AMD A4 3310MX Análisis | 78 Datos comparados

The AMD A8-3520M is a quad-core processor that significantly outperforms the dual-core A4-3310MX in multi-threaded tasks, boasting double the cores and L2 cache as key advantages. While both chips offer 2.5 GHz TurboCore speeds, the A8-3520M provides superior performance in benchmarks like PassMark. However, a shared drawback for both is the lack of L3 cache, limiting their efficiency compared to contemporaries. Regarding graphics, the A8-3520M features the faster Radeon HD 6620G with 320 shader cores, while the A4-3310MX utilizes the slower Radeon HD 6480G with 240 cores. Both integrate UVD3 engines for HD decoding, yet both struggle with gaming due to a lack of dedicated video memory. The A8-3520M presents better power efficiency with a 35W TDP, compared to the 45W TDP of the A4-3310MX. While the A8 offers better performance-per-watt, both units are constrained by their "Husky" architecture, which underperforms against Intel competitors from the same era.

The AMD A4-3310MX is a dual-core laptop APU from late 2011 that operates at a base clockspeed of 2.1 GHz with a turbo boost of up to 2.3 GHz. Built on the FS1 socket with a typical TDP of 45W, it features L2 cache of 2048 KB and integrated Radeon HD Graphics. In current synthetic testing, it yields an average CPU Mark of 789 and a single-thread rating of 845, placing it in the lower tier of legacy mobile processors.

The Intel Core i7-2600K outperforms the i5-2500K with roughly 24% to 33% higher multi-threaded performance, driven by Hyper-Threading, a 3.4 GHz base clock, and an 8MB L3 cache. While both processors feature unlocked multipliers for easy overclocking, the i7 is superior for productivity tasks, whereas the i5 is a high-value option for gaming, as single-thread performance is nearly identical. The primary disadvantage is that these 95W TDP chips are now legacy, lacking support for modern instruction sets and, in the i5's case, lacking Hyper-Threading for multi-core tasks. View the full comparison at PassMark.