
So, as i understand, CPU ID update with cbrom was failed?

OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D23E0 0F25h M0 SL7RR (Intel Pentium 4 3.4 GHz)
0F25h M0 SL7RT (Intel Pentium 4 3.467 GHz)
0F25h M0 SL7NF (Intel Pentium 4 3.467 GHz)
0F25h M0 SL7GC (Intel Pentium 4 3.2 GHz)
0F25h M0 SL7GD (Intel Pentium 4 3.4 GHz)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D2BE0 0F34h D0 SL82X (Intel Pentium 4 530J)
0F34h D0 SL833 (Intel Pentium 4 550J)
0F34h D0 SL82V (Intel Pentium 4 521)
0F34h D0 SL7KL (Intel Pentium 4 540)
0F34h E0 SL82Y (Intel Pentium 4 3 GHz)
0F34h E0 SL836 (Intel Pentium 4 3.6 GHz)
0F34h D0 SL7J4 (Intel Pentium 4 510)
0F34h D0 SL7J9 (Intel Pentium 4 560)
0F34h D0 SL7KM (Intel Pentium 4 550)
0F34h D0 SL7J7 (Intel Pentium 4 540)
0F34h D0 SL7KK (Intel Pentium 4 530)
0F34h D0 SL82W (Intel Pentium 4 2.8 GHz)
0F34h D0 SL7J6 (Intel Pentium 4 530)
0F34h D0 SL7KN (Intel Pentium 4 560)
0F34h D0 SL7J8 (Intel Pentium 4 550)
0F34h D0 SL7L9 (Intel Pentium 4 560)
0F34h D0 SL7LA (Intel Pentium 4 3.2 GHz)
0F34h D0 SL7J5 (Intel Pentium 4 520)
0F34h D0 SL7YU (Intel Pentium 4 505)
0F34h D0 SL7KJ (Intel Pentium 4 520)
0F34h D0 SL7KH (Intel Pentium 4 510)
0F34h D0 SL7L8 (Intel Pentium 4 3.4 GHz)
0F34h D0 SL7YV (Intel Pentium 4 515)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D47E0 0F41h E0 SL7PU (Intel Pentium 4 530J)
0F41h E0 SL84Y (Intel Pentium 4 570J)
0F41h E0 SL8HX (Intel Pentium 4 521)
0F41h E0 SL8HZ (Intel Pentium 4 531)
0F41h E0 SL8J9 (Intel Pentium 4 516)
0F41h E0 SL7TW (Intel Celeron D 336)
0F41h E0 SL8JA (Intel Pentium 4 519K)
0F41h E0 SL82U (Intel Pentium 4 570J)
0F41h E0 SL7PY (Intel Pentium 4 550J)
0F41h E0 SL82Z (Intel Pentium 4 540J)
0F41h E0 SL7PT (Intel Pentium 4 520J)
0F41h E0 SL7TM (Intel Celeron D 330J)
0F41h E0 SL7TN (Intel Celeron D 335J)
0F41h E0 SL7TP (Intel Celeron D 340J)
0F41h E0 SL84X (Intel Pentium 4 560J)
0F41h E0 SL7LV (Intel Celeron D 345)
0F41h E0 SL7TX (Intel Celeron D 341)
0F41h E0 SL7VU (Intel Celeron D 340)
0F41h E0 SL8J2 (Intel Pentium 4 541)
0F41h E0 SL7TV (Intel Celeron D 331)
0F41h E0 SL835 (Intel Pentium 4 3.4 GHz)
0F41h E0 SL7TL (Intel Celeron D 325J)
0F41h E0 SL87L (Intel Pentium 4 519J)
0F41h E0 SL7PW (Intel Pentium 4 540J)
0F41h E0 SL7VR (Intel Celeron D 325J)
0F41h E0 SL8U5 (Intel Pentium 4 511)
0F41h E0 SL85U (Intel Pentium 4 505J)
0F41h E0 SL7VS (Intel Celeron D 330J)
0F41h E0 SL7PX (Intel Pentium 4 540)
0F41h E0 SL7PR (Intel Pentium 4 520J)
0F41h E0 SL8J6 (Intel Pentium 4 561)
0F41h E0 SL82X (Intel Pentium 4 530J)
0F41h E0 SL7TZ (Intel Celeron D 351)
0F41h E0 SL8J7 (Intel Pentium 4 571)
0F41h E0 SL85V (Intel Pentium 4 515J)
0F41h E0 SL7P2 (Intel Pentium 4 571)
0F41h D0 SL833 (Intel Pentium 4 550J)
0F41h E0 SL7VT (Intel Celeron D 335J)
0F41h E0 SL8J5 (Intel Pentium 4 551)
0F41h E0 SL7TY (Intel Celeron D 346)
0F41h E0 SL7TU (Intel Celeron D 326)
0F41h E0 SL7VQ (Intel Celeron D 320)
0F41h E0 SL7VV (Intel Celeron D 345J)
0F41h E0 SL7PZ (Intel Pentium 4 550)
0F41h E0 SL8J8 (Intel Pentium 4 506)
0F41h E0 SL7NZ (Intel Pentium 4 560)
0F41h E0 SL7TQ (Intel Celeron D 345J)
0F41h E0 SL7ZW (Intel Pentium 4 3.4 GHz)
0F41h E0 SL82V (Intel Pentium 4 521)
0F41h E0 SL832 (Intel Pentium 4 3.2 GHz)
0F41h E0 SL7Q2 (Intel Pentium 4 560J)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D5BE0 0F43h N0 SL8AB (Intel Pentium 4 620)
0F43h N0 SL7Z8 (Intel Pentium 4 640)
0F43h N0 SL7Z4 (Intel Pentium 4 3.733 GHz)
0F43h N0 SL7Z5 (Intel Pentium 4 660)
0F43h N0 SL7Z3 (Intel Pentium 4 670)
0F43h N0 SL7Z9 (Intel Pentium 4 630)
0F43h N0 SL7Z7 (Intel Pentium 4 650)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D63E0 0F44h A0 SL88R (Intel Pentium D 840)
0F44h A0 SL88S (Intel Pentium D 830)
