Ordering Part Number of AMD processors

Microprocessors from AMD can with a printed Ordering Part Number ( OPN be identified). The OPN enables precise conclusions to be drawn about the respective CPU .

Structure of the OPN

The main features of the code are:

1. Processor model
2. the size of the L2 cache
3. the voltage of the processor core (VCore)
4. the maximum operating temperature
5. the clock frequency of the front side bus (FSB)
6. the clock frequency of the processor

X5 processors

Name of the model

• AMD-X5: Am5x86

Clock rate

• see AMD Am5x86

Package type

• A = SPGA
• S = SQFP

Operating voltage (VCore)

• D = 3.45V
• F = 3.3V

Maximum temperature of the processor housing

• W = 55 ° C
• Y = 75 ° C
• Z = 85 ° C

K5 processors

Name of the model

• AMD-K5: AMD K5 (5K86)
• AMD-SSA / 5 AMD 5k86 ((SSA / 5)

P-Rating ("Performance Rating")

• see AMD K5

Package type

• A = SPGA

Operating voltage (VCore)

• B = 3.45 V to 3.6 V (3.52 V nominal)
• H = 2.86 V to 3.0 V with an I / O voltage of 3.135 V to 3.465 V (3.30 V nominal)

Maximum temperature of the processor housing

• Q = 60 ° C
• R = 70 ° C

K6 processors

Name of the model ( AMD-K6-III 450AFX)

• AMD-K6: AMD K6 (K6, Little Foot)
• AMD-K6-2: AMD K6-2 (Chomper, Chomper XT)
• AMD-K6-2 +: AMD K6-2 + (Notebook CPU)
• AMD-K6-III: AMD K6-III (Sharptooth)
• AMD-K6-III +: AMD K6-III + (Notebook CPU)

Performance rating (AMD-K6-III 450 AFX)

• The P-Rating corresponds to the actual clock speed, see AMD K6 , AMD K6-2 and AMD K6-III

Socket (AMD-K6-III450 A FX)

• A = 321 pin ( CPGA )
• B = 360 pin (CPGA)

Operating voltage (VCore) (AMD-K6-III450A F X)

• C = 1.9V to 2.1V
• D = 2.0V to 2.2V
• F = 2.1V to 2.3V
• G = 2.2V to 2.4V
• H = 2.3V to 2.5V
• L = 2,755 V to 3,045 V.
• N = 3.1V to 3.3V
• T = 1.5V to 1.7V

The I / O voltage is always 3.135 V to 3.6 V.

Processor Case Temperature (AMD-K6-III450AF X )

• K = 0 ° C to 80 ° C
• Q = 0 ° C to 60 ° C
• R = 0 ° C to 70 ° C
• X = 0 ° C to 65 ° C
• Z = 0 ° C to 85 ° C

K7 processors

Processor type ( AM SN2800DUT4C)

• A = Athlon (model 4)
• AHM mobile Athlon 4 (model 6)
• AHX = Athlon MP (model 6, then clock rate instead of model rating)
• AM = Athlon MP (model 8/10)
• AMP = Athlon MP (model 6)
• AX = Athlon XP (model 6, model number directly after AX)
• AXD = Athlon XP (model 8/10, AX + one more digit then model number)
• D = Duron (model 3)
• DH = Duron (model 7/8)
• K7 = Athlon (model 1/2)
• S = Sempron (model 8/10)

Purpose of use (AM S N2800DUT4C)

• D = desktop
• L = low voltage
• M = mobile
• S = server

Thermal Design Power, TDP (maximum) (AMS N 2800DUT4C)

• A = 72 W.
• C = 62 W.
• D = 35 W.
• G = 47 W.
• H = 45 W.
• J = 53 W.
• L = 55 W.
• N = 60 W.
• S = 25 W.

