AMD A10-6800K

The AMD A10-6800K is a quad-core desktop processor from the Richland generation, built on the Piledriver architecture and the 32nm process node. It operates at a base clock of 4.10 GHz with a boost clock of 4.40 GHz, and its benchmark data places it in the 21st percentile of all CPUs tested. The average benchmark score of 809 positions it in a cluster of processors with nearly identical performance, making it a mid-range part from its era rather than a performance leader.

Benchmark Performance

The Geekbench results for the A10-6800K reveal a significant imbalance between single-threaded and multi-threaded workloads. The multi-core score of 1140 is substantially higher than the single-core score of 478, indicating that the processor scales reasonably well across its four physical cores but struggles with per-thread performance. This pattern is typical of the Piledriver architecture, which prioritized multi-threaded throughput over raw single-core speed.

The average benchmark score of 809 places the A10-6800K in a tight competitive band. It sits at parity with the Intel Core i7-870S, which scores an identical 809. The margin against the Intel Xeon X3440 is a mere 0.1% delta, with the Xeon scoring 808. The AMD Athlon X4 850 trails by 0.4% with a score of 806, and the Intel Xeon X5482 also posts an 805, another 0.4% deficit. These deltas are within run-to-run variance for most benchmark suites, meaning the A10-6800K effectively trades blows with all four rivals in aggregate performance.

However, the composition of that aggregate score matters. The A10-6800K’s multi-core score of 1140 suggests it holds an advantage in heavily threaded applications over rivals that may have similar average scores but different core configurations. The single-core figure of 478 is comparatively modest, which will drag down performance in lightly threaded tasks such as older games or certain productivity software that rely on one or two strong cores.

Platform and Compatibility

The A10-6800K uses the AMD Socket FM2 interface, which is a key compatibility consideration for any system builder. This socket supports the Richland and Trinity generations of AMD APUs, but it is not forward-compatible with later sockets like FM2+ or AM4. The platform also uses DDR3 memory in a dual-channel configuration, with a theoretical memory bandwidth of 34.1 GB/s. ECC memory is not supported, which rules out this processor for error-correcting workstation builds.

PCIe support is limited to Gen 2, which is an older standard compared to the PCIe Gen 3 found on many competing platforms from the same period. This affects the maximum bandwidth available to discrete graphics cards and NVMe storage adapters, though for the era’s typical GPUs, the practical impact was modest. The integrated graphics solution is a Radeon HD 8670D, which provides a baseline display output capability without requiring a separate graphics card.

The processor has an unlocked multiplier, a feature that allows overclocking to increase clock speeds beyond the stock 4.40 GHz boost. This is a notable advantage for enthusiasts who want to extract additional performance from the Piledriver architecture. The part number is AD680KWOHLBOXAD680KWOA44HL, and the production status is end-of-life, meaning availability is limited to existing stock or the used market. The launch MSRP was $142.

Power and Thermals

The A10-6800K carries a thermal design power (TDP) rating of 100 watts. This is a moderate power envelope for a quad-core processor from the 2013 era. It implies the need for a capable air cooler, as the stock cooling solution must handle that heat output under sustained load. The 32nm process node from GlobalFoundries, with 1,303 million transistors on a 246 mm² die, contributes to the thermal characteristics.

A 100W TDP class processor typically requires a tower-style air cooler with a 92mm or 120mm fan to maintain reasonable temperatures during heavy workloads. The unlocked multiplier means that overclocking will push thermals higher, so users planning to overclock should invest in a higher-end cooling solution. The integrated Radeon HD 8670D graphics also generate heat within the same thermal envelope, which is worth noting for compact system builds.

For a system that runs at stock clocks with the integrated graphics, a standard 100W-class cooler is adequate. The power consumption is not excessive for a desktop platform, but it is not a low-power part either. The data does not include specific wattage figures beyond the TDP, so any assessment of real-world power draw must be inferred from that 100W rating.

How It Compares

The Intel Core i7-870S is the closest rival, matching the A10-6800K’s average score of 809 exactly. This is a notable outcome because the i7-870S is a low-power variant of Intel’s Lynnfield architecture, which typically offers stronger per-core performance. The A10-6800K compensates with its higher clock speeds and four cores, but the parity in average score means neither processor has a meaningful aggregate advantage.

The Intel Xeon X3440 scores 808, just 0.1% behind. This Xeon is a server-oriented processor with four cores and Hyper-Threading, giving it eight threads. Despite that thread advantage, the A10-6800K edges it out in the aggregate benchmark, likely due to the higher base and boost clocks of the Richland part. The margin is negligible, so real-world differences would be application-specific.

The AMD Athlon X4 850 scores 806, a 0.4% deficit. This rival is also a quad-core AMD part, but from a different product family. The A10-6800K’s advantage here is small but consistent, and it also offers the integrated Radeon HD 8670D graphics, which the Athlon X4 850 lacks. That makes the A10-6800K a more complete package for systems without a discrete GPU.

The Intel Xeon X5482 scores 805, matching the Athlon’s 0.4% delta. This Xeon is an older dual-socket server part based on the Core 2 architecture, which has strong per-core performance but lacks modern instruction set extensions. The A10-6800K’s newer Piledriver design and higher clock speeds give it a slight edge in the aggregate benchmark, despite the Xeon’s reputation for certain workloads.

Who Should Consider It

The A10-6800K is best suited for users building a compact desktop or home theater PC where the integrated Radeon HD 8670D graphics can handle light gaming and video playback without a discrete card. The multi-core score of 1140 indicates reasonable performance for multi-threaded productivity tasks like video encoding or compiling, though the single-core score of 478 will limit performance in software that is not well-threaded.

For gaming, this processor is a marginal choice by modern standards. The single-core score of 478 is low compared to contemporary processors, and many games are still sensitive to single-thread performance. However, older games from the processor’s release era, or titles that scale well across four cores, would be playable at lower settings. The integrated graphics can output to a display, but the data does not include any graphics benchmark scores, so the visual performance cannot be quantified here.

For office and general productivity workloads, the A10-6800K provides adequate performance for spreadsheets, web browsing, and document editing. The four cores handle multitasking smoothly, and the 4 MB of L2 cache helps with frequently accessed data. The lack of L3 cache is a minor drawback, but the dual-channel DDR3 memory bandwidth of 34.1 GB/s is sufficient for these tasks.

Users considering this processor should be aware of its end-of-life status and the FM2 socket’s limited upgrade path. The platform does not support newer sockets, so any future CPU upgrade would require a motherboard change. The unlocked multiplier offers some longevity through overclocking, but the Piledriver architecture is still limited by its single-thread performance. For workloads dominated by multi-threaded performance, the A10-6800K holds its own against its closest rivals, but it is not a processor for demanding modern applications.