Neuer s-spec code? (3ghz, SL6WU)

tag all!

hab hier ein nettes spielzeug neben mir liegen und zwar ne 3ghz p4 cpu mit nem pack date von 30.10.03 und dem s-spec code SL6WU..
hat schon jemand erfahrungen damit gemacht?
bin leider in keinem forum fündig geworden..

tests mach ich sicher noch, nur heut nimma mehr..
falls wer infos hat bitte hier hinein..

aja die schachtel war auch anders verpackt als sonst, so mit silbersteifen auf der seite statt der folie..

mfg

EDIT:
Topic auf s-spec code geändert, thx für richtigstellung..
und ist weiterhin ein D1, also stepping gleichgeblieben

habs zum auf intel in den data sheets gefunden

SL6QL D1 512K 0F29 1.8GHz/400MHz 31.0 mm FC rev 1.0 1, 5, 16
SL6QM D1 512K 0F29 2.0GHz/400MHz 31.0 mm FC rev 1.0 1, 5, 16
SL6QN D1 512K 0F29 2.2GHz/400MHz 31.0 mm FC rev 1.0 1, 5, 16
SL6QP D1 512K 0F29 2.4GHz/400MHz 31.0 mm FC rev 1.0 1, 5, 16
SL6QQ D1 512K 0F29 2.5GHz/400MHz 31.0 mm FC rev 1.0 1, 5, 16
SL6QR D1 512K 0F29 2.6GHz/400MHz 31.0 mm FC rev 1.0 1, 5, 16
SL6Q7 D1 512K 0F29 2.26GHz/533MHz 31.0 mm FC rev 1.0 1, 5,16
SL6Q8 D1 512K 0F29 2.4GHz/533MHz 31.0 mm FC rev 1.0 1, 5, 16

SL6Q9 D1 512K 0F29 2.53GHz/533MHz 31.0 mm FC rev 1.0 1, 5, 16
SL6QA D1 512K 0F29 2.66GHz/533MHz 31.0 mm FC rev 1.0 1, 5, 16
SL6QB D1 512K 0F29 2.8GHz/533MHz 31.0 mm FC rev 1.0 1, 5, 16
SL6QC D1 512K 0F29 3.06GHz/533MHz 31.0 mm FC rev 1.0 1, 5, 11, 16
SL6WU D1 512K 0F29 3.0GHz/800MHz 31.0 mm FC rev 1.0 1, 5, 11, 16
SL6WK D1 512K 0F29 3.0GHz/800MHz 31.0 mm FC rev 1.0 5,11,15
SL6PM D1 512K 0F29 2.40GHz/400MHz 31.0 mm FC rev 1.0 5,14
SL6PL D1 512K 0F29 2.20GHz/400MHz 31.0 mm FC rev 1.0 5,14
SL6PK D1 512K 0F29 2GHz/400MHz 31.0 mm FC rev 1.0 5,14
SL6PG D1 512K 0F29 3.06GHz/533MHz 31.0 mm FC rev 1.0 5,11,15
SL6PF D1 512K 0F29 2.80GHz/533MHz 31.0 mm FC rev 1.0 5,14
SL6PE D1 512K 0F29 2.66GHz/533MHz 31.0 mm FC rev 1.0 5,14
SL6PD D1 512K 0F29 2.53GHz/533MHz 31.0 mm FC rev 1.0 5,14
SL6PC D1 512K 0F29 2.40GHz/533MHz 31.0 mm FC rev 1.0 5,14
SL6PB D1 512K 0F29 2.26GHz/533MHz 31.0 mm FC rev 1.0 5,14
SL6WU D1 512K 0F29 3 GHz/800MHz 31.0 mm FC rev 1.0 1,5,11,13


1. This is a boxed Intel Pentium 4 processor with an unattached fan heatsink.
2. Some of these processors are offered as boxed processors with an unattached fan heatsink.
3. These processors are Pentium 4 processors in the 423-pin package.
4. These processors are Pentium 4 processors in the 478-pin package.
5. These processors are Pentium 4 processors with 512-KB L2 cache on 0.13 micron process.
6. These parts have some specifications that differ from those in the Intel® Pentium® 4 Processor in the 478-pin
Package datasheet. The specifications that are different from the datasheet are: Vmax = 1.665 V, Vmin =
1.570 V, Icc_max = 46.1 A, TDP = 62.9 W, Tcase = 71 °C, Isgnt = 15.8 A.
7. These parts have some specifications that differ from those in the Intel® Pentium® 4 Processor in the 478-pin
Package datasheet.. The specifications that are different from the datasheet are: Vmax = 1.655 V, Vmin =
1.560 V, Icc_max = 50.2 A, TDP = 67.7 W, Tcase = 73 °C, Isgnt = 16.1 A.
8. These parts have some specifications that differ from those in the Intel® Pentium® 4 Processor with 51-2KB L2
Cache on 0.13 Micron Process datasheet. The specifications that are different from the datasheet are: Vmax=
1.425 V, Vmin=1.355 V, Icc_max = 38.8 A, TDP= 46.8W, Tcase= 66C, Isgnt=17.0 A.
9. These parts have some specifications that differ from those in the Intel® Pentium® 4 Processor with 512-KB L2
Cache on 0.13 Micron Process datasheet. The specifications that are different from the datasheet are: Vmax=
1.420 V, Vmin=1.350 V, Icc_max = 41.6 A, TDP= 49.6 W, Tcase= 67C, Isgnt=17.1 A.
10. These processors incorrectly return a Brand ID of 0Ah instead of the expected Brand ID of 09h. The Brand ID
corresponds to bits [7:0] of the EBX register after the CPUID instruction is executed with a 1 in the EAX
register.
11. These parts include Hyper-Threading Technology.
12. These parts are at VID=1.475 V.
13. These parts are at VID=1.500 V.
14. These parts are at VID=1.525 V.
15. These parts are at VID=1.550 V.
16. These parts have multiple VIDs.