QuantiSpeed ​​rating / clock rate (AMSN 2800 DUT4C)

• Quantispeed rating for AMD Athlon XP , AMD Athlon MP and AMD Sempron ( see respective articles )
• Clock rate for the AMD Athlon and AMD Duron ( see respective articles )

Base (AMSN2800 D UT4C)

• A = CPGA (socket A, 462 pin)
• D = OPGA (socket A, 462 pin)
• E = OµPGA (socket 563)
• F = OPGA (Socket A, 462 pin, auto-FSB)
• G = OµPGA (socket 563, auto-FSB)
• M = SECC (slot A)

Operating voltage (VCore) (AMSN2800D U T4C)

• C = 1.15V
• G = 1.00 V
• H = 1.55V
• J = 1.35V
• K = 1.65V
• L = 1.50V
• M = 1.75V
• N = 1.80V
• P = 1.70V
• Q = 1.45V
• S = 1.50V
• T = 1.60V
• U = 1.60V
• V = 1.40V
• W = 1.30V
• X = 1.25V
• Y = 1.10V

Maximum temperature of the processor core (AMSN2800DU T 4C)

• K = 80 ° C
• Q = 100 ° C
• R = 70 ° C
• S = 95 ° C
• T = 90 ° C
• V = 85 ° C
• W = 80 ° C
• X = 65 ° C
• Y = 75 ° C
• Z = 85 ° C

L2 cache size (AMSN2800DUT 4 C)

• 1 = 64 KB
• 2 = 128 KB
• 3 = 256 KB
• 4 = 512 KB
• 5 = 512 KB

Divider of the L2 cache (K7550MTR5 1 B)

• only for Athlon model 1/2 ( slot A )
• 1 = 2: 1
• 2 = 2.5: 1
• 3 = 3: 1
• 4 = 1: 1

Maximum FSB (AMSN2800DUT4 C )

• B = FSB 200 (100 MHz)
• C = FSB 266 (133 MHz)
• D = FSB 333 (166 MHz)
• E = FSB 400 (200 MHz)

Examples

• AMD-K7850MPR52B:

AMD Athlon 850 MHz, Card Module, 1.70 V, T-Case max. 70 ° C, 512 KB L2 cache, 340 MHz cache, 200 MHz FSB

• A1400AMS3C:

AMD Athlon 1400 MHz, PGA, 1.75 V, T-Case max. 95 ° C, 256 KB L2 cache, 266 MHz FSB

• AMSN2800DUT4C:

AMD Athlon MP 2800+, TDP max. 60 W, 2133 MHz, socket A, 1.60 V, T-case max. 90 ° C, 512 KB L2 cache, FSB 266

• AXDA3200DKV4E:

AMD Athlon XP 3200+, TDP std., 2200 MHz, Socket A, 1.65 V, T-Case max. 85 ° C, 512 KB L2 cache, FSB 400

• AXMD2400GJQ4C:

AMD Athlon XP-M 2400+, TDP max. 35 W, 1800 MHz, socket 563, 1.35 V, T-Case max. 100 ° C, 512 KB L2 cache, FSB 266

• DHD1800DLV1C:

AMD Duron 1800 MHz, TDP max. 35 W, 1800 MHz, socket A, 1.50 V, T-case max. 85 ° C, 64 KB L2 cache, FSB 266

• SDC2800DUT3D:

AMD Sempron 2800+, TDP max. 62 W, ​​2000 MHz, socket A, 1.60 V, T-case max. 90 ° C, 256 KB L2 cache, FSB 333

K8 / K9 processors

Processor type ( O SP8214GAU6CYE):

• A: Athlon
• O: Opteron
• S: Sempron
• T: Turion

Purpose of use (O S P8214GAU6CYE):

• D: desktop
• H: Mobile (only with Athlon XP-M on socket 754)
• M: Mobile
• S: Server (dual / multiprocessor systems)
• W: Workstation (single processor systems)

Thermal Design Power , TDP (OS P 8214GAU6CYE):