0F44h A0 SL8FK (Intel Pentium Extreme Edition 840)
0F44h A0 SL88T (Intel Pentium D 820)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D6FE0 0F47h B0 SL8CN (Intel Pentium D 830)
0F47h B0 SL8CM (Intel Pentium D 840)
0F47h B0 SL8CP (Intel Pentium D 820)
0F47h B0 SL8ZH (Intel Pentium D 805)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D7BE0 0F49h G1 SL9CA (Intel Pentium 4 524)
0F49h G1 SL8PR (Intel Pentium 4 541)
0F49h G1 SL9C6 (Intel Pentium 4 541)
0F49h G1 SL9CD (Intel Pentium 4 517)
0F49h G1 SL9CB (Intel Pentium 4 531)
0F49h G1 SL9CJ (Intel Pentium 4 511)
0F49h G1 SL8PQ (Intel Pentium 4 531)
0F49h G1 SL8PS (Intel Pentium 4 551)
0F49h G1 SL8ZY (Intel Pentium 4 517)
0F49h G1 SL8HD (Intel Celeron D 346)
0F49h G1 SL9BS (Intel Celeron D 351)
0F49h G1 SL9C5 (Intel Pentium 4 551)
0F49h G1 SL8H7 (Intel Celeron D 331)
0F49h G1 SL9BT (Intel Celeron D 355)
0F49h G1 SL8H9 (Intel Celeron D 336)
0F49h G1 SL98V (Intel Celeron D 331)
0F49h G1 SL8PL (Intel Pentium 4 506)
0F49h G1 SL98W (Intel Celeron D 336)
0F49h G1 SL9CG (Intel Pentium 4 521)
0F49h G1 SL8HB (Intel Celeron D 341)
0F49h G1 SL8HF (Intel Celeron D 351)
0F49h G1 SL98U (Intel Celeron D 326)
0F49h G1 SL8H5 (Intel Celeron D 326)
0F49h G1 SL8ZZ (Intel Pentium 4 524)
0F49h G1 SL98X (Intel Celeron D 341)
0F49h G1 SL8PN (Intel Pentium 4 519K)
0F49h G1 SL8PP (Intel Pentium 4 521)
0F49h G1 SL9BR (Intel Celeron D 346)
0F49h G1 SL9CK (Intel Pentium 4 506)
0F49h G1 SL8PM (Intel Pentium 4 516)
0F49h G1 SL8U4 (Intel Pentium 4 511)
0F49h G1 SL8HS (Intel Celeron D 355)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D83E0 0F4Ah R0 SL8Q5 (Intel Pentium 4 650)
000D8BE0 0F4Ah R0 SL8PZ (Intel Pentium 4 660)
0F4Ah R0 SL8Q9 (Intel Pentium 4 672)
0F4Ah R0 SL8QB (Intel Pentium 4 662)
0F4Ah R0 SL8PY (Intel Pentium 4 670)
0F4Ah R0 SL8UP (Intel Pentium 4 662)
0F4Ah R0 SL8Q7 (Intel Pentium 4 630)
0F4Ah R0 SL8Q6 (Intel Pentium 4 640)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D93E0 0F64h C1 SL96H (Intel Pentium 4 661)
0F64h C1 SL96J (Intel Pentium 4 651)
0F64h C1 SL9AN (Intel Pentium Extreme Edition 965)
0F64h C1 SL9D9 (Intel Pentium D 925)
0F64h C1 SL9QB (Intel Pentium D 945)
0F64h C1 SL9XU (Intel Celeron D 347)
0F64h C1 SL96K (Intel Pentium 4 641)
0F64h C1 SL95W (Intel Pentium D 940)
0F64h C1 SL95X (Intel Pentium D 930)
0F64h C1 SL95V (Intel Pentium D 950)
0F64h C1 SL9AP (Intel Pentium D 960)
0F64h C1 SL96N (Intel Celeron D 356)
0F64h C1 SL96P (Intel Celeron D 352)
0F64h C1 SL96L (Intel Pentium 4 631)
0F64h C1 SL9DA (Intel Pentium D 915)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000D9FE0 0F32h B1 QJ23 (Intel Pentium 4 2.8 GHz)
0F32h B1 QJ29 (Intel Pentium 4 505)
0F32h B1 QJ35 (Intel Pentium 4 2.4 GHz)
OFFSET CPU ID Processor core Core stepping CPU sSpec (CPU Name)
000DA7E0 0F37h Nocona C1 Q29P (Intel Xeon 2.667 GHz)
0F37h Nocona C1 QU10 (Intel Xeon 2.8 GHz)
0F37h Nocona C1 QU09 (Intel Xeon 3 GHz)
0F37h Nocona C1 QL84 (Intel Xeon 3.2 GHz)
0F37h Nocona C1 QU08 (Intel Xeon 3.2 GHz)
0F37h Nocona C1 QL85 (Intel Xeon 3 GHz)
0F37h Nocona C1 QL86 (Intel Xeon 2.8 GHz)
0F37h Nocona C1 QL83 (Intel Xeon 3.4 GHz)
0F37h Nocona C1 Q82R (Intel Xeon 2.8 GHz)
OFFSET CPU ID Processor core Core stepping CPU sSpec (CPU Name)
000DAFE0 0F60h Prescott
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000DB7E0 0F61h B0 QFDD (Intel Pentium 4 3.4 GHz)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000DBFE0 0F62h B1 SL94W (Intel Pentium 4 651)
0F62h B1 SL94Q (Intel Pentium D 940)
0F62h B1 SL8WS (Intel Pentium D 920)
0F62h B1 SL94S (Intel Pentium D 920)
0F62h B1 SL8WP (Intel Pentium D 950)
0F62h B1 SL8WQ (Intel Pentium D 940)
0F62h B1 SL94X (Intel Pentium 4 641)
0F62h B1 SL94P (Intel Pentium D 950)
