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 49-60 of 84 products

7/10

Amd

CPUs

AMD Ryzen 9 9900X

79% positive

Massive productivity gains over AM4: users upgrading from Ryzen 5900X or 5800X report 40-60% improvement in compute-heavy workloads like rendering, compression, VM emulation, and math-intensive tasks

Lower power draw than previous gen: the 9900X runs at a 120W TDP vs. 170W on the 7900X, with users reporting 14% better Cinebench R23 multi-core scores at 20% lower temperatures in side-by-side tests

Poor gaming value relative to X3D alternatives: the 9800X3D offers up to 20% better gaming performance and costs a comparable amount — for gaming-only builds, Reddit nearly universally recommends the X3D line instead

8/10

Amd

CPUs

AMD Ryzen 5 7600X3D

69% positive

V-Cache delivers tangible gains in 1% lows and frame consistency, especially noticeable in UE5 titles, Tarkov, Rust, and CPU-heavy simulation games

Benchmarks put it roughly 9% behind the 7800X3D in gaming — closer to the 7800X3D than to the non-X3D 9600X, which it beats by ~16%

DDR5 RAM prices have surged — a 32GB kit now runs $350+ new at Microcenter, making total platform cost significantly higher than the CPU sticker price implies

7/10

Intel

CPUs

Intel Core Ultra 7 265KF

71% positive

Multicore performance stomps AMD Ryzen 7 9700X with nearly 70% higher Cinebench R23 scores (36k vs 21k), making it exceptional for video editing, software development, and 3D rendering

At 1440p and 4K, gaming performance is virtually identical to the 9700X — real-world gap only shows up at unrealistic 720p CPU-limited benchmarks

LGA1851 is a confirmed one-generation socket — Nova Lake moves to a new socket, so you're buying into a dead-end platform with zero upgrade path

7/10

Intel

CPUs

Intel Core Ultra 7 265K

76% positive

Exceptional multi-threaded performance — Cinebench R23 scores around 36K outclass the Ryzen 9700X's ~21K, making it a clear winner for video editing, Photoshop, Blender, software development, and AI workloads

20 cores (8P + 12E) makes it a genuinely capable streaming and multitasking CPU — users running OBS, Discord, browsers, and games simultaneously report far less stuttering compared to 8-core AMD alternatives

Gaming performance at 1080p is a genuine weak point — it trails not just AMD X3D chips but also Intel's own 13th and 14th gen CPUs in several titles, which stings at a platform that requires an expensive new Z890 motherboard

5/10

Intel

CPUs

Intel Core Ultra 5 245KF

26% positive

Multi-threaded performance is a clear strength — significantly faster than the Ryzen 5 7600 and 9600X in productivity tasks like compression, rendering, and multi-core workloads, reportedly around 22% faster in heavy rendering scenarios

Runs cooler and draws less power in gaming compared to Ryzen equivalents — around 20°C lower temps and 8W less power consumption in gaming loads than the 7700X, which matters for small form factor and ITX builds

Gaming performance at launch trailed its own predecessor — the 14600K and even the 12900K outperform the 245KF in several tested titles, which Reddit found embarrassing for a new-generation chip

6/10

Intel

CPUs

Intel Core Ultra 9 285K

52% positive

Dramatically lower temps and power draw vs. 13th/14th gen — owners report 20–30°C cooler than a direct-die 14900KS under the same 4K workloads, with idle power sitting around 30W

Outstanding productivity performance: multi-threaded rendering in Blender and Cinebench matches or beats the 32-thread 14900K, and real-world tasks like 4K video editing in Premiere Pro get rave reviews

Gaming performance at launch regressed up to 30% vs. the 14900K in the worst cases (e.g., Cyberpunk 2077 at 1080p), caused by chiplet-to-chiplet latency — a fundamental architectural issue, not a simple software fix

5/10

Intel

CPUs

Intel Core Ultra 5 245K

17% positive

Noticeably better power efficiency than 13th/14th gen — runs significantly cooler in gaming workloads, with several users noting 20°C+ lower temps compared to Ryzen 7700X at similar performance levels

Strong productivity performance in multi-threaded workloads like compression and Cinebench multi-core, where it edges out the 14600K while drawing ~63% of the power

Slower in gaming than Intel's own 14600K, which can regularly be found for $164 — a $130+ price gap that's very difficult to justify on gaming performance alone

6/10

Amd

CPUs

AMD Ryzen 5 5600XT

32% positive

Drop-in upgrade for any AM4 socket motherboard (B450, B550, X570) — no new RAM or platform costs needed

100MHz higher boost clock over the 5600X delivers up to ~3% better performance in CPU-bound workloads

Performance delta vs the 5600X is 1-3% — barely measurable in real-world gaming or productivity workloads

9/10

Amd

CPUs

AMD Ryzen 7 9800X3D

68% positive

Widely regarded as the fastest gaming CPU available — beats flagship Intel options like the Core Ultra 9 285K and i9-14900KF by 20-30% in CPU-limited scenarios

Significant gains in CPU-bound games: simulation titles (MSFS, iRacing, DCS, Factorio), MMOs like WoW, and competitive shooters see 20-35% improvements over the 7800X3D

Productivity performance is weak for the price — routinely outperformed by chips like the i9-12900K in non-gaming workloads, making it a bad value for content creators or developers

8/10

Amd

CPUs

AMD Ryzen 9 9950X3D

79% positive

Matches or trades blows with the 9800X3D in gaming — the new under-die V-Cache design finally brings clock speeds to parity (up to 5.65 GHz), eliminating the frequency deficit that hurt the 7950X3D in games

Dramatically better than any single-CCD chip for heavy multithreaded workloads — rendering, video encoding, compiling, and running VMs all benefit from the full 16-core layout that the 9800X3D can't touch

Pure gamers are overpaying by ~$200+ — the 9800X3D delivers essentially identical gaming performance in the vast majority of titles and costs significantly less

6/10

Amd

CPUs

AMD Ryzen 9 9900X3D

56% positive

Up to 50% faster than the 9800X3D in heavily multithreaded workloads — makes a real difference for rendering, compiling, and simulation tasks

Lower TDP than the 9950X3D (120W vs 170W), which means cooler temps, quieter fans, and compatibility with mid-range AIOs like a 240mm

Gaming-only performance trails the cheaper 9800X3D — during gameplay only the 6 V-Cache cores are used, effectively making it a 6-core gaming chip vs. the 9800X3D's full 8

6/10

Intel

CPUs

Intel Core Ultra 9 285T

42% positive

Ultra-low 35W TDP makes it ideal for mini PCs and small form factor builds that need to stay cool and quiet without active cooling headaches

Arrow Lake's power efficiency is a real improvement over previous Intel generations — users report significantly lower idle and load temperatures compared to 13th/14th gen parts

Near-impossible to find as a standalone retail CPU — it's an OEM-only part, meaning you can't just drop it into a DIY build