Lower left of the board: 3 x PCIe x16, 1x PCIe x4, 3 x PCI slots. The lower right parts: Power/ Reset button & Debug LED light. Pure copper South bridge 6 ports of SATAII, which supports RAID 0, 1, 0+1, 5 functions Built-in Silicon Image SiI3132 chip. 2 stackable SATAII ports with RAID function too. Upper left of the board IDE 24-pin power and 4 dimm DDRII slots The upper left parts: Unique 6-phase digital PWM design, except the better power supply stability, it also provide a bigger space for a “huge” CPU cooler. IO output 6 x USB2.0 (total up to 10 ports), Dual gigabit LAN, 1394 ports (audio module not installed) Northbridge There is a cushion pad between the heat sink and the surface of the chip. Just follow the instruction, the chip won’t be damage… |
The system details: CPU:INTEL Core 2 Duo E6420 MB: DFI LANParty UT NF680I LT SLI-T2R DRAM: CORSAIR TWIN2X2048-10000C5DF VGA:MSI NX8600GTS-T2D256E-HD-OC HD: WD1600AAJS POWER: Thermaltake Toughpower 850W Cooler: Thermaltake V1 I recommended that install a additional fan with the NB, especially when OC over 400MHz…(BTW, V1 is really helpful, the air flow can help NB too, it’s strong) The drivers installation interface: CPU: 266X8=>2133Mhz 1.3V DRAM: DDRII 800 CL3 3-3-9 1T 2.19V NB:1.18V SP2004 steady… DDRII 800 CL3 3-3-9 1T is a option that 680i reference board can’t be reached. I knew the revised version BIOS released, the reference board can works normally at last. But the voltage is higher than DFI680i LT a little bit. CPU: 266X8=>2133Mhz 1.3V DRAM: DDRII 1066 CL4 4-3-9 2T 1.98V NB:1.18V SP2004 steady… I tried to show the performance between 680i and 680i LT when equipped with X6800ES CPU… (It ran steady at FSB470MHz) CPU: 450X8=>3600Mhz 1.4V DRAM: DDRII 1310 CL4 4-4-4 2T 2.67V NB:1.48V Super PI 1M DFI 680i LT NB after increasing a little voltage, 500MHz FSB is easy to reach. Further, the highest voltage is 3.04V; it’s a wider range of voltage settings than 680i reference board. For my personal experience, this is the first time I reached 1300(CL4) with 2G DDRII memory. Quite cool… DFI did the best to make LT better than the hottest NV 680i reference board (by their R&D design). Moreover, the FSB and DDRII performance are obviously better than the reference board. It improves the FSB’s limitation between different CPU of Intel. Further, it also pushes the memory performance to a highest place under all Intel platform. Most of Mobo manufacturers sell the 680i reference board awhile ago and some of them have their own design too… DFI was late in launch their 680i LT as usual, but, the refined package design, thoughtfulness HW & BIOS design and OC performance are still the reason why enthusiasts like it. I’ll post a detail review about BIOS and some extreme OC test a bit later. The up-coming reviews: ATI RADEON HD2900XT 512MB CrossFire The ultra-high VGA product line. Thermaltake Toughpower 850W High C/P ratio and high power output Active PFC PSU Updated Seagate 7200.7 160GB HD, for increase the performance, I brought the WD 1600AAJS 160GB 8Mb cache memory. (a latest version) |
Toasty nb temp despite the use of sizeable heatsink. |
Any news on an AMD version? Or does anyone know why? |
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I dont have AMD verison news... |
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“Booting screen” BIOS options Main page The voltage option pages 4 different voltage statuses below are worthy to trust. If you want to OC with most of Core2Duo CPU, first thing is to increase NB’s voltage. Besides, I suggest that you push the VTT up to 1.4V or more when you use QX or E6X20 series. CPU GTL 1 REF Volt/CPU GTL 0/2/3 REF Volt/NB REF Volt=>around170/90/95 CPU Highest Voltage 1.60000V DDRII Highest Voltage 3.04V NB Highest Voltage 1.74V CPU clock and DDRII clock option This is almost the same way to NV’s 680i CRB (reference board) DDRII Ratio (divisor) Option, NV’s 600 series emphasized its DDRII ratio can be “free-adjust”. But it must under some match of the CPU: DDRII ratio. Then, you can reach a higher FSB. CPU Feature The parameter options page of DDRII |
PC Health status About PSU: +5V/ +12V the display of them seems a bit lower than the real situation. Besides, the display CPU temperature seems higher than the actual one. But all them will be fixed in the latest BIOS version. Test system detail CPU:INTEL Core 2 Duo E6420 MB: DFI LANParty UT NF680I LT SLI-T2R DRAM:CORSAIR Dominator TWIN2X2048-8888C4DF VGA:MSI NX8600GTS-T2D256E-HD-OC HD:WD1600AAJS POWER:Thermaltake Toughpower 850W Cooler:Thermaltake V1 I hope it can have a good performance when equipped with Corsair Dominator TWIN2X2048-8888C4DF E6420 CPU 450 MHz/DDRII 1200 CL4 3-3-3 2T 2.40V Sandra/ Everest Dual Super PI 32M Dual SP2004 The performance of X6800(ES) CPU 400Mhz/DDRII 1200 CL4 3-3-9 2T 2.36V Dual SP2004 runs stably CPU500Mhz single Super PI 32M DDRII Memory is real good CPU 450 MHz/DDRII 1310 CL4 4-3-3 2T Sandra/EVEREST broad bandwidth of memory… It’s a bit pity about the divisor… no way to run the broad bandwidth test under 500/1310 ratio. DFI LANParty UT NF680I LT SLI-T2R The merits 1)an organized and unique graph (includes package design, boot-up picture, and the image of driver CD) 2)Also a unique design for the NB cooler, a extra fan will make it better too. 3)LANParty BIOS options: the range of frequency/ voltage is real “wide” for users to tweak. 4)If the processor quality is good enough. It can easy to reach FSB500 or above. DFI’s is better than NV’s CRB a bit. 5)NVIDIA’s 680/650 are the only models of Intel platform which can supports SLI function. The defects 1)a little bit late to release in market; It can have a better competitive power 2)NVIDIA chipset’s problem…high temperature from chipset 3)Lower voltage on detection, higher temperature when measure, that needs to improve I believe it wasn’t a coincident that EVGA’s CMB has good sales result from the market. Except the SLI technology, NV is a step-ahead than Intel on DDR memory overclocking. Actually, DFI LANParty UT NF680i LT hasn’t adopts 680i but 680i LT. But design ability is overcome most of problems of LT version, it did reach a higher record of FSB than 680i. In addition, although LT version isn’t supports DDRII1200 as 680i, but in fact, it shows a better performance than 680i CRB. These are the remarkable points of this LP UT NF680i LT. 680i and 680i LT basically is the same chipset, but separate by its process quality. Ha, I suggest DFI to have a 680i Ultra, particularly its LT version has a better performance than 680i CRB. Obviously, LANParty series motherboard is getting improved step by step in this year. If they can launch their product a little earlier, set the price a little reasonable and the detection of the system can be more accurate. I think DFI’s product will “walk tall” in front of all 1st tier brand. |
Any chance you'll be able to play with the upcoming DFI P35 T2R? |
what's that crystal cat/dog/bunny thing doing with that mobo:). :ws: |
copyrighting his photos of course:) |
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