Originally posted by: Gary Key
Originally posted by: SerpentRoyal
Originally posted by: Gary Key
Let's cut to the chase before I get the final roundup completed -
The under $150 boards fall into this rating -
1. Gigabyte GA-P35-DS3P (our favorite board right now for the money)
2. MSI P35 Neo2-FR (P08 BIOS brought the board alive)
2. Gigabyte GA-P35-DS3R
2.5 ASUS P5K (latest BIOS might get this to a two)
3. abit IP35 (still a couple of bugs left to work out)
4. Foxconn P35A (should be a rebate on it so it will go under $125, at that point, nice choice)
The under $125 boards fall into this rating -
1. Gigabyte GA-P35-DS3L
2. abit IP35-E (not a big fan of the PCI GigE, no reason for it)
2.5 Biostar TP35D2-A7 (last BIOS really fixed a lot of issues)
3. ASUS P5K SE
4. Intel DP35DPM (do not plan on real overclocking, great stock board)
Over $150-
Still working on it... We will have an exclusive on the new Foxconn MARS board (it is surprising) and just got started on the water cooling tests on the new ASUS Blitz boards plus DFI is set to deliver their P35 board next week (looks like it will be going for $299....), the surprise in this group is the abit IP35-Pro as abit finally got it right on a new release...
I'm well aware of the IP35-E's LAN issue. However, that should only show up in the theoretical maximum throughput speed test under laboratory condition. You'll never pump more than 50MB/s in the real world.
I gave this board bonus points because of the sophisticated and powerful MOSFET driven fan headers. The CPU and SYSTEM headers will work with 2-pin/3-pin/4-pin fan. Not many motherboards can do that.
I think people place too much emphasis on maximum stable FSB. My sample topped out at 488MHz, but that may be the upper limit of this E6320 CPU. It's counter-productive to try to overclock a 7x multi CPU because you'll need very fast RAM. The optimum balance between speed and performance is around 460MHz FSB.
Never said the PCI LAN on the IP35-E was an issue, just did not care for it as abit could have easily used a PCI-E PHY for a couple of cents more on the board. As far as real world performance, there really is not a difference unless you are using a gigabit switch for transferring files between machines locally.
I think most people put way to much emphasis on maximum FSB rates for boards. The P35 chipset operates best between 430FSB~490FSB with the 1066 strap, anything above that is going the other direction due to the chipset and memory latencies having to be dialed back greatly in order for the board/CPU to clock up. Heck, running the 975X chipset at the 800 strap around 330FSB will provide better results on a clock per clock basis than most boards out there. The 680i has a range from 400~420 on most boards that is the optimum FSB rate, anything higher is a waste to some degree on those boards. I advocate buying CPUs with higher multipliers and running them in the sweet spot on a board to maximize latencies and CPU speed. It also makes like easy on the board not to mention voltage, power supply, cooling, and memory requirements. :beer: