Los mejores productos en:
Placas Base

	Placa Base Via epia-5000ag - 1xpci / 2xsdram / udma100 - cpu : via eden 533mhz - on board: trident 3d blade vga, lan 10 / 100 , sound ac?97 - cpu via ebga 533 mhz - i / o: 1 par. , 1 ser. , 2 ps / 2, 2 tv out, 1 rj45 lan, 2 usb, 3 audio - passive heat-si

	Placa Base Via epia sp8000eg processor 800mhz - via c3 / via eden ebga processor chipset - via cn400 north bridge - via vt8237 south bridge system memory - 1 ddr266 / 333 / 400 dimm socket - up to 1gb memory size vga - integrated via unichrome pro agp graphics with

	Placa Base Via epia me6000g MB via epia-me6000 600mhz miniitx -via apollo cle266 north bridge (int. Mpeg-2 decoder & agp 2d / 3d graphics) -1xddr 266 sdram support -1x floppy, 2x ide ata 133 / 100 -via vt8235 south bridge -1x pci, passive cpu-cooling -ieee 1394 fi

	Placa Base Via epia m10000g at just 17cm x 17cm, mini-itx is the world´s smallest native x86 mainboard platform, and is fully compatible with microsoft® and linux operating systems. Now what is this board offering you ? - 1x ddr266 memory-slot (up to 1024 mb) -. .

	Placa Base Via epia en15000g - cpu: via c7 1500mhz cn700fsb400 - processor is cooled actively - 1x ddr ii 533mhz max 1gb / 1x pci - 1x 10 / 100 / 1000 lan - 2x ata 133 / 100 / 66 - 6x USB 2. 0 / 1xfirewire - sound & graphics (unichrome) on board - tv-out - incl.

	Placa Base Via epia sp13000g processor c3n 1300mhz cn400 chipset active cpu cooling audio 1x dimm ddr-400 1xpci 1x lan 10 / 100 8xusb 2. 0 firewire graphic integ. Unichrome tv-out-mpeg 4

	Placa Base The via epia ek mini-itx mainboard is available with the 1ghz or fanless 800mhz via luke corefusion™ processor platform and boasts a rich array of connectivity and digital media features to make possible a new generation of bandwidth efficient networ. . .

	Placa Base The via epia ek mini-itx mainboard is available with the 1ghz or fanless 800mhz via luke corefusion™ processor platform and boasts a rich array of connectivity and digital media features to make possible a new generation of bandwidth efficient networ. . .