【转帖】6910上1066CPU的希望，我另起此贴

lynchnar

http://forum.notebookreview.com/ ... b-overclocking.html
网上找到最全的E文贴，大家共同研究吧，里面有些关键的图片看不到，可以是给墙了，有**能力的朋友帮忙贴图，还有F.19的修改过BOIS，支持CPU的，我也下不来，请能下载的帮忙下了贴过来。
文章主要分三部分
第一部分 用setfsb软超，但我一直没有找到能用的setfsb版本，而且还要跳线
Method 1: disable TME to allow setfsb software overclocking

Two different ways of doing this with the first requiring NO warranty voiding soldering on the systemboard if done right. You'll know when TME is disabled when setfsb diagnosis window shows the TME_READBACK flag status on register 9 bit6 has changed from 1 to 0, meaning can do software overclocking. Here's a screenshot showing where to look for the TME_READBACK status.

1. [untested] Jumper the pin2 to pin1 on your debug port (spare unconnected 24-pin socket) to get the PCI2_TME pin4 to be logic 0. Shown in LIME for a 6910P or 6710B/6510B. Best done by attaching a 1k strong pull down resistor between those pins to ensure you don't short anything.
我没找到所说的跳线位置，文章所指的图我也打不开
2. Disconnect the 3.3V pull up resistor to set the PCI2_TME pin4 to see a logic 0 to allow software overclocking.
这个我也不知道在哪
(6910P): Lift one of resistor R1108's legs, shown in YELLOW here.   这个“here”所指的图我又打不开
(6710B/6510B): Lift side "1" of resistor R362 and route it to GND as shown in YELLOW here.

第二部分是改PLC，也就是硬超
Method 2: Set PLL to run at 266Mhz

FSLC FSLB FSLA CPUFREQ (PLL)
.....0......1......0.....200.00 <-----default
.....0......0......0.....266.66 <-----b-i-g overclock

This involves disconnecting or rerouting the FSLB pin so it's at a logic 0 (266Mhz FSB). 200->266Mhz is a pretty big overclock which may also require doing a BSEL voltmod to get the CPU operational. You'd very likely also need to write CAS=6 into the 333Mhz SPDtable entry as described below.
“BSEL voltmod”所指的话题 http://forum.notebookreview.com/ ... plained-photos.html
中的图片我又打不开看到
(6910P): Disconnect FSB at either point shown in ORANGE here and route the FSLB pin to GND.  这个“here”所指的图我又是打不开看不到
(6710P/6510P): Disconnect R314 from the circuit, disconnect it from 3.3V and route to GND as shown in ORANGE here.

根本不知道怎么改！！！也可以是我E文不行

EXTRA: CAS=6 in the 333Mhz SPDtable RAM entry for higher levels of overclocking

If using method 2 above then RAM timings will still boot using the original SPDtable entry for 333Mhz yet be operating at 444Mhz. Meaning you should at the very least write CAS=6 in the 333Mhz SPDtable RAM entry to slow the timings down. That can be done using Thaiphoon Burner as shown here（这个“here”所指的图片我也打不开）. If using method 1 then this will provide a higher stable overclock.  这个应该是内存因为333会超到444，要把cas改到6，改慢些，好稳定

第三部分是关于BIOS
Softmod instead: dual-IDA mode

This is not a hardmod in the sense that a modded bios is flashed from http://forum.notebookreview.com/ ... 0-27x0p-25x0p.html. Then Throttlestop can unlock extra voltage, a lower SuperLFM voltage floor and extra multiplier. The extra multipler providing a dual-IDA overclock. This may be preferred by those that do not want to void their warranty. Eg improved performance:

T7300-2.0@x10 -> 2.2@x11
T7500-2.2@x11 -> 2.4@x12
T8300-2.4@x12 -> 2.6@x13
2.5@x12.5[/email] -> 7@x13.5[/email]
T9500-2.6@x13 -> 2.8@x14
好像是改了BIOS之后，用软件能把双核的两个核都超上，不改只超1个？不知道这个DUAL-IDA的具体功能，应该和上1066没关系，不过那个所指话题中的BIOS我是下不来

大家一起研究6910吧

城隍山飙圈

帮顶

totyjay

太长  没看

lftzr

有功夫这么折腾，还不如拿时间去赚钱换台机器。浅见。。。。。。。

ducker123

帮顶下，希望有小白鼠出现！