PC Engines system board ALIX, 500MHz, 256MB, 1LAN, 1miniPCI, miniITX
The PC Engines ALIX series of system boards gives OEMs a higher performance replacement for the WRAP series of system boards.

CPU AMD Geode LX 500 MHz Memory 256 MB SDRAM on board LAN 1 LAN IDE/Serial ATA CompactFlash socket, 44 pin IDE Expansion Slots miniPCI + PCI + LPC + optional I2C Rear Panel I/O Ports 2 COM, 4 USB, 1 LPT, audio, VGA 12V DC, DC-DC converter on board PCB 6.7 x 6.7" (miniITX)

PC Engines system board ALIX, 500MHz, 256MB, 2LAN, 2miniPCI, USB
The PC Engines ALIX series of system boards gives OEMs a higher performance replacement for the WRAP series of system boards.

CPU AMD Geode LX 500 MHz Memory 256 MB SDRAM on board LAN 2 LAN ports 10/100 IDE/Serial ATA CompactFlash socket Expansion Slots 2 miniPCI slots Rear Panel I/O Ports DB9 serial port, dual USB port Power: DC jack or passive POE, min. 7V to max. 20V PCB 152.4 x 152.4 mm - same as WRAP.1E

PC Engines system board ALIX, 500MHz, 256MB, 3LAN, 1miniPCI, USB
The PC Engines ALIX series of system boards gives OEMs a higher performance replacement for the WRAP series of system boards.

CPU AMD Geode LX 500 MHz Memory 256 MB SDRAM on board LAN 3 LAN ports 10/100 IDE/Serial ATA CompactFlash socket Expansion Slots 1 miniPCI slots Rear Panel I/O Ports DB9 serial port, dual USB port Power: DC jack or passive POE, min. 7V to max. 20V PCB 152.4 x 152.4 mm - same as WRAP.1E

PC Engines system board ALIX, 500MHz, 256MB, 1LAN, 2miniPCI, USB
The PC Engines ALIX series of system boards gives OEMs a higher performance replacement for the WRAP series of system boards.

CPU AMD Geode LX 500 MHz Memory 256 MB SDRAM on board LAN 1 LAN port 10/100 IDE/Serial ATA CompactFlash socket Expansion Slots 2 miniPCI slots Rear Panel I/O Ports DB9 serial port, dual USB port Power: DC jack or passive POE, min. 7V to max. 20V PCB 100 x 160 mm - same as WRAP.2E

Adapter for RouterBOARD, AC220V/18V DC

POE Injector
Base Unit (POE-100BU)

The base Unit takes the electricity from the Power Adapter and the data from the Ethernet network, then combined them into a signal that can be transmitted through the UTP/STP cable.