Originally posted by: Zebo
Originally posted by: GuitarDaddy
I found a picture of the beast
ADA3500DAA4BN
according to the self appointed gurus at extremesystems.org the "4" indicates that its 512k L2, the 3700+ is ADA3700DAA5BN
OP Painters confirmation from AMD
If the L2 truely isn't worth 200 pr points, this is good news because the 3500+ will have the same clock 2.2ghz as the 3700+
Does NOT make sence. How can a 2.0 Ghz chip get the 3500 rating with LESS cache, while a 2.2 has the 3700 rating??? How can a "old" 3500 run at 2.2 while this "new" one will loose 200Mhz and keep the same rating unless you add cache!!??!
Sorry But I'm not buying OPPs source.
Because its a 2.2ghz chip not a 2.0ghz, just like the other four 3500's . Newcastle, Winchester, Clawhammer & Venice
*posted on the xs forum*
The AA5 part gives you info about CPU max temprature rating, the default voltage and amount of L2 cache.
The number represents the size of the cache:
1 = 64KB
2 = 128KB
3 = 256KB
4 = 512KB
5 = 1024KB (1MB)
the last two letters like BP, BN, etc. represent the actual physical core that the chip sports.
AP = s754 C0 130nm Clawhammer
AR = s754 CG 130nm Clawhammer
AS = s939 CG 130nm Clawhammer
AX = s754 CG 130nm NewCastle
AW = s939 CG 130nm NewCastle
BI = s939 D0 90nm Winchester
AX = s754 CG 130nm Sempron (Based on NewCastle)
BA = s754 D0 90nm Sempron (Based on Winchester, s754 is why its not BI)
BO = s754 E? 90nm Sempron (Probably will be based on Venice, s754 is why its not BP)
BP = s939 E3 90nm Venice
BN = s939 E4 90nm San Diego
this also lists the 3500+ as a 512kb
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