J
John Lewis
See:-
AMD939, A8N32-SLI Deluxe picture and overview
http://www.asus.com.tw/products4.aspx?l1=3&l2=15&l3=226&model=744&modelmenu=1
Intel 775, P5N32-SLI Deluxe picture and overview
http://www.asus.com.tw/products4.aspx?l1=3&l2=11&l3=227&model=745&modelmenu=1
These are first Asus motherboards based on the nForce4 SLI X16
chip-set, with full dual X16 SLI-capable sockets.
Odd socket layouts. Since the SLI X16 is a 2-chip solution for BOTH
AMD and Intel, the PCI/PCIe sockets have been re-arranged.
On the AMD motherboard, note that if you have a dual set of SLI video
cards and you would like them both to be very well-ventilated (e.g:
dual 7800GTX), only the PCI socket in the middle of the 3 PCI sockets
should ever be used for a PCI add-on, most likely a sound-board. For
those really needing 2 PCI (non-e) slots and still wanting good
ventilation for a dual-set of sweaty SLI video cards, the A8N-SLI
Premium ( dual x8 in SLI mode) might be a better bet.
A similar situation exists for the Intel P5N32-SLI, where the only PCI
socket safe to use while still fully ventilating the SLI video
cards is the PCI socket at the end. And this board has only 2 PCI
( non-e) sockets as opposed to the 3 on the AMD board.
However for those not necessarily interested in pure SLI, or who have
SLI cards of modest heat-dissipation ( 6600GT etc), but interested in
the future use of a second true X16 socket ( physics chip ?), either
of these boards might be an interesting investment with an eye to some
future-proofing. Plus the nVidia chip-set has been upgraded to
RAID5...and maybe some other nForce4 chip-set bugs (firewall ?)
have been fixed in the process.......... ?
Some other differences between the AMD and Intel versions:-
The A8N32-SLI has an extra PCI (non-e) slot over the P5N32-SLI;
however it only has a single x4 PCIe slot and no x1 PCIe slots. The
P5N32-SLI has a x4PCIe slot and two x1 PCIE slots.
Four upsides on both boards:-
1. The processor has plenty of room for a very large air-cooled
heat-sink or water-cool plumbing.
2. Totally passive board cooling. However the board requires
mounting vertically in a tower orientation with the heat-fins at
the top for the heat-pipes to work most efficiently. Beware of
tower cases that invert the motherboard !!!
3. The video cards are sited well away from the processor air-flow
4. These boards are fully power-optimized for the dual-core
processors. Note the dual-sets of power-regulators - Asus's
so-called 8-phase power. Certainly will help spread the
power-load and smooth ripples in the case of the sweaty
Intel Dual-core processors...........
No pricing info available as yet. Probably not cheap........
John Lewis
- Technology early-birds are flying guinea-pigs.
AMD939, A8N32-SLI Deluxe picture and overview
http://www.asus.com.tw/products4.aspx?l1=3&l2=15&l3=226&model=744&modelmenu=1
Intel 775, P5N32-SLI Deluxe picture and overview
http://www.asus.com.tw/products4.aspx?l1=3&l2=11&l3=227&model=745&modelmenu=1
These are first Asus motherboards based on the nForce4 SLI X16
chip-set, with full dual X16 SLI-capable sockets.
Odd socket layouts. Since the SLI X16 is a 2-chip solution for BOTH
AMD and Intel, the PCI/PCIe sockets have been re-arranged.
On the AMD motherboard, note that if you have a dual set of SLI video
cards and you would like them both to be very well-ventilated (e.g:
dual 7800GTX), only the PCI socket in the middle of the 3 PCI sockets
should ever be used for a PCI add-on, most likely a sound-board. For
those really needing 2 PCI (non-e) slots and still wanting good
ventilation for a dual-set of sweaty SLI video cards, the A8N-SLI
Premium ( dual x8 in SLI mode) might be a better bet.
A similar situation exists for the Intel P5N32-SLI, where the only PCI
socket safe to use while still fully ventilating the SLI video
cards is the PCI socket at the end. And this board has only 2 PCI
( non-e) sockets as opposed to the 3 on the AMD board.
However for those not necessarily interested in pure SLI, or who have
SLI cards of modest heat-dissipation ( 6600GT etc), but interested in
the future use of a second true X16 socket ( physics chip ?), either
of these boards might be an interesting investment with an eye to some
future-proofing. Plus the nVidia chip-set has been upgraded to
RAID5...and maybe some other nForce4 chip-set bugs (firewall ?)
have been fixed in the process.......... ?
Some other differences between the AMD and Intel versions:-
The A8N32-SLI has an extra PCI (non-e) slot over the P5N32-SLI;
however it only has a single x4 PCIe slot and no x1 PCIe slots. The
P5N32-SLI has a x4PCIe slot and two x1 PCIE slots.
Four upsides on both boards:-
1. The processor has plenty of room for a very large air-cooled
heat-sink or water-cool plumbing.
2. Totally passive board cooling. However the board requires
mounting vertically in a tower orientation with the heat-fins at
the top for the heat-pipes to work most efficiently. Beware of
tower cases that invert the motherboard !!!
3. The video cards are sited well away from the processor air-flow
4. These boards are fully power-optimized for the dual-core
processors. Note the dual-sets of power-regulators - Asus's
so-called 8-phase power. Certainly will help spread the
power-load and smooth ripples in the case of the sweaty
Intel Dual-core processors...........
No pricing info available as yet. Probably not cheap........
John Lewis
- Technology early-birds are flying guinea-pigs.