0F62h B1 SL8WJ (Intel Pentium 4 631)
0F62h B1 SL94R (Intel Pentium D 930)
0F62h B1 SL94Y (Intel Pentium 4 631)
0F62h B1 SL8WM (Intel Pentium Extreme Edition 955)
0F62h B1 SL94V (Intel Pentium 4 661)
0F62h B1 SL8WR (Intel Pentium D 930)
0F62h B1 SL8WF (Intel Pentium 4 661)
0F62h B1 SL8WG (Intel Pentium 4 651)
0F62h B1 SL94N (Intel Pentium Extreme Edition 955)
0F62h B1 SL8WH (Intel Pentium 4 641)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000DCBE0 0F65h D0 SL9KJ (Intel Celeron D 365)
0F65h D0 SL9K7 (Intel Pentium D 960)
0F65h D0 SL9KN (Intel Celeron D 347)
0F65h D0 SL9K8 (Intel Pentium D 950)
0F65h D0 SL9KB (Intel Pentium D 915)
0F65h D0 SL9QQ (Intel Pentium D 945)
0F65h D0 SL9KD (Intel Pentium 4 661)
0F65h D0 SL9KF (Intel Pentium 4 641)
0F65h D0 SL9KE (Intel Pentium 4 651)
0F65h D0 SL9KA (Intel Pentium D 925)
0F65h D0 SL9KK (Intel Celeron D 360)
0F65h D0 SL9KL (Intel Celeron D 356)
0F65h D0 SL9KM (Intel Celeron D 352)
0F65h D0 SL9QR (Intel Pentium D 935)
0F65h D0 SL9KG (Intel Pentium 4 631)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000DCFE0 06F9h E0 QSCU (Intel Core 2 Duo E6850)
06F9h E0 QSCY (Intel Core 2 Duo E6750)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000DDFE0 06F2h L2 SLA3J (Intel Pentium E2140)
06F2h L2 SL9VT (Intel Xeon 3040)
06F2h L2 SLA3H (Intel Pentium E2160)
06F2h L2 SL9TA (Intel Core 2 Duo E6300)
06F2h L2 SL9TB (Intel Core 2 Duo E4300)
06F2h L2 SL9T9 (Intel Core 2 Duo E6400)
06F2h L2 SLA5E (Intel Core 2 Duo E6300)
06F2h L2 SLA3F (Intel Core 2 Duo E4400)
06F2h L2 SL9VS (Intel Xeon 3050)
06F2h L2 SLAC2 (Intel Xeon 3040)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000DEFE0 06F7h B3 SL9UQ (Intel Xeon X3210)
06F7h B3 SL9UP (Intel Xeon X3220)
06F7h B3 SL9UL (Intel Core 2 Extreme QX6700)
06F7h B3 SL9UK (Intel Core 2 Extreme QX6800)
06F7h B3 SL9UM (Intel Core 2 Quad Q6600)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000DFFE0 06F6h B2 SL9S5 (Intel Core 2 Extreme X6800)
06F6h B2 SL9S8 (Intel Core 2 Duo E6600)
06F6h B2 SL9S7 (Intel Core 2 Duo E6700)
06F6h B2 SL9S9 (Intel Core 2 Duo E6400)
06F6h B2 SLA4U (Intel Core 2 Duo E6320)
06F6h B2 SL9ZH (Intel Xeon 3060)
06F6h B2 SLA4T (Intel Core 2 Duo E6420)
06F6h B2 SL9ZC (Intel Xeon 3070)
06F6h B2 SL9ZF (Intel Core 2 Duo E6700)
06F6h B2 SL9ZL (Intel Core 2 Duo E6600)
06F6h B2 SLACD (Intel Xeon 3060)
06F6h B2 SL9TY (Intel Xeon 3050)
06F6h B2 SL9SA (Intel Core 2 Duo E6300)
06F6h B2 SL9U2 (Intel Xeon 3070)
06F6h B2 SLACC (Intel Xeon 3070)
06F6h B2 SL9TW (Intel Xeon 3040)
06F6h B2 SLABZ (Intel Xeon 3050)
06F6h B2 SL9TZ (Intel Xeon 3060)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000E0FE0 0660h L2 QUSE (Intel Celeron 2800 MHz)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000E1FE0 06F5h B1 QPGE (Intel Core 2 Duo E6600)
000E2FE0 06F5h B1 QPHV (Intel Core 2 Extreme X6800)
06F5h B1 QQMM (Intel Core 2 Quad Extreme QX6700)
06F5h B1 QPGA (Intel Core 2 Duo E6700)
06F5h B1 QPHC (Intel Core 2 Duo E6300)
06F5h B1 QPGB (Intel Core 2 Duo E6700)
06F5h B1 QPGY (Intel Core 2 Duo E6400)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000E3FE0 06F4h B0 QLLO (Intel Core 2 Duo E6700)
06F4h B0 QMAQ (Intel Core 2 Quad 2.4 GHz)
06F4h B0 QMAM (Intel Core 2 Extreme QX6700)
OFFSET CPU ID Core stepping CPU sSpec (CPU Name)
000DFFE0 06F6h B2 SL9S5 (Intel Core 2 Extreme X6800)
06F6h B2 QTOI (Intel Core 2 Extreme X6800)
000E2FE0 06F5h B1 QPHV (Intel Core 2 Extreme X6800)
AMONG THE LIST OF FASTEST CPU's that already support (exclude Xeon CPU's that same as Core 2 Quad):
Dual core:
SL9S5 (Intel Core 2 Extreme X6800) QTOI (Intel Core 2 Extreme X6800) and QPHV (Intel Core 2 Extreme X6800)
Hello Stanislav and John,
