Page 1:Big Business: In Search Of The Price/performance King
Page 2:The Test Sample: Anything Goes!
Page 3:Memory: Run-of-the-mill Timing
Page 4:Maximum Possible Effectiveness: Hardware Features
Page 5:Maximum Possible Effectiveness: Hardware Features, Continued
Page 6:Abit BD7-E
Page 7:Acorp 4PE800
Page 8:Albatron PM845GL1-533
Page 9:AOpen AX4PE Max
Page 10:Azza P4X4-ALH
Page 11:Biostar P4TPE8
Page 12:Chaintech 9VJL3
Page 13:DFI PS35-BL
Page 14:Elitegroup P4Vmm2
Page 15:FIC P4-865P Ultra
Page 16:Gigabyte GA-8S648FX
Page 17:Intel D865 PERL
Page 18:Jetway P4845PEBL
Page 19:MSI 845PE Max
Page 20:QDI/Legend PlatiniX 2E-333 6A
Page 21:Shuttle AV49N
Page 22:Soyo P4I875 Dragon 2 Platinum Edition
Page 23:XFX Mach4 845PE-ANT
Page 24:Test Setup
Page 25:Benchmark Results
Page 26:Unreal Tournament 2003
Page 27:3D Mark 2003
Page 28:Lame 3.92 MP3 Encoding
Page 29:3DStudio Max
Page 30:SPECviewperf 7.1
Page 31:Sysmark 2002
Page 32:SiSoft Sandra 2003 Pro
Page 33:Conclusion: It Always Pays To Compare
Maximum Possible Effectiveness: Hardware Features, Continued
RAID controllers are another hot topic today. Almost every major motherboard maker offers products with integrated controllers from HighPoint or Promise. However, buyers beware: RAID is eminently suitable for chronic power cravings (RAID-0, striping) or the need for increased reliability (RAID-1, mirroring), or even both at once (RAID 0+1). In any case, you will need two (0, 1) or four hard drives (0+1) to do it. In settings where price/performance is paramount, RAID takes a back seat.
Uninteresting for home users but important for corporate customers are the expansion slots AMR (audio modem riser) and CNR (communications and network riser). These allow appropriate hardware to be added; the real reason is to save costs. Home users don't need either of the two slots, since the necessary plug-in cards are hard to find in stores and, compared to PCI components, save no money and hamper flexibility to boot.
The subject of overclocking is not to be overlooked. What used to be just for speed demons has now gained the status of a popular sport. Now and again there are processors that can be significantly overclocked with very little problem. However, anyone who relies on a functional system should leave this option be, or have the computer tested after overclocking-and invest several days in doing so.
Several options are necessary to allow the system speed, CPU core voltage and, if desired, the clock speed of the AGP bus and the main memory to be manipulated. For fine-tuning, the manipulation options of the AGP, chipset, and main memory input power will suffice, but very few users make use of them.
Questionable: Intel 845PE And FSB800
Many manufacturers sent us boards with Intel's well-known 845PE chipset for this round of comparative tests. Although it is no longer brand-new, the bulk of Pentium 4 systems sold are based on the chipset, thanks to its low price (compared to the 865 and 875).
While Intel is hardly likely to rework the chipset - i.e. release it for 800 MHz FSB speed - the manufacturers are taking care of that themselves. After all, there is still no low-budget platform for the fastest Pentium 4 models. Price usually determines sales, and that's why the question of how much sense such a combination would make tends to be ignored.
The 845PE chipset with single-channel DDR seems to be predestined for overclocking. In numerous tests, it proved to be robust and capable of overclocking. In combination with expensive cooling systems like AseTek's VapoChill, an FSB speed of 800 MHz was reached months ahead of the launch of the new P4 models.
Manufacturers have seized on this amount of leeway as an advertising appeal, with the result that motherboards with Intel 845PE and FSB800 support are no longer rare.
Stability varied dramatically. However, it should remain clear that this option is meant as an add-in for overclocking enthusiasts and not as a regular feature.
- Big Business: In Search Of The Price/performance King
- The Test Sample: Anything Goes!
- Memory: Run-of-the-mill Timing
- Maximum Possible Effectiveness: Hardware Features
- Maximum Possible Effectiveness: Hardware Features, Continued
- Abit BD7-E
- Acorp 4PE800
- Albatron PM845GL1-533
- AOpen AX4PE Max
- Azza P4X4-ALH
- Biostar P4TPE8
- Chaintech 9VJL3
- DFI PS35-BL
- Elitegroup P4Vmm2
- FIC P4-865P Ultra
- Gigabyte GA-8S648FX
- Intel D865 PERL
- Jetway P4845PEBL
- MSI 845PE Max
- QDI/Legend PlatiniX 2E-333 6A
- Shuttle AV49N
- Soyo P4I875 Dragon 2 Platinum Edition
- XFX Mach4 845PE-ANT
- Test Setup
- Benchmark Results
- Unreal Tournament 2003
- 3D Mark 2003
- Lame 3.92 MP3 Encoding
- 3DStudio Max
- SPECviewperf 7.1
- Sysmark 2002
- SiSoft Sandra 2003 Pro
- Conclusion: It Always Pays To Compare