• A: variable
• B: 30 watts
• C: 9 watts
• D: 35 watts
• E: 20 watts
• Q: 8 watts
• G: 15 watts
• H: 45 watts
• J: 22 watts
• K: 55 watts
• L: 12 watts
• N: 62 watts
• O: 65 watts
• P: 68 watts
• S: 25 watts
• T: 85 watts
• V: 89 watts
• X: 125 watts
• Y: 119 watts
• Z: 18 watts

Model Number (OSP 8214 GAU6CYE):

• Athlon 64, Athlon 64 X2, Sempron and Mobile Sempron
  • 4-digit model number according to article Athlon 64 , Athlon 64 X2 , Sempron and mobile Sempron
• Athlon 64 FX
  • FX + 2-digit model number according to article AMD Athlon 64 FX
• Athlon 64 X2 Mobile
  • A 3-digit model number, followed by a B , identifies a business class processor with a guaranteed 24-month availability from presentation
  • TK + 2-digit model number according to article AMD Athlon 64 X2 (mobile)
• Athlon Neo
  • MV + 2-digit model number according to article AMD Athlon 64
• Athlon Neo X2
  • L + 3-digit model number according to article AMD Athlon 64 X2 (mobile)
• Athlon X2 and Sempron
  • 4-digit model number without letter prefix according to article AMD Athlon X2
• Opteron
  • 3-digit model number according to article AMD Opteron
  • 4-digit model number according to article AMD Opteron
• Turion 64
  • MK + 2-digit model number according to article AMD Turion 64
  • ML + 2-digit model number according to article AMD Turion 64
  • MT + 2-digit model number according to article AMD Turion 64
• Turion 64 X2
  • TL + 2-digit model number according to article AMD Turion 64 X2
• Turion Neo X2
  • L + 3-digit model number according to article AMD Turion 64 X2

Processor socket and design (OSP8214 G AU6CYE)

• A = socket 754 (lidded Oµ PGA )
• B = socket 754 (lidless OµPGA without heat spreader, followed by an L as the first letter of the type)
• C = Socket 940 (lidded CµPGA)
• D = socket 939 (lidded OµPGA)
• F = socket 940 (lidded OµPGA)
• G = socket F (lidded 1207-pin LGA )
• H = socket S1 (lidless 638-pin Oµ PGA )
• I = Socket AM2 (lidded 940-pin OµPGA)
• O = base ASB1 (lidless 812-ball BGA )

Operating voltage (VCore) (OSP8214G A U6CYE):

• A = variable
• B = 1.35V
• C = 1.55V
• E = 1.50V
• I = 1.40V
• K = 1.35V
• L = 1.40V
• M = 1.30V
• O = 1.25V
• Q = 1.20V
• S = 1.15V
• U = 1.60V
• 2 = 0.90V

maximum temperature of the heat spreader (Tcase max) (OSP8214GA U 6CYE):

• A = variable
• I = 63 ° C
• K = 65 ° C
• M = 67 ° C
• O = 69 ° C
• P = 70 ° C
• Q = 71 ° C
• R = ?? ° C
• S = ?? ° C
• T = 78 ° C
• U = 83 ° C
• V = ?? ° C
• X = 95 ° C
• Y = 100 ° C

L2 cache size (OSP8214GAU 6 CYE):

• 2 = 128 KB
• 3 = 256 KB
• 4 = 512 KB (2 × 256 KB for dual core processors)
• 5 = 1024 KB (2 × 512 KB for dual core processors)
• 6 = 2048 KB (2 × 1024 KB for dual core processors)

Type & revision (OSP8214GAU6 CY E):

