AMD A8 PRO-7600B vs AMD Athlon 5150

Head-to-head processor comparison

Aggregated Scores

Combined benchmark scores for both processors


Overall Score

Out of 2,060 results in the database

4,391

Rank #1,413

vs
3,991

Rank #1,897

4,391
3,991

A8 PRO-7600B wins by 9.1% (Rank #1413 vs #1897)

Singlecore Score

Out of 2,060 results in the database

4,376

Rank #1,414

vs
3,777

Rank #1,903

4,376
3,777

A8 PRO-7600B wins by 13.7% (Rank #1414 vs #1903)

Multicore Score

Out of 2,060 results in the database

4,414

Rank #1,423

vs
4,313

Rank #1,715

4,414
4,313

A8 PRO-7600B wins by 2.3% (Rank #1423 vs #1715)

Number Crunching

Out of 1,771 results in the database

4,569

Rank #1,078

vs
4,499

Rank #1,537

4,569
4,499

A8 PRO-7600B wins by 1.5% (Rank #1078 vs #1537)

Data Processing

Out of 1,771 results in the database

4,532

Rank #1,143

vs
4,467

Rank #1,550

4,532
4,467

A8 PRO-7600B wins by 1.4% (Rank #1143 vs #1550)

Physics & Compute

Out of 1,771 results in the database

4,525

Rank #1,240

vs
4,475

Rank #1,573

4,525
4,475

A8 PRO-7600B wins by 1.1% (Rank #1240 vs #1573)


Specifications

Side-by-side comparison of key specifications


Specification A8 PRO-7600B Athlon 5150 Diff
Cores
4
4
0%
Threads
4
4
0%
Base Frequency
3,100 MHz
1,600 MHz
+48.4%
Clock Multiplier
31x
16x
+48.4%
L1 Cache --
62 KB
L2 Cache --
2 MiB
TDP (lower is better)
65 W
25 W
61.5% more
Process (lower is better)
28 nm
28 nm
0%

General Information

Specification A8 PRO-7600B Athlon 5150
Designer AMD AMD
Core Name Kaveri Kabini
Socket Socket FM2+ Socket AM1
Package µPGA µOPGA-721
Memory Type DDR3 DDR3
Market Segment Desktop Desktop
Locked Multiplier No Yes

Designer

A8 PRO-7600B
AMD
Athlon 5150
AMD

Core Name

A8 PRO-7600B
Kaveri
Athlon 5150
Kabini

Socket

A8 PRO-7600B
Socket FM2+
Athlon 5150
Socket AM1

Package

A8 PRO-7600B
µPGA
Athlon 5150
µOPGA-721

Memory Type

A8 PRO-7600B
DDR3
Athlon 5150
DDR3

Market Segment

A8 PRO-7600B
Desktop
Athlon 5150
Desktop

Locked Multiplier

A8 PRO-7600B
No
Athlon 5150
Yes

Physical Specifications

Manufacturing process and die characteristics


Specification A8 PRO-7600B Athlon 5150
Process 28 nm 28 nm
Die Area 245 mm² 107 mm²
Transistor Count 2,411 --
Manufacturer GlobalFoundries GlobalFoundries

Process

A8 PRO-7600B
28 nm
Athlon 5150
28 nm

Die Area

A8 PRO-7600B
245 mm²
Athlon 5150
107 mm²

Transistor Count

A8 PRO-7600B
2,411
Athlon 5150
--

Manufacturer

A8 PRO-7600B
GlobalFoundries
Athlon 5150
GlobalFoundries

CPU Extensions

Supported instruction set extensions comparison


Extension A8 PRO-7600B Athlon 5150
3DNow!
ABM
AES
AMD-V
AVX
BMI1
CLMUL
F16C
FMA3
FMA4
MMX
PowerNow!
SSE
SSE2
SSE3
SSE4.1
SSE4.2
SSE4a
SSSE3
TBM
XOP

A8 PRO-7600B vs Athlon 5150 — Comparison Summary

Both the AMD A8 PRO-7600B and the Athlon 5150 are built on a 28 nm manufacturing process, reflecting their shared heritage in AMD's low-power and integrated processor lineup. However, despite this common foundation, the two processors diverge significantly in core architecture, clock speed, and intended use. The A8 PRO-7600B, based on the Kaveri microarchitecture, features a higher clock speed of 3.1 GHz and is designed for mainstream desktop systems, while the Athlon 5150, built on the Kabini architecture, operates at a much lower 1.6 GHz and targets ultra-low-power embedded or compact systems.

In terms of core count, both processors are quad-core, but the A8 PRO-7600B offers a more capable execution environment due to its advanced Kaveri design, which includes improved instruction sets and better memory handling. The Athlon 5150, while also quad-core, is optimized for efficiency rather than performance, with a TDP of just 25 W compared to the A8 PRO-7600B’s 65 W. This makes the Athlon 5150 more suitable for passive cooling and low-power applications, but it comes at the cost of raw computational power.

Performance-wise, the A8 PRO-7600B outpaces the Athlon 5150 across all benchmarks. It achieves an overall score of 4391, ranking #1413 of 2060, compared to the Athlon 5150’s 3991, which places it at #1897. The single-core performance gap is particularly stark, with the A8 PRO-7600B scoring 4376 and ranking #1414, while the Athlon 5150 manages only 3777 and ranks #1903. In multicore performance, the A8 PRO-7600B scores 4414 (#1423) versus the Athlon 5150’s 4313 (#1715), highlighting the importance of clock speed and microarchitecture in real-world workloads.

The differences in performance are further reflected in the Passmark benchmarks. The A8 PRO-7600B leads in all categories, including number crunching, data processing, and physics compute, demonstrating its versatility for general-purpose computing. The Athlon 5150, while capable in basic tasks, is clearly positioned as a budget-friendly option for light usage such as web browsing, media playback, and office applications.

As of April 2026, both processors are considered legacy products, having been released several years prior. The A8 PRO-7600B, while still functional in modest systems, is no longer competitive with modern processors, while the Athlon 5150 remains relevant only in niche, power-sensitive environments. For users seeking performance, the A8 PRO-7600B is the superior choice, but for those prioritizing energy efficiency and thermal constraints, the Athlon 5150 still holds value.