Curiously, my list shows only one compatible 1066 MHz FSB 'Conroe' Core 2 Extreme X6800; the "SL9S5"
PCN/MDDS Information SL9S5
Is it possible that what we are seeing with the 'QTOI' and 'QPHV' references are product number assignments, for runs which were were not actually produced?
Cheers!
Robert.
PS: Stanislav, I believe that after about 5 regular posts, the daily 'PM' restriction is lifted. You might want to recheck that periodically to see if they have lifted your limit. AVS Forum does this for new members to try to limit the potential for spamming. Makes sense, but is also annoying for our new members.
PPS. I found my own answer. the QTOI and QPHV processors were Intel ConroeXE "Qualification Samples". I suspect that all of the 4-character alphanumeric designations beginning with "Q" may also merely be Qualification Samples for that product otherwise identified with the standard 5-character product code.

SLACQ (Intel Core 2 Quad Q6700)
SLACS (Intel Xeon X3230)
SLACR (Intel Core 2 Quad Q6600)
SLACU (Intel Xeon X3210)
SLACP (Intel Core 2 Extreme QX6800)
SLACT (Intel Xeon X3220)
With G0 stepping

Hello Stanislav,
I found the performance test passmarks / CPU marks for those processors [compared to the Core 2 Duo E6300 and E6400 units which shipped OEM in the XL201, XL202, XL301, XL302 and XL3 models], following:
| Intel Core 2 Duo E6300 @ 1.86GHz |
= 1,099 Performance test passmark / CPU mark
|
|
Intel Core 2 Duo E6400 @ 2.13GHz |
= 1,272 Performance test passmark / CPU mark |
Dual core:
SL9S5 (Intel Core 2 Extreme X6800)
| Intel Core 2 Extreme X6800 @ 2.93GHz |
= 2,037 Performance test passmark / CPU mark
|
Quad core:
SL9UM (Intel Core 2 Quad Q6600)
| Intel Core 2 Quad Q6600 @ 2.40GHz |
= 2,958 Performance test passmark / CPU mark
|
Quad core:
SL9UK (Intel Core 2 Extreme QX6800)
| Intel Core 2 Extreme QX6800 @ 2.93GHz |
= 3,765 Performance test passmark / CPU mark
|
http://www.cpubenchmark.net/high_end_cpus.html
Cheers!
Robert.
I absolutely agree with you, Stanislav. Even if it booted, ... it's a pretty poor match for a maximum 297-watt system power supply, and a passive radiator CPU cooling assembly. But, ... you could probably cook a nice pork roast inside the XL* case. The key would be selecting the right size of roast (keeping it small), so that the roast would be completely cooked before the processor was completely cooked! ![]()
Cheers!
Robert.



Good work Stanislav and John,
I have gone through the lists of CPU ID groups, and I have a list of questions I'm preparing for you both. But I'm going to take this back offline for now (at least for my part), and I'll contact you both by 'PM' tomorrow.
Stanislav, your daily AVS Forum private message 'PM' limit should now be lifted. We can verify that, with you and John and I communicating by 'PM" rather than on the regular discussion thread. I'll explain in my message.
Just a quick heads-up to you both before you start swapping and testing processors. As tempting as it will be to speed up your work, I recommend you don't try booting and testing without the passive radiator cooling assembly in place each and every time you swap processors. Even the cooler-running TDP 65w Core 2 Duo processors will reach critical shutdown temperature in as little as 2-seconds without the passive cooling assembly in place.
It's fussy and time-consumming to keep taking it off and putting it on, but trust me it's worth the effort ....and a lot better than cooking a CPU or motherboard socket! ![]()
Also, I'll offer once again one of my most famous (and wierd) alternatives to expensive commercial thermal transfer paste (which you'll go thru quickly during processors testing. Ready for it?
(Drum roll) ...
40% Zinc Oxide Diaper Rash Ointment !!!!
