Looking for guidance on choosing a CPU for video editing?
Looking for guidance on choosing a CPU for video editing?
You're considering a PC build focused mainly on video editing and gaming, with the latter taking precedence. Your friend works mostly with DaVinci Resolve, Blender, and light VFX, so performance matters. With a $1000 budget, you've got a solid list of components to work with.
You're torn between the Intel Core Ultra 5 225 and the Ryzen 5 9600x. Both are priced similarly, but the 9600x offers more recent features and better codec support for modern editing software. The Intel version is still reliable, but the newer Ryzen 5 9600x may provide a noticeable edge in processing power and efficiency, especially for demanding tasks.
For the GPU, you have a good selection. The Asus RTX 5060 is a strong choice for video editing, offering solid performance and good codec support. If you want more power for gaming, the GeForce RTX 3060 Ti or better could be worth considering, though it pushes the budget a bit higher.
Other important parts to keep in mind:
- **Case:** The Lian Li Lancool 207 is a solid mid-tower option that fits your budget.
- **Storage:** The WD Blue SN5000 is a reliable SSD option; you might want at least one 1TB drive for smooth operation.
- **Cooling:** The Thermalright Burst Assassin is a decent budget cooler for the Ryzen 5 9600x.
- **Power Supply:** The Corsair CX650M is a solid choice for its price range.
Given your priorities, I’d lean toward the Ryzen 5 9600x for better future-proofing and performance, especially if you plan to use it for both editing and gaming. If you want the most bang for your buck, stick with Intel but keep an eye on the latest codec updates.
Let me know if you'd like help comparing specific benchmarks or finding alternatives!
The lack of benchmarks for the new intel chips stems from their poor performance across most scenarios. In nearly every use case, these chips fall short of their 14th generation counterparts, which were already lagging against AMD's 7000 series. When comparing a 9600X to a 225, the 9600X consistently outperforms.
I know it is a little over budget, but I'd get something like this: PCPartPicker Part List CPU: AMD Ryzen 5 9600X 3.9 GHz 6-Core Processor ($200.45 @ Amazon) CPU Cooler: Thermalright Peerless Assassin 120 SE 66.17 CFM CPU Cooler ($34.90 @ Amazon) Motherboard: ASRock B650M Pro X3D WiFi Micro ATX AM5 Motherboard ($139.99 @ Newegg) Memory: Silicon Power XPOWER Zenith Gaming 32 GB (2 x 16 GB) DDR5-6000 CL30 Memory ($85.97 @ B&H) Storage: Kingston NV3 1 TB M.2-2280 PCIe 4.0 X4 NVME Solid State Drive ($59.99 @ Amazon) Video Card: PNY Dual Fan OC GeForce RTX 5060 Ti 16 GB Video Card ($429.99 @ Amazon) Case: Cooler Master Q300L V2 MicroATX Mini Tower Case ($38.99 @ Amazon) Power Supply: Thermaltake Smart BM3 750 W 80+ Bronze Certified Semi-modular ATX Power Supply ($79.98 @ Amazon) Total: $1070.26
For him, gaming remains the main priority in his setup. AMD graphics often fall short in software compatibility, especially for video editing tools like DaVinci Resolve. I’m having to choose NVIDIA instead due to the codec formats it offers and the 5060 8GB model fitting my budget best.
The Peerless Assassin is a twin tower cooler designed to handle the 9600X better than Burst Assassin. The Memory selected here offers similar performance at a lower cost. The NV3 provides marginally more stability compared to the SN5000, while the 5060 Ti significantly outperforms both in gaming and video editing. The case chosen is more affordable without sacrificing value, and the PSU allows for future upgrades.
Consider upgrading to a higher-end AMD processor. Look for a refurbished 7700 or 7700x and combine it with a solid b650 setup—it’s a solid choice right now, offering room for future improvements. Excellent value with potential for later upgrades.
The review considered adding the Peerless Assassin, though the dual tower option felt a bit excessive at $15 more. I stayed within my budget and haven’t purchased from Silicon Power before, though the hardware should match. I’m a bit concerned about customer service differences between the two brands—I usually trust G.Skill for reliability. NV3 appears to have a higher TBW, but it uses QLC memory, while the SN5000 uses TLC, which I think lasts longer. For the 16GB model, the price makes sense for gaming, but staying within a $1000 limit is tight. The extra 8GB on the 5060ti seems justified for advanced editing, but the performance gain isn’t huge relative to the cost jump. PugetBench data suggests the upