What about the non-original chipsets?
What about the non-original chipsets?
I heard about some non-original chipsets, called VXPro, VXPro+, TXPro, HXPro, FXPro... Can you tell me something more? I saw a lot of Pentium-motherboards with these chipsets, and, if you don't want extra-performance, they run very well.
http://www.pcguide.com/ref/mbsys/chip/pop/g5i.htm (the sub pages)
According to them, those "Pro" chipsets are cheap imitations.
According to them, those "Pro" chipsets are cheap imitations.
These chipsets were basically OEM versions of VIA chipsets, possibly some others like SiS and/or ALi as well.
I noticed them mostly on the really cheap Taiwainese motherboards like those from ECS which makes so many cheaper brands like Amptron, PC Chips, Matsonic et.al.
The advantage to many of these chipsets was that you could run other then an Intel CPU on them, for instance the old Cyrix 6x86 and the AMD K5/K6 series CPU's.
I noticed them mostly on the really cheap Taiwainese motherboards like those from ECS which makes so many cheaper brands like Amptron, PC Chips, Matsonic et.al.

The advantage to many of these chipsets was that you could run other then an Intel CPU on them, for instance the old Cyrix 6x86 and the AMD K5/K6 series CPU's.
Suck it down!
Nothing to explain, some manufacturers built-in support in the system BIOS for non-Intel CPU's and others did not. That being said, some motherboards that were supposed to support non-Intel CPU's still had issues running these CPU's so it sometimes was problematic to getting a non-Intel CPU working properly. Other motherboards had little or no problems running all the CPU's that were available at the time.fabiobol wrote:Yes, I know, but, about 2 years ago, we installed a AMD K6 /200 MHz processor on a Green Pci/Isa system from ABIT, with the chipset I430TX, and it ran very well! How do you explain this?
Basically the compeating chipsets out at the time were primarialy used by the Tier 2/3 motherboard manufacturers, many of these had some or many issues running non-Intel CPU's...
Suck it down!
Ok...
If the CPU uses a 66 MHz bus, then the Super Socket 7 pretty much operates little different from the normal Socket 7, which also has a maximum bus speed of 66 MHz.
Since the Super Socket 7 would no longer have the advantage of the 100 MHz bus, the 2 chipsets can then be compared for their architectural features instead of their clock speed (since both operate at the same clock speed - 66 MHz).
If the CPU uses a 66 MHz bus, then the Super Socket 7 pretty much operates little different from the normal Socket 7, which also has a maximum bus speed of 66 MHz.
Since the Super Socket 7 would no longer have the advantage of the 100 MHz bus, the 2 chipsets can then be compared for their architectural features instead of their clock speed (since both operate at the same clock speed - 66 MHz).
The chipsets that did support SDRAM had one or maybe 2 sockets and only used small sizes of slow PC66 dimms, not much of an advantage.
Super socket 7 boards had better chipsets but were aimed at K6's since intel had moved onto the P2 by then (BX chipset being the best/most stable).
http://www.pcguide.com/ref/mbsys/chip/p ... 0TX-c.html
check this out for a comparison.
Super socket 7 boards had better chipsets but were aimed at K6's since intel had moved onto the P2 by then (BX chipset being the best/most stable).
http://www.pcguide.com/ref/mbsys/chip/p ... 0TX-c.html
check this out for a comparison.