Yep, it works great (better than many expensive commercial thermal transfer compounds), and it's easier to apply as a thin, even layer than most commercial thermal transfer compounds, easier to wipe off, and applies easily with the edge of a credit card. Just squeeze some out onto a folded paper towel and leave it for a few minutes to draw off the extra oils, and it's ready to go.
I used to recommend "Budreaux's Butt Paste" brand diaper rash ointment (partly because I find the brand name amusing), but they reduced the percentage of Zinc Oxide, which is what you want for the thermal transfer. You want 40% (or higher).
Give it a try. One 4-oz. tube is enough for about 3,000 processor changes ( or about 50 diaper changes ).
Cheers!
Robert.
PS. You can also use Hershey's Chocolate Syrup for thermal transfer compound. It doesn't actually do anything to reduce the core temperatures of the CPU ( in fact it may actually INCREASE the temperature ), ...but it gives the whole room a nice Hot Chocolate fragrance ...just before the computer starts smoking and shuts down. ![]()

Hello Sid,
Long time no see, you have been missed. I personally stepped up to the Sapphire HD6670 Low Profile 1GB GDDR5 about 6-7 months ago and it's brilliant. I'm not familiar with that Samsung model, but my Sony LED/LCD has similar specs (and integrated WiFi). This card, with CCC software suite "v.13.1" senses the TV, and the TV senses the Sapphire card (either through the HDMI cable or the WiFi network, not sure?) I am using the "HDMI 1.4" specification cable which came with the Sony TV.
See my post #3571 above, where you will also find links/URLs on that post for more information.
In addition to the 3D support, you will see that the HD6670 has 480 stream processors vs 80 stream processors in your HD4550.
Another card, a little more spendy at about +$20-$25 USD more, but better performance, warrants your consideration as well. Two or three of the contributors to this thread over the past few months have it now running in their VGX-XL* systems. It is the Sapphire HD7750 Low Profile 1GB GDDR5; 512 stream processors vs 480 for the HD6670 vs 80 for the HD4550.
The HD7750 Low profile also has the new 28 nm GPU and HDMI with 3D.
Sapphire HD 7750 1GB GDDR5 Low Profile
http://www.sapphiretech.com/presentation/product/?cid=1&gid=3&sgid=1159&pid=1658&psn=&lid=1&leg=0
While you are on the Sapphire website you will see "Add to Comparison" buttons on the individual product pages. If interested you can select that button and do a side-by-side product specs comparison of your current HD4550, and the HD6670, and the HD7750. I found this comparison utility helpful in choosing my new card.
Best regards, and don't be a stranger ( or at least don't be any stranger than you are! ) ![]()
Cheers!
Robert.
PS. No, we haven't seen 'RAFCOPPA' in longer than we last saw you. HA! As an aside, I heard through the grapevine recently that a 18-pin molex motherboard connector is available out there in the aftermarket, but have not yet tracked down a source. If true, it will certainly make it easier to transfer the guts ... excuse me, the "innards" of a modern, quiet 80-plus Bronze m-ATX PSU to the emptied-out enclosure of the Delta 297w unit.
A recent addition to our ol' discussion thread has posted and sent to me some excellent internal photos of the contents of the Delta unit ( we were trying to remotely diagnose if it visable evidence of failure). If you would like me to send off a copy of those photos to you, send me a 'PM' and I'll quickly get his permission and then send you a copy of them.

Hello Stanislav and John,
I'll be sending you the original BIOS copies I have collected within the hour, as well as the BIOS ID information sheet I have started. You two can fill out the remainder of the BIOS ID when the information is provided. (The information is in Windows.TXT file format)..
I apologise, but three of my prospective BIOS copy donors have not followed through on their commitment; but I will send you both what I have, and forward the others to you both if they do eventually arrive.
I have also expanded my outreach to others with the same VGX-XL* models, as those who have not followed through.
Cheers!
Robert.

Hello again crevi,
We were pretty sure you had "passed on" (or worse, that your VGX-XL3 had passed-on
)
Yes, our VGX-XL* systems all love Windows 7, and most of us have already upgraded (a few have even jumped to windows 8).
And if you will be installing a Windows 7 version with Media Center, you will love the user interface and functionality improvements, over your Vista Home Premium Media Center. And add the free Media Browser plug-ins and you've got an HTPC was is darned close to Nirvana (well, at least it can see Nirvana from its house!")
A clean installation (for some reason referred to by Microsoft as a Custom installation) is in some regards a little easier (less fussy), ....but you will encounter some hiccups following installation in the hardware device drivers, which for the most part get sorted out by letting Windows Update run with auto updates for a few days after you complete the installation.
As for deciding between x86 (32-bit) or x64 (64-bit) Windows 7 the best recommendation I can make to you is to first run the Microsoft Windows Upgrade Advisor on your system (if you have not already done so). You will get a nifty, thorough and printable report of incompatabilities for hardware and software for both 32-bit and 64-bit installations of Windows 7.
Download page: http://windows.microsoft.com/en-us/windows/downloads/upgrade-advisor
Before proceding with your Windows 7 installation, "F2" boot into the Bios and disable the IEEE-1394 iLink Firewire support. There is a system conflict with a new IEEE-1394 driver which is loaded in Windows 7 (all versions).
If the IEEE-1394 Firewire support is not temporarity disabled in the Bios before beginning installation, during the multiple auto restarts during the Windows 7 installation, the system will freeze at the "VAIO" boot splash screen and you will have to manually intervene and cycle the power button. Windows still installs, but if you can avoid the possibility of any files corruption during your OS installation and avoid the boot freezes, you can avoid possible headaches or corrupted installation glitches..
