This board is the follow-on to the ECS K7S6A (SiS735), which is in itself an over-achiever.
The differences:
SiS 745 supports for DDR333 RAM (PC-100 support dropped)
3 DDR memory slots vs. 2 in the K7S5A
More configurable BIOS (lots of new settings, incl. some O'clock settings)
APIC support (extended IRQ's in Win2K/XP)
Improved layout (floppy & IDE cables aren't so close as to cause tangles)
Power connector out of the way
No LAN connector (but onboard audio is still there)
about $70-80 and very much worth the price difference from the K7S5A when it comes to DDR333, convenience and the improved BIOS.
Advantage over VIA KT266/333 chipped boards;
The KTxxx boards are set up to emphasize CPU to memory performance. This may be fine for playing games, but they fall on their arse when PCI busmastering is the essential ingredient.
Where the ECS K7S5A/K7S6A differ is that they do emphasize PCI busmastering over CPU benchmarking. This makes them excellent boards in systems that will have multiple cards installed that, either singly or cumulatively, will require a high PCI bandwidth.
Just one example: a high bandwidth RAID plus a realtime editing board. Lots of bits moving through the bus in these rigs and they push the PCI bus to the limits.
Dr. Mordrid
The differences:
SiS 745 supports for DDR333 RAM (PC-100 support dropped)
3 DDR memory slots vs. 2 in the K7S5A
More configurable BIOS (lots of new settings, incl. some O'clock settings)
APIC support (extended IRQ's in Win2K/XP)
Improved layout (floppy & IDE cables aren't so close as to cause tangles)
Power connector out of the way
No LAN connector (but onboard audio is still there)
about $70-80 and very much worth the price difference from the K7S5A when it comes to DDR333, convenience and the improved BIOS.
Advantage over VIA KT266/333 chipped boards;
The KTxxx boards are set up to emphasize CPU to memory performance. This may be fine for playing games, but they fall on their arse when PCI busmastering is the essential ingredient.
Where the ECS K7S5A/K7S6A differ is that they do emphasize PCI busmastering over CPU benchmarking. This makes them excellent boards in systems that will have multiple cards installed that, either singly or cumulatively, will require a high PCI bandwidth.
Just one example: a high bandwidth RAID plus a realtime editing board. Lots of bits moving through the bus in these rigs and they push the PCI bus to the limits.
Dr. Mordrid
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