CPUs

Looking for the best CPU? Browse unbiased processor reviews sourced from Reddit's most active tech communities. Find the right AMD or Intel chip for gaming, streaming, or workstation builds.

Showing 73-84 of 84 products

6/10

Amd

CPUs

AMD Ryzen 5 5605GE

41% positive

35W TDP GE variant makes it ideal for compact, low-power builds like HTPCs, media centers, and home servers — whole systems reported idling around 40W

AM4 platform longevity is a genuine strength — DDR4 ecosystem is mature, affordable, and widely available

Vega iGPU lacks competitive hardware video encoding — Intel Quick Sync (available on even budget Intel SKUs like the N100) outperforms it significantly for Frigate NAS and multi-stream transcoding workloads

6/10

Amd

CPUs

AMD Ryzen 5 5605G

61% positive

Zen 3 architecture delivers solid CPU performance for everyday tasks, multitasking, and light workloads without needing a dedicated GPU

Integrated Vega 7 iGPU allows playable framerates in esports titles like Apex Legends and Overwatch 2 at 900/720p, making it viable for budget gaming setups

Only supports PCIe 3.0 instead of PCIe 4.0, meaning future discrete GPUs and NVMe SSDs will run at reduced bandwidth — roughly 2-4 FPS penalty with an RX 6600

7/10

Amd

CPUs

AMD Ryzen 7 5705G

71% positive

Best integrated graphics on AM4 — roughly matches a GT 1030 GDDR5 at 720p, enabling light gaming and casual titles without a discrete GPU

8-core Zen 3 at an accessible price point; historically priced lower than the 5800X while delivering ~90% of its CPU performance

Half the L3 cache (16MB vs 32MB) compared to 5700X and 5800X — results in roughly 10–25% lower gaming FPS when paired with a discrete GPU

7/10

Amd

CPUs

AMD Ryzen 5 5500X3D

64% positive

96MB of L3 cache via 3D V-Cache delivers massive gaming gains — users report doubling FPS in CPU-intensive titles like World of Warcraft (350→600 fps in Valorant, double fps in WoW cities) over iGPU-based Ryzen 5600G builds

Drop-in AM4 upgrade: works with existing DDR4 RAM and motherboards, letting users avoid the $300–$600 platform cost of moving to AM5 with DDR5

Explicitly a binned reject die — silicon that failed to qualify for 5700X3D or 5600X3D specs, with lower clock speeds as a result of worse die quality

5/10

Intel

CPUs

Intel Core Ultra 5 235TA

29% positive

Power-efficient TDP envelope makes it ideal for compact and low-noise OEM systems where thermals are a real constraint

Arrow Lake's tile-based architecture delivers solid productivity and multi-threaded workloads — the 265K variant scores well in non-gaming benchmarks and the 235TA shares the same core architecture

Essentially unavailable to retail consumers — only sold to Dell, HP, Lenovo, and a handful of other OEMs, so sourcing one requires pulling from eBay or bulk system teardowns

6/10

Intel

CPUs

Intel Core Ultra 5 235A

44% positive

Extremely low power draw — real-world users report similar or lower average load consumption than the AMD 7800X3D, making it ideal for small form factor and thermally constrained builds

14-core configuration (6P + 8E) delivers solid multi-threaded performance for code compilation, video editing, and productivity tasks — benchmarked slightly faster than a 9700X in Handbrake

The 235A is an OEM-only SKU — unavailable at retail, only found as parts pulls on eBay or in pre-built AIO/SFF systems, making it inaccessible for DIY builders

7/10

Amd

CPUs

AMD Ryzen Threadripper 9960X

68% positive

80 PCIe 5.0 lanes enables multiple GPUs at full x16 bandwidth — critical for dual RTX 5090 setups and AI inference workloads where the 9950X3D falls short

Quad-channel DDR5 memory support allows reliable operation with 128–256GB high-density kits, solving BSOD and bandwidth bottlenecks seen on AM5 platforms with large DIMM configs

Platform cost is brutal: CPU alone is $1,400+, with TRX50 motherboards starting at $700 and quad-channel DDR5 ECC RAM kits hitting $1,700, making total builds $3,000–$4,000+

8/10

Amd

CPUs

AMD Ryzen Threadripper 9980X

51% positive

Massive multi-threaded performance leap over the 7980X — Phoronix Linux benchmarks show a ~30% geometric mean improvement with significantly better perf-per-watt (0.78 vs 0.56)

92 PCIe 5.0 lanes on the non-Pro platform — far more than mainstream Ryzen's 24 lanes, making it ideal for multi-GPU, multi-NVMe, and capture card setups

At $4,999 it's a hard sell against a 9950X3D (~$700) for anyone whose workloads don't fully saturate high core counts — gaming performance is worse despite costing 7x more

7/10

Amd

CPUs

AMD Ryzen Threadripper 9970X

60% positive

Massive Zen 5 performance uplift over the 7970X — benchmarks show roughly 22% higher geometric mean performance in Linux workloads, with significantly better performance-per-watt (0.53 vs 0.45)

32 cores and 80 PCIe 5.0 lanes make it ideal for multi-GPU workstation builds, with the Gigabyte TRX50 AI TOP supporting 3x GPUs at full x16 PCIe 5.0

Total build cost is brutal — CPU alone is $2,499, and adding a TRX50 motherboard, R-DIMM memory, and proper cooling easily pushes the total past $5,000–6,000

5/10

Intel

CPUs

Intel Core 5 120

33% positive

Proven Alder Lake 6P/12T core design with no E-core thread scheduling headaches — a genuine plus for gaming workloads where Windows has historically mismanaged hybrid architectures

Drop-in upgrade for LGA1700 DDR4 systems — no new motherboard or RAM required, which keeps total upgrade cost low for people already on 12th gen platforms

Effectively identical to the i5-12400F which launched in 2021 — the only change is a 100 MHz boost clock increase, making this a branding exercise more than a product launch

6/10

Intel

CPUs

Intel Core Ultra 3 205

43% positive

48% faster than the Core i3-14100 in Cinebench R23 multi-core, a meaningful generational jump for productivity tasks

4+4 core layout (4 P-cores + 4 E-cores) gives 8 threads total, matching what many apps are optimized for and making a dedicated i5 unnecessary for many workloads

Platform entry cost is brutal: B860 motherboards start around €100–€130 and DDR5 RAM adds another €100+, making the total system cost much higher than the CPU price alone suggests

6/10

Amd

CPUs

AMD Ryzen 5 9500F

49% positive

About 5% faster than the 7500F on average across gaming benchmarks, with some titles showing up to 24% gains — a meaningful jump for certain workloads

Zen 5 architecture on AM5 platform means solid DDR5 and PCIe 5.0 support, and future upgrade headroom to higher-tier chips like a 9800X3D

At launch, priced higher than or equal to the 9600X in many markets (e.g., 250€ vs 219€ in Finland) — which makes it a hard sell when the 9600X offers more clocks and an iGPU