After you finish your installation, send me a 'PM' and I'll help you to install the correct driver for the IEEE-1394 bus which does not cause the boot freeze, and you'll have your rear and your front I/O iLink Firewire support available, if you want to connect your Disk changer, or external hard drives, etc.
Also, if you do have a VGP-XL1B Disk Changer, there is a correct procedure for installing it in Windows 7 (Note: you will not reuse any of the software that came on the OEM Sony CD packaged with your Disk Changer; just the drivers which are built-in to Windows 7, the support interface in Media Center and the updates delivered by Windows Update).
You will also want to uninstall the drivers for your Radeon HD 4300/4500 video/graphics card before beginning your Windows 7 installation (just allow the card to use the native/generic video drivers and lower resolution) and then reinstall your Radeon card software suite following the the completion of your Windows 7 installation; either from your OEM software CD, or just go to the AMD site, and find the Catalyst Software Suite current update for your card, download and install it from AMD.
Downloads support page: http://support.amd.com/us/gpudownload/Pages/index.aspx
Your video card manufacturer's website might also have the same Catalyst Coftware Suite update download available.
Here are ssome considerations to add to your 32-bit vs. 64-bit decision:
* 64-bit will allow your system to run 8GB of RAM (maximum), all addressable and "usable." The memory DIMMS selection is important, however. If you go with 64-bit and want to install *gb of RAM (two-pairs of dual-channet 2GB DIMMS = 4x 2GB), you can post your intentions here if you wish and we can give you some pointers of which specs. to avoid, and which will work best in the VGX-XL3.
* 64-bit offers improved system stability.
* 64-bit may be incompatible with some of your owned programs and applications, which you would need to replace.
* 64-bit will disable the functionality of the front panel Blu-ray optical drive eject button . We do not have a patch as yet for this, and inasmuch as we have known about and not fixed the problem in about 5-years, you should assume there isn't going to be a fix and decide if that's a deal killer (you will have to use the eject function in "Computer" with the touchpad, and touchpad buttons or wireless mouse. [Note: it is possible to reroute the wired connection from the front panel eject button and cut and solder them to the eject input points of the optical drive. You would need to consider your own skill set if you decided to tackle that hardwired fix].
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* 32-bit maximum RAM is 4GB installed (about 3.25GB addressable "usable", and the remainder allocated for background services). This is a Windows imposed limitation. There is a method of bypassing the Windows 32-bit RAM limitation by installing a 36-bit Physical Address Extension (PAE) kernel patch, which will allow you to install the maximum 8GB of RAM which is supported by your Intel 965P chipset, and then select on booting when you wish to run 4GB and when you wish to run 8GB. I have posted ( a few pages back in this thread ) the information about the PAE kernel patch, and the download link (Note: it is written for and only installs on Windows 7 x86 (32-bit)].
* 32-bit does not guarantee that the Blu-ray optical drive eject button functionality will be restored for your system. I would say about +/- half of the VGX-XL* system owners who post here who have done a complete clean ("custom") installation of Windows 7 32-bit ( rather than an "upgrade" installation ) have been unable to successfully restore functionality by reinstalling the Sony 32-bit software support.
However, to the best of my knowledge everyone who has done an "upgrade" installation from Vista Home Premium to Windows 7 ( or even have done an "upgrade" installation from the Sony/OEM XP Media Center Edition, to the sony/OEM Vista Home Premium, and then an "upgrade" installation of Windows 7 32-bit, have all retained all of their hardware functuionality including the Blu-ray optical drive eject button functionality)
* 32-bit "upgrade" installation will retain most of your Sony OEM applications, all of your Sony support utilities and will retain your Sony Firmware Extension Parser Device Driver, specific to your VGX-XL3. And you will retain your system ID as a VGX-XL3 when you use Windows Update and the Sony support page for your VGX-XL3 model, including being able to download and successfully install Sony updates delivered through the support page. You will lose these things with a clean ("custom") installation.
If you choose a 32-bit vs a 64-bit installation, a recommendation I would make to you is either clean up your exisitng installation of Windows Vista Home Premium (or backup your personal files and do a complete Factory fresh System Recovery installation from the Recovery partition or from your set of Recovery DVD's if you own a set) and then let Windows Update bring you fully current over the course of a few days of updates. Then do an 'upgrade' installation of Windows 7 over the fresh, fully factory fresh Recovery installation of Windows Home Premium (and retain all of the good aspects of your VGX-XL3 as designed and the support utilities and drivers). You will have no unknown device warnings in Device Manager.
You can also "clone" (image) your existing Hard Drive to another fresh HDD or SSD, using a software application such as Acronis, and then do your Windows 7 upgrade installation on the cloned drive withour affecting a single file on your existing system drive. That will give you the flexibility of changing your decision later, if you decide you want to do something else, because you still have your status quo system drive unchanged; you just need to plug it in.
Last recommendation tonight: I strongly recommend for all of our VGX-XL* owners that they install a SATA2 (SATA II) Solid State Drive (SSD) for their system OS/boot/programs/applications drive for Windows 7. The performance improvement is steller, the system OS boots much faster, the system runs cooler, quiter and more reliably, draws less power off the power supply, and you don't even need to mount the 2-12 inch SSD in the hard disk drive rack (leaving all three bays available for storage HDD's, if desired). If you decide to install a SSD for your Windows 7 system OS drive, let me know and I can give you some pointers, recommended minimum drive capacity ( depending on how you will use it ), and share some bench test results and settings recommendations for optimizing its performance.