• Athlon 64
  • AP = Rev C0 ( Clawhammer C0 )
  • AR = Rev CG ( Clawhammer CG ) (Socket 754, 512/1024 KB L2 cache)
  • AS = Rev CG ( Clawhammer CG ) (Socket 939, 512/1024 KB L2 cache)
  • AW = Rev CG ( Newcastle ) (Socket 939)
  • AX = Rev CG ( Newcastle ) (socket 754)
  • AZ = Rev CG ( Newcastle ) (Socket 939, special model)
  • BI = Rev D0 ( Winchester )
  • BO = Rev E3 ( Venice E3 ) (Socket 754)
  • BP = Rev E3 ( Venice E3 ) (Socket 939)
  • BN = Rev E4 ( San Diego E4 )
  • BW = Rev E6 ( Venice E6 ) (Socket 939)
  • BX = Rev E6 ( Venice E6 ) (Socket 754)
  • BY = Rev E6 ( Venice E6 ) (Socket 939, special model)
  • BZ = Rev E6 ( Venice E3 ) (Socket 939, special model)
  • CF = Rev E6 ( Toledo E6 ) (Socket 939, Athlon 64 X2 with only one active core)
  • CG = Rev E4 ( Manchester ) (Socket 939, Athlon 64 X2 with only one active core)
  • CN = Rev F2 ( Orleans F2 )
  • CW = Rev F2 ( Orleans F2 )
  • DE = Rev G1 ( Lima )
  • DH = Rev F3 ( Orleans F3 )
  • DR = Rev G2 Athlon 64 embedded
  • DP = Rev G2 ( Lima )
• Athlon 64 FX
  • AK = Rev C0 ( Sledgehammer C0 )
  • AT = Rev CG ( Sledgehammer CG )
  • AS = Rev CG ( Clawhammer )
  • BN = Rev E4 ( San Diego )
  • CD = Rev E6 ( Toledo )
  • CS = Rev F2 ( Windsor )
  • DI = Rev F3 ( Windsor FX )
• Athlon 64 X2
  • BV = Rev E4 ( Manchester )
  • CD = Rev E6 ( Toledo )
  • CS = Rev F2 ( Windsor-1024 F2 )
  • CU = Rev F2 ( Windsor-512 F2 )
  • CZ = Rev F3 ( Windsor F3 )
  • DD = Rev G1 ( Brisbane )
  • DL = Rev G1 ( Brisbane (3600+ only) )
  • DO = Rev G2 ( Brisbane )
  • DS = Rev G2 ( Brisbane ("Black Edition") )
• Athlon Neo
  • DX = Rev G2 ( Huron)
• Athlon Neo X2
  • DY = Rev G2 ( Conesus)
• Athlon X2 BE
  • DD = Rev G1 ( Brisbane )
  • DO = Rev G2 ( Brisbane )
• Mobile Athlon 64
  • AP = Rev C0 ( Clawhammer C0 )
  • AR = Rev CG ( Clawhammer CG )
  • BU = Rev E5 ( Newark )
  • LB = Rev D0 ( Oakville )
• Athlon XP-M
  • AX = Rev CG ( Clawhammer CG )
• Mobile Sempron
  • AY = Rev CG ( Dublin )
  • BA = Rev D0 ( Georgetown )
  • BX = Rev E6 ( Albany )
  • CM = Rev F2 ( Richmond ) (256 KB L2 cache)
  • CM = Rev F2 ( Keene ) (512 KB L2 cache)
  • DN = Rev G2 ( Sherman )
  • DQ = Rev G2 ( Sherman )
• Mobile Sempron without a heatspreader
  • LA = Rev CG ( Dublin )
