and NPEC)

• IXP425’s on-chip crypto co-processor (for IPsec)

• IDE disk interface (v. 4 and later only)

$15,000 

AMCC® PowerPC® 405EP

OS:

NetBSD 2.0.2

Toolchain:

NetBSD/i386 2.0.2 

• AMCC® PowerPC® 405EP CPU

• Real Time Clock

• Serial Ports: Both ns16550 compatible UARTS are supported. UART #0 is used as the system console at 9600 baud.

• I2C bus & the DIMM’s I2C SPD EEPROMs attached to it.

• On-chip PCI bus controller.

• Ethernet Interfaces: Both 10/100 interfaces are supported.

AMCC® PowerPC® 440GP 

OS: NetBSD 3.0

Toolchain:

 NetBSD/i386 3.0

•  AMCC® PowerPC® 440GP CPU

• DMA controller

• Real Time Clock

• Serial Ports: Both ns16550 compatible UARTS are supported.

•   UART #0 is used as the system console at 9600 baud.

• PPC440GP I2C bus and DIMM’s I2C SPD EEPROMs attached to it.

• On-chip PCI-X bus controller

• Ethernet Interfaces: Both 10/100 interfaces are supported.

AMCC® PowerPC® 440GX 

OS: NetBSD 2.0

Toolchain:

NetBSD/i386 1.6.2 

• AMCC® PowerPC® 440GX CPU

• 256kB L2 cache

• Parity support for caches and TLB.

• DMA controller

• Real Time Clock

• Serial Ports: Both ns16550 compatible UARTS are supported.

•   UART #0 is used as the system console at 115200 baud.

• I2C bus & the DIMM’s I2C SPD EEPROMs attached to it.

• On-chip PCI-X bus controller

•  Ethernet Interfaces: Both 10/100 interfaces & both 10/100/1000 interfaces

•   WCB supports TCP/IP acceleration hardware (TAH) on the 10/100/1000 interfaces.

AMCC® PowerPC® 440SP 

OS: NetBSD 2.0

Toolchain:

NetBSD/i386 2.0,
Fedora Core 4

• AMCC® PowerPC® 440SP CPU

• 256kB L2 cache

• XOR/DMA Accelerator

• Real Time Clock

• Serial Ports: Both ns16550 compatible UARTS are supported.

•   UART #0 is used as the system console at 9600 baud.

• PPC440SP I2C buses & two bootstrap PROMS attached to IIC0.

• Three on-chip PCI-X bus controllers.

• On-chip Gigabit Ethernet interface.

AMCC® PowerPC® 440SPe 

OS: NetBSD 2.0

Toolchain:

NetBSD/i386 2.0,
Fedora Core 6,
Windows (Cygwin)

• AMCC® PowerPC® 440SP CPU

• 256KB L2 cache.

• XOR/DMA Accelerator.

• Serial ports: 3 on-board ns16750-compatible UARTs.

• UART #0 is used as the system console at 115200 baud.

• IIC (I2C) busses including temperature sensor on the board.

• On-board Gigabit Ethernet interface.

• One on-board PCI-X slot.

• Three on-board PCI-Express slots.

• I2O/DMA Controller (for DMA).

MIPS CPU Core

Manufacturer: AMD 

• MIPS CPU core

• Dual 10/100 Ethernet controllers

• Dual serial interface (UART)

• USB 1.1 host controller

• PCI interface, including on-board PCI IDE and PCI device slot

Architecture: PowerPC®

Processor: Motorola® MPC875 

Manufacturer: Analogue & Micro 

OS: NetBSD 2.0

Toolchain: NetBSD 1.6.2 

• Motorola® MPC875 processor

• Two 10/100mbit/s Fast Ethernet ports

• One SMC Uart serial port

• 8MB or 16MB SDRAM

• 8MB AMD Flash

• Two onboard general purpose LEDs

Architecture: ARM XScale®

Processor: Intel XScale® PXA255 400MHz RISC

Manufacturer: Arcom 

OS: Open Source NetBSD 2.0 (Not WCB)

Toolchain: NetBSD/i386 2.0 

• Intel XScale® PXA255 400MHz RISC Processor

• 64MB on-board SDRAM

• DMA controller

• LCD controller & included 320x240 TFT LCD

• Three on-chip ns16550-compatible UARTs

• Two on-board ns16550-compatible UARTs

• 16 digital I/O lines

• AC97-based audio interface

• SMSC 91C111 10/100 Ethernet

• CompactFlash controller

 Architecture: PowerPC®

Processsor: Freescale MPC8347

Manufacturer: AudioCodes 

OS: NetBSD 2.0

Toolchain: NetBSD/i386 3.0,
Windows XP (Cygwin) 

• Freescale MPC8347 Processor

• Two 10/100/1000 Ethernet ports

• 16550 UART serial port

• DDR SDRAM

• SEC 2.4 security engine

• USB controller

• USB-CF controller

• 16MB Flash memory