Cheers!
Robert.




Thanks Sid. You've always been the best ( and I don't care what those other people say ) ![]()
I have forgotten, did you swap-out / mod a OEM Delta 297-watt PSU yourself? We have at least two forum members who within the past couple of weeks are posting that they are dealing with possible failed PSU problems. Possible, because neither has had theirs tested yet, as far as I know. So curious to be reminded if you actually replaced your OEM with the innards of a similar sized unit and used the aftermarket acquired 18-pin molex?
Thanks for sending the links. That's a nice addition to the forum resources. We need to figure out how to create a master index and repository for this resources, tips, how-to's and stuff, because it now just gets lost among the other thousands of posts.
Cheers!
Robert.

Hello crevi,
Yes, Sid is right. I think the only versions of Windows 7 without Media Center are "Starter" and "Home Basic", and I'm not even sure they're available anymore? So Windows 7 Professional (or Home Premium, Enterprise or Ultimate) and you're 'good to go.'
Yes, temporarily disabling the Firewire avoids a problem we all encountered, but it's easy to do and will make the Windows 7 "upgrade" installation completely automatic. I can assist, if you are uncertain about booting to the BIOS ("F2") and turning it off.
If you do that, no intervention on your part will be needed for your Windows 7 "upgrade" installation.
And yes, when you run the "Windows 7 Upgrade Adviser" you will see it's recommended to uninstall the drivers for your Radeon card before beginning the Windows 7 installation, and reinstalling your video/graphics card drivers following the upgrade. If you no longer have the OEM software and drivers CD for the Radeon card, no problem. because Windows will identify your card and install the basic Windows 7 support drivers for the Radeon HD4300/4500 series card (replacing the Vista drivers which are no longer present) and therefore no conflict with the new drivers installation). And then when everything is finished you'll download the most current "complete" Catalyst Software Suite update version for your card from the AMD link that I gave you (or the card manufacturers website).
A few minutes of preparation avoids having to deal with and fix any conflicts or unidentified hardware devices following installation of Windows 7, and there's less of that to begin with, following an "Upgrade" installation over the top of your original OS programs, applications and setups. As goes the old adage: "An ounce of prevention is worth a pound of cure."
From my personal perspective, based on how you will be using it, the most satisfactory end result for you, is what you have decided, a complete factory recovery from the Recovery Partition (or from your System Recovery DVD's) and a Windows 7 x86 (32-bit) "upgrade" installation over the top of that. It's just a little bit "fussier" than the straightforward clean ("custom") installation, but the end result is much more satisfying, if you're not wanting to mess with stuff after your upgrade to Windows 7 and want continued support for a VAIO VGX-XL3.
I have done both "Upgrade" and "Custom" (clean), and both 32-bit and 64-bit installations, and "Upgrade" yields far better end results if you want to still have a VAIO VGX-XL* and all its support, following instaling your new OS. I think you'll be happy with doing it by "upgrade" and you'll be VERY pleased with Windows 7 on your system (you certainly aren't going to entertain thoughts of selling it anytime soon. Feel free to contact me by 'PM' when you are ready to go.
First, here's the link for the free, open source Media Browser project: http://www.mediabrowser.tv/
Free Media Browser and its also free plug-ins are all post-installation of Windows 7 with Media Center, so don't worry about downloading anything before you're up and going, and Windows Update has had a few days to get your new Windows 7 installation current with drivers updates, and Service Packs.
I'm sending you a 'PM' with some additional contact info if you want or need any assistance with your Recovery restoration and preparation for the Windows 7 upgrade.
As a reminder, the Recovery process from the hidden Recovery Partition (which holds a complete re-installation copy of the Sony factory setups, operating system and programs/applications for your system) is accessed by scrolling down to the bottom of your start-up menu: "Start" > "All programs". Look for the shortcut "VAIO Recovery" and click it. The option you want is labeled:
"Restore C: Drive.
This option deletes all files on the C: drive and restores the drive back to the original factory condition."
If unclear how to proceed from there, just send me a 'PM' and I'll help you through it. It's really all pretty simple and intuitive, and it's automated so you just watch ... or fix yourself a cocktail and just let it run without intervening.
Then after a few days of Windows Updates to get the system current, you'll temporarily disable the IEEE-1394 iLink Firewire, as previously noted, and proceed right to the "upgrade" installation of Windows 7 Professional. If I remember correctly the Windows 7 "upgrade" installation will require you to have Vista Home Premium updated to Service Pack 2, through Windows Update, before preceding to install Windows 7. You can reducie the updating process time by downloading a copy of the service packs, or just let them install through Windows Update (which is what Microsoft recommends).
Cheers!
Robert.

Hmm, well the most simple answer is to first verify that the independent volume control bar on the bottom of the Windows Media Player interface is not muted, or set at zero (or set too low to hear it).
You can use the mute and two volume control buttons on the top row, left-hand side of your VAIO wireles keyboard to check if the volume has been muted or turned down (those buttons are associated with Media Center and Windows Media Player, which is the default player in Media Center). It works in tandem with the core system sounds support from your sound device drivers (AMD and Sigmatel, in your case), but Windows Media Player is an independent application, and individually controlled. You can have 100% volume from the XL3 to your monitor through HDMI , and yet have no volume from Media Player. So first check that independent volume control.