  • LB = Rev D0 ( Sonora )
  • LE = Rev E6 ( Roma )
  • LF = Rev E6 ( Roma )
• Opteron
  • AG = 1xx series, Rev B3 ( Sledgehammer B3 )
  • AK = 1xx series, Rev C0 ( Sledgehammer C0 )
  • AT = 1xx series, Rev CG ( Sledgehammer CG )
  • AH = 2xx series, Rev B3 ( Sledgehammer B3 )
  • AL = 2xx series, Rev C0 ( Sledgehammer C0 )
  • AU = 2xx series, Rev CG ( Sledgehammer CG )
  • AI = 8xx series, Rev B3 ( Sledgehammer B3 )
  • AM = 8xx series, Rev C0 ( Sledgehammer C0 )
  • AV = 8xx series, Rev CG ( Sledgehammer CG )
  • BB = 1xx series, Rev D4 ( Venus ) (Socket 940)
  • BC = 2xx series, Rev D4 ( Troy )
  • BD = 8xx series, Rev D4 ( Athens )
  • BK = 1xx series, Rev E4 ( Venus ) (Socket 940)
  • BL = 2xx series, Rev E4 ( Troy )
  • BM = 8xx series, Rev E4 ( Athens )
  • BN = 1xx series, Rev E4 ( Venus ) (socket 939)
  • BS = 8xx series, Rev E1 ( Egypt )
  • CA = 1xx series, Rev E6 ( Denmark ) (socket 940)
  • CB = 2xx series, Rev E6 ( Italy )
  • CC = 8xx series, Rev E6 ( Egypt )
  • CD = 1xx series, Rev E6 ( Denmark ) (socket 939)
  • CQ = 22xx series, Rev F2 ( Santa Rosa F2 )
  • CR = 82xx series, Rev F2 ( Santa Rosa F2 )
  • CS = 12xx series, Rev F2 ( Santa Ana F2 )
  • CX = 22xx series, Rev F3 ( Santa Rosa F3 )
  • CY = 82xx series, Rev F3 ( Santa Rosa F3 )
  • CZ = 12xx series, Rev F3 ( Santa Ana F3 ) (Socket AM2)
  • DG = 12xx series, Rev F3 ( Santa Ana F3 ) (socket F)
• Sempron
  • AX = Rev CG ( Paris )
  • BA = Rev D0 ( Georgetown )
  • BO = Rev E3 ( Palermo E3 )
  • BP = Rev E3 ( Palermo E3 ) (Socket 939)
  • BW = Rev E6 ( Palermo E6 ) (Socket 939)
  • BX = Rev E6 ( Palermo E6 )
  • CN = Rev F2 ( Manila )
  • CV = Rev D0 ( Georgetown ) like Rev D0 with OPN BA but with activated AMD64 unit
  • CW = Rev F2 ( Manila )
  • DE = Rev G1 ( Sparta G1 )
  • DP = Rev G2 ( Sparta G2 )
  • DV = Rev ?? ( Huron)
  • DX = Rev G2 ( Huron)
• Sempron X2
  • DD = Rev G1 ( Brisbane G1 )
  • DO = Rev G2 ( Brisbane G2 )
• Turion 64
  • LD = Rev E5 ( Lancaster )
  • CM = Rev F2 ( Richmond )
• Turion 64 X2
  • CT = Rev F2 ( Taylor )
  • CT = Rev F2 ( Trinidad )
  • DC = Rev G1 ( Hawk )
  • DM = Rev G2 ( Hawk )
• Turion Neo X2
  • DY = Rev G2 ( Congo)
• Turion X2
  • GG = Rev B1 ( Lion )
• Turion X2 Ultra
  • GG = Rev B1 ( Griffin )

