Albatron Mars PX915P-AGPe Motherboard Review 
  Albatron has made incredible progress since the company was founded 
by late Gigabyte CEO, Jack Ko, a few  years ago. In fact, 
Albatron have advanced to the point where I think  we can consider them a 
tier 1 manufacturer. If not for reasons of  volume, for the type 
of quality we see so consistently demonstrated.
With 2004 
a transition year for Intel, it has been a very expensive proposition for users 
to fully modernize their machines. This is where the Albatron      Mars PX915P-AGPe motherboard comes into play. It fills in 
the gap set forth by the socket 775 Intel Pentium 4 and Intel 915 chipset which 
require users to adopt PCI Express graphics solutions. Or course, this board 
will support a PCI Express x16 videocard (4GB/s bandwidth), but it also has a 
AGPe slot that is compatible with 8X AGP videocards. Furthermore, since the 
PX915P-AGPe is built around the Intel 915P core logic and ICH6 
southbridge, it makes use of standard dual channel DDR memory, not DDR-2 
RAM.
 Either 
type of videocard can be used, even at the same time. Although, we should point 
out that the AGPe (AGP extension) slot is not necessarily 
equal to that of an 8X AGP    slot, as 
it runs through the PCI bus. The flexibility is nice, and makes 
it the major selling point of Albatron's PX915P-AGPe motherboard.
  
  
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Other standard features include a IDE RAID 
controller, 7.1-channel Intel 'Azalia' audio, four SATA headers, eight USB2.0 
ports, and two onboard Ethernet LAN connections; the first Gigabit and the 
second a 10/100 NIC. The board features four 184-pin DDR sockets which will 
support up to 4GB of PC2700/3200 RAM, two PCI Express x1 lanes (250MB/s 
bandwidth), two PCI slots, and the aforementioned AGPe and PCI Express x16 
slots. With a front side bus of either 533MHz or 800MHz, any speed of Intel 
socket 775 'Prescott' Pentium 4 processor is supported.
 Around back on this full size ATX board, are the I/O ports. The only 
ones really worth noting are the twin network adaptors, and 6 mini-headphone 
jacks which work with Intel's 'High Definition Audio' codec, otherwise also 
known as 'Azalia.' Intel's HDA is a move to improve the sound we used to be 
getting from puny little AC'97 codecs, and it really does make good strives in 
that department.
Heatsink and Socket 
775
 As you know, socket 775 heatsinks 
are significantly larger than the old standard socket 478 cooler was. Because of this 
thermal solution increase in size to roughly 90mm in diameter, you may notice 
that good motherboard manufacturers use higher quality electrical components around the CPU 
socket - technically called 'Socket T' - which have a compact size necessary 
to keep them close to the socket, and out of the way of the heatsink.
     As you know, socket 775 heatsinks 
are significantly larger than the old standard socket 478 cooler was. Because of this 
thermal solution increase in size to roughly 90mm in diameter, you may notice 
that good motherboard manufacturers use higher quality electrical components around the CPU 
socket - technically called 'Socket T' - which have a compact size necessary 
to keep them close to the socket, and out of the way of the heatsink. 
     The capacitors for example are like the kind found on videocards, due to 
a low profile requirement so they can remain under the edge of the heatsink. 
Also, the EMI filters typically used on motherboards (a ferrite toroid wrapped 
in copper wire) have been substituted for a higher quality, low profile version 
that sits flat on the PCB surface (the flat gray cubes in the picture below). 
These 
components are used on the Albatron PX915P-AGPe, and fulfill their role in the 
supporting circuitry for the Prescott Pentium 4 processor, and for providing a clear 
space for the heatsink to mount. It may be worth your 
while to be a little wary of motherboards which use more generic parts 
here...
 Power Connections
Power Connections   
 In the 
long list of components which Intel engineers specified for the new processor 
formfactor, is the 24-pin ATX power connector. With the spirit of backwards 
compatibility in mind, the Albatron PX915P-AGPe is compatible with 
standard 20-pin ATX power supplies. So, for 
the moment you do not need to upgrade your power supply either, though 
you will need one with the 4-pin auxiliary 12V connector.
With both 
the 915P and 925X chipsets placing a 
lot of emphasis on Serial ATA devices, we were pleased 
to see that 
the Albatron Mars 
PX915P-AGPe includes an IDE RAID controller, and two extra IDE channels for a total of 
four SATA headers. IDE drives will continue to live on for quite some time, and 
this also allows users to move their old hard drives onto the PX915P-AGPe without having 
to buy an additional PCI-based IDE controller.
Last but 
not least are the four DDR memory slots for dual channel RAM. The Albatron Mars 
PX915P-AGPe uses standard DDR RAM instead of the more expensive 
DDR-2 memory. Yet one more component users can utilize from their older systems 
as the switch from socket 478 Pentium 4 to socket 775 Pentium 
4 is made. Now let's take a closer look at those two videocard 
sockets!