If it's a driver glitch, that's not a problem. After the Recovery installation and the Upgrade installations, all of the sound and media drivers get replaced. Anything which doesn't work right now (or doesn't work properly) on your XL3, becomes factory fresh again with the Recovry installation, and then updated with the Windows 7 "Upgrade" installation.
Cheers!
Robert.
Hi Sid,
Thanks for the clarification.
My Delta PSU is still working, and I'm not planning to do anything with it, but I was entertaining the thought of trying to do a proof-of-concept conversion of a 400-watt m-ATX unit (the innards of which could be transfered into the enclosure of the OEM Delta) by removing the 20-pin molex connector (it's a 20+4 config.) and then matching the proper voltage leads positions, wire-for-wire, to match the Delta power configuration and reinserting them in one of the new 18-pin molex connectors.
If it worked it would offer an alternative for those with failed Sony/Delta 297w power supplies (which now cost around USD $150 incl. shipping, to replace.
Gosh, those 18-pin molex connectors are only USD $1.20 ea. plus shipping!!! ![]()
I looked at the tools on that Ebay.uk webpage. I hate to look like a complete idiot (even though I AM a complete idiot) ...but is the only tool needed (to replace the molex connector) the pin-removal tool ...
![]()
...or would I need to also acquire the crimping tool and new pin sets?
Obviously, based upon the level of my knowledge, I have absolutely no business whatsoever attempting such a conversion project ... which of course just makes me want to do it even more! HA.
I already have the appropriate new 400-watt '80-plus Bronze' m-ATX ( 20+4) PSU in hand, and the measured innards will fit nicely inside the Delta enclosure. If I can remove the pins from the 20+4 molex and then reinsert them into the proper-voltage pin locations as the Delta 18-pin, it seems that it should be a workable rebuild.
It looks to me like that pin-removal tool just just slides over the pins and compresses the top of the pin enough to extract it from the molex connector insertion hole so that it can be pulled out of the pin hole.
Is that how it works?
And if so can they simply then be pushed back into the replacement molex connector?
Again, I hate to look like a complete idiot here ....but hey! "It is what it is." ![]()
Cheers!
Robert.

Hello Oliver,
I don't know if you already got some answers?
Can you clarify if the only hard drive inside your XL301 currnetly is your System SSD (your C: drive) and no HDD's inside the drive rack?
If that's correct, is there a reason why you do not want internal storage in your XL301 (your post says you want to add another external dive).
Are those external drives USB 2.0? eSATA? iLink/Firewire? (I ask because the max. throughput speeds of those interfaces is a consideration).
Do you network to extenders? Are you running a Windows Home Server or a NAS, or just external HDD enclosures attached to the XL301?
If you are just running individual (non-RAID) HDD's attached to the XL301, and do not want to go to internal storage or a WHS (Home Server) or a NAS, and you will be managing all of your storage through the XL301 including your media file libraries in Media Center/Media Browser, you can go with a storage system like mine and run any size HDD capacity including the new 3TB and 4TB drives and four or more HDD's per box (and you just open the door and add drives of any capacity as you need more storage).
I installed a $15.00 (USD) PCI-e-SATA/SATA controller card with a port multiplier chip (allows management of multiple individually identified HDD's through a single eSATA port). The controller card populates one of the two slots on the PCI riser. It provides two (2) eSATA ports on the I/O slot insert and another two SATA ports inside the XL* case for additional internal SSD's.
To each of those eSATA ports is connected a SansDigital TOWERRAID 4-Drive enclosure with integrated power supply, cooling fan and HDD management hardware.
I bought my enclosures from Newegg.com on sale for about $90 (USD) each (about 60 GBP each). they also have units which hold more drives (up to 8 drives), but I went with the 4-drive model because the dimensions best fit my entertainment center and sitting alongside my XL2 and my XL1B Disk Changers. Here's a photo and link/URL if you want to read about them:
http://www.sansdigital.com/towerraid-/index.php


They measure only about 7-1/8" tall x 5-3/8" wide x10" deep.
I am currently running two of these boxes filled with eight (8) 2TB 5900 rpm 'green drives' connected to the PCI controller. Additioanlly I have three (3) 1.5TB 5900 rpm "green' drives in a RAID5 volume inside my XL2 drive rack, and two SSD's mounted side-by side atop the Blu-ray optical drive (one is the System OS drive attached to SATA 'port 0' the other is a matched unit attached to one of the internal SATA ports on the PCI controller card and is used for System drive images (backups).
Including the Blu-ray optical drive, and an additional matching slot-load DVD-RW optical drive in a small black external enclosure on top of the XL2, I am running and managing fifteen (15) separate drives with my XL2 (which is older, has a much slower processor, and is much less capable than your own XL301).
So, .... you can do a whole lot with your beautiful ol' XL301 before you encounter her limits, if you plan it out.
The finishes of these SansDigital enclosures is gloss black and very nicely done. They complement and match-up with the black and silver finishes of the XL* components very nicely.
Another nice thing is that the HDD's are hot-swappable.
If you decide to install some internal storage you will have some capacity limitations, but it just requires a different choice of disk management. You can use MBR (master boot record) up to 2TB. Individual Drives or RAID volumes over 2TB need to use GUID partition table. It's very simple, and all done through the "Computer Management > Disk Management" utility in Windows 7.
Let me know if you want any more detail, or have unrelated questions about going a different direction.
Cheers!
Robert.