Version (OSP8214GAU6CY E ):

• no letter in normal version
• E = embedded version (RoHS compliant, lead-free, 5 year availability guarantee)
• S = probably RoHS compliant and lead-free
• Not applicable for models after May 2006, after that all RoHS-compliant and lead-free

Examples

• OSP8214GAU6CYE: AMD Opteron 64 2nd generation, TDP max. 68 W, up to 8-way, 2.2 GHz, Socket F, VCore std., TCase max 83 ° C, 2 × 1024 KB L2 cache, Santa Rosa F3, optimized for embedded systems
• SMS3300BQX2LF: AMD Mobile Sempron 64, TDP max. 25 W, 2.0 GHz, socket 754 without heat spreader, VCore 1.20 V, TCase max 95 ° C, 128 KB L2 cache, Roma E6

K10 processors

Processor type ( O S8350WAL4BGE):

• A: Athlon / A-Series
• E: E-Series
• H: Phenom
• O: Opteron
• S: Sempron
• T: Turion
• V: V-Series

Intended use (O S 8350WAL4BGE):

• D: desktop
• E: Embedded
• M: Mobile
• S: server

Model Number (OS 8350 WAL4BGE):

(X = variable number, A = variable letter)

• A-Series
  • XXXX → AMD Fusion APU
• Athlon:
  • XXXX → AMD Athlon
  • X XXX → AMD Athlon II
  • XB XX → AMD Athlon II B usiness Class
  • XXX E → AMD Athlon II E nergy Efficient
  • XXX U → AMD Athlon II U ltra Low Voltage
  • XXX X → AMD Athlon II APU with Radeon GF X
  • K XXX → AMD Athlon II Neo Mobile
  • M XXX → AMD Athlon II Mobile in socket S1g3
  • N XXX → AMD Athlon II Mobile in socket S1g4
  • N XX L → AMD Athlon II Neo dual core L ow Voltage
  • P XXX → AMD Athlon II Mobile in socket S1
  • R XX L → AMD Athlon II Neo single core L ow Voltage
• E-Series
  • XXXX → AMD Fusion APU
• Phenom
  • XXXX → AMD Phenom
  • XXX Z → AMD Phenom Black Edition with free multiplier
  • N XXX → AMD Phenom II Mobile (35 W)
  • P XXX → AMD Phenom II Mobile (25 W)
  • X XXX → AMD Phenom II / AMD Phenom II Mobile Black Edition with free multiplier
  • XB XX → AMD Phenom II B usiness Class
  • XXX E → AMD Phenom II E nergy Efficient
  • XXX T → AMD Phenom II with T urbo Core
  • Z XXX → AMD Phenom II Black Edition with free multiplier
  • XX ZT → AMD Phenom II X4 Z osma Black Edition with free multiplier and T urbo Core
  • T XX T → AMD Phenom II X6 T Huban with T urbo Core
  • T XX Z → AMD Phenom II X6 T huban Black Edition with free multiplier and Turbo Core
• Opteron
  • X 3 XX / X 4 XX → AMD Opteron (K10)
  • X 3 AA / X 4 AA → AMD Opteron (K10) embedded
• Sempron
  • M XXX → AMD Sempron (K10) Mobile (S1g3)
  • N XXX → AMD Sempron (K10) Mobile (S1g4)
  • X XXX → AMD Sempron (K10)
• Turion
  • K XXX → AMD Turion II X2 Neo Mobile
  • M5 XX → AMD Turion II X2 Mobile (S1g3)
  • M6 XX → AMD Turion II Ultra X2 Mobile
  • N XXX → AMD Turion II X2 Mobile (S1g4, 35 W)
  • N XXA → AMD Turion II Neo (ASB2, 15/25 W)
  • P XXX → AMD Turion II X2 Mobile (S1g4, 25 W)
• V-Series
  • V XXX → AMD V-Series

thermal profiles (OS8350 WA L4BGE):

profile	Average CPU power	TDP	max TDP	max Tcase
DB		35 W
DC		35 W
DD		35 W		100 ° C
EA		20 W		80 ° C
FA		140 W		64 ° C
FB		125 W	140 W	62 ° C
FC		8 W.		95 ° C
FD		9 W.
FL			50 W
FM	55 W	68 W	79 W	86 ° C
GA		15 W		95 ° C
HB		45 W		63 ° C
HD		45 W	50 W	72 ° C
HF		45 W
HI		45 W
HJ	32 W	35 W	43 W	65 ° C
HK		40 W
HL		45 W		100 ° C
LA		12 W.		95 ° C
LG		15 W		95 ° C
MA			71 W
N / A	40 W	50 W	60 W	68 ° C
NB	40 W	50 W	60 W	68 ° C
IF		65 W		61 ° C
OC		65 W	72 W.	70 ° C
OD		65 W		70 ° C
OE		65 W
OF	50 W	65 W	80 W	70 ° C

