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Review: Foxconn P9657AA-8EKRS2H Intel P965 motherboard

by Tarinder Sandhu on 22 November 2006, 01:24

Tags: Foxconn P9657AA-8EKRS2H motherboard, Foxconn (TPE:2317)

Quick Link: HEXUS.net/qahc5

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System setup and notes



Hardware

System Foxconn P9657AA System abit AB9 Pro System abit AW9D Max System
Processor Intel Core 2 Extreme X6800 (2.93GHz, 4MiB L2 cache, LGA775)
Motherboard Foxconn P9657AA-8EKRS2H abit AB9 Pro abit AW9D Max
Memory 2GiB (2 x 1024) Corsair PC8500
Memory timings and speed 4-4-4-12 2T @ 800MHz (PC6400)
Graphics card(s) Sapphire Radeon X1900 XTX 512MiB
Disk drive(s) Maxtor 300GB SATA (6V300FO)
BIOS revision 638F1P32 (23/10/06) 1.4 (08/09/06) 1.2 (15/09/06)
Mainboard software Intel Inf Update 8.0.0.1009
Graphics driver CATALYST 6.8
Operating System Windows XP Professional, w/ SP2, 32-bit

Software

We ran the mainboards through our usual array of benchmarks.
2D Benchmarks ScienceMark Memory Bandwidth
ScienceMark Memory Latency
HEXUS Pifast calculation to 10M places
HEXUS WAV encoding
HEXUS DivX encoding
Cinebench 2003 v9.5

3D Benchmarks Quake 4 v1.04
Splinter Cell: v1.05 Chaos Theory

Notes

We're comparing the performance of the Foxconn P9657AA against abit's AB9 Pro, a highly-specified P965 chipset-based motherboard that we took a look at here. Further, to see how P965 fares up to the range-topping 975X we've added in results from the abit AW9D-MAX, which you can find here.

Analysing motherboards' performance starts with defining the exact speed which the CPU, and consequently memory, is run at, so here it is:

2940.02MHz - abit AW9D-Max
2934.2MHz - Foxconn P9657AA
2925MHz - abit AB9 pro

The Foxconn board's clock generator keeps it closest to default. Manufacturers often increase the boards' FSBs and induce artificial performance benefits. abit, though, goes both ways.

Issues

The sample motherboard would consistently fail to POST when restarting for a soft reset. For example, initiating a restart from Windows would cause the board to hang with no display. A hard reset was required for the correct latching to take place.