profile	Average CPU power	TDP	max TDP	max Tcase
1st floor		65 W
OH		65 W
OJ		65 W
PA	55 W	68 W	79 W	71 ° C
PD	55 W	68 W	79 W	76 ° C
Pc	55 W	68 W	79 W	76 ° C
SB		25 W
SC		25 W		81 ° C
SD		25 W		95 ° C
SG		25 W
VA	65 W	85 W	100 W	65 ° C
WA	75 W	95 W	115 W	70 ° C
WB	75 W	95 W	115 W	76 ° C
WC		95 W		70 ° C
WE	75 W	95 W		70 ° C
WF		95 W	110 W	70 ° C
Flat share	75 W	95 W	115 W	77 ° C
WH	75 W	95 W	115 W	77 ° C
WJ	75 W	95 W	115 W	76 ° C
WK	80 W	115 W	135 W	69 ° C
WL	75 W	95 W	115 W	70 ° C
WN		100 W		70 ° C
YA	105 W	119 W	137 W	71 ° C
YC	105 W	119 W	137 W	73 ° C
YE	105 W	140 W	165 W	64 ° C
XA		125 W		61 ° C
XC		125 W	140 W	62 ° C
XD	105 W	137 W		71 ° C

• Attention: this information can vary within the same profile for different core revisions
• depending on the clock rate and the mainboard used
• To be on the safe side, the values ​​are the higher consumption values ​​and lower maximum case temperatures (Tcase)

Processor socket (OS8350WA L 4BGE):

• J = Socket AM2r2 (940 pin µPGA)
• K = Socket AM3 (938 pin µPGA)
• L = socket Fr2 (1207 land LGA)
• M = socket S1g2 (638 pin µPGA)
• O = socket S1g3 (638 pin µPGA)
• P = socket Fr5 (1207 land LGA)
• R = socket S1g4 (638 pin µPGA)
• S = socket Fr6 (1207 land LGA)
• T = base G34 (1944 land LGA)
• U = socket C32 (1207 land LGA)
• V = ASB2 soldered (812 ball BGA)
• X = Socket FS1 (722 pin µPGA)
• Z = socket FM1 (905 pin µPGA)

Number of active processor cores (OS8350WAL 4 BGE):

• 1 = one active core (single core)
• 2 = two active cores (dual core)
• 3 = three active cores (triple core)
• 4 = four active cores (quad core)
• 6 = six active cores (hexa-core)
• 8 = eight active cores (octa-core)
• C = twelve active cores (dodeca core)

Type & size of L2 / L3 cache (OS8350WAL4 B GE):

• 2 = 512KB L2 cache per core
• 3 = 1024 KB L2 cache per core
• B = 512 KB L2 cache per core and 2 MB shared L3 cache
• D = 512 KB L2 cache per core and 6 MB shared L3 cache
• E = 512 KB L2 cache per core and 2 × 6 MB shared L3 cache
• F = 512 KB L2 cache per core and 4 MB shared L3 cache

Product name & revision (OS8350WAL4B GE ):

• A-Series
  • GX = Rev B0 ( Llano )
• Athlon X2
  • GH = Rev B3 ( Kuma )
  • GI = Rev C2 Phenom-II-based, without L3 cache and without code names
• Athlon II
  • GQ = Rev C2 ( Sargas )
  • GM = Rev C3 ( Sargas )
• Athlon II Mobile
  • GQ = Rev C2 ( Caspian )
  • GM = Rev C3 ( Champlain )
• Athlon II Neo
  • GM = Rev C3 ( Geneva )
• Athlon II Neo Mobile
  • GM = Rev C3 ( Geneva )
• Athlon II X2
  • GQ = Rev C2 ( Regor )
  • GM = Rev C3 ( Regor )
• Athlon II X3
  • GI = Rev C2 ( Rana )
  • GM = Rev C3 ( Rana )
• Athlon II X4
  • GI = Rev C2 ( Propus )
  • GM = Rev C3 ( Propus )
  • GR = Rev E0 ( Zosma )
  • GX = Rev B0 ( Llano )
• Athlon II XLT
  • GM = Rev C3 ( Regor )
• E-Series
  • GX = Rev B0 ( Llano )
• Phenom X3
  • GD = Rev B2 ( Toliman )
  • GH = Rev B3 ( Toliman )
  • HH = Rev B2 ( Toliman )
  • HI = Rev B3 ( Toliman )
• Phenom X4
  • GA = Rev B0 (prototypes)
  • GD = Rev B2 ( Agena )
  • GH = Rev B3 ( Agena )
• Phenom II Mobile
  • GM = Rev C3 ( Champlain )
• Phenom II X2
  • GI = Rev C2 ( Callisto )
  • GM = Rev C3 ( Callisto )
• Phenom II X3
  • GI = Rev C2 ( Heka )
• Phenom II X4
  • GI = Rev C2 ( Deneb )
  • GM = Rev C3 ( Deneb )
  • GR = Rev E0 ( Zosma )
• Phenom II X6
  • GR = Rev E0 ( Thuban )
• Phenom II XLT
  • GM = Rev C3 ( Deneb )
• Opteron
  • GC = 23xx / 83xx series, Rev B1 ( Barcelona )
  • GD = 23xx / 83xx series, Rev B2 ( Barcelona )
  • GE = 23xx / 83xx series, Rev BA ( Barcelona )
  • GH = 23xx / 83xx series, Rev B3 ( Barcelona )
  • GI = 23xx / 83xx series, Rev C2 ( Shanghai )
  • GN = 24xx / 84xx series / quad-core 41xx series, Rev D0 ( Istanbul / Lisbon )
  • GO = 41xx-series / 61xx-series, Rev D1 ( Lisbon / Magny Cours ) with 6, 8 or 12 active cores
• Sempron
  • GQ = Rev C2 ( Sargas )
  • GM = Rev C3 ( Sargas )
• Sempron Mobile
  • GQ = Rev C2 ( Caspian )
  • GM = Rev C3 ( Champlain )
• Sempron X2
  • GM = Rev C3 ( Regor )
• Turion II
  • GQ = Rev C2 ( Caspian )
  • GM = Rev C3 ( Champlain )
• Turion II Neo
  • GM = Rev C3 ( Geneva )
• Turion II Ultra
  • GQ = Rev C2 ( Caspian )
• V-Series
  • GM = Rev C3 ( Geneva / Champlain )

Geode processors

Processor type ( ALX C800EETJCVC):

• ALX: Geode LX

TDP (ALX C 800EETJCVC):

• C = ≤ 3 W.
• D = ≤ 4 W.
• G = ≤ 6 W

Model Number (AlxC 800 EETJCVC):

• Geode LX:
  • three-digit model number according to article AMD Geode

Processor housing (ALXC800 EE TJCVC):

• EE = BGU (TE-PBGA)

Operating voltage (VCore) (ALXC800EE T JCVC):

• T = 1.20V
• X = 1.25V
• Y = 1.40V

Memory cycle (ALXC800EET J CVC):

• J = 400 MHz
• H = 333 MHz

L2 cache / EEPROM (ALXC800EETJ C VC):

• 2 = 128 KB L2 cache, no EEPROM
• C = 128 KB L2 cache, EEPROM available

Screen type (ALXC800EETJC V C):

• C = CRT, TFT and VOP

Housing (ALXC800EETJCV C ):

• C = 0 to 85 ° C
• D = 0 to 85 ° C, lead-free
• H = 0 to 80 ° C, lead-free
• F = −40 to 85 ° C, lead-free (industrial version)

Examples ALXC800EETJCVC:

Web links

• Identification of AMD socket A processors based on the OPN
• Identification of AMD Athlon 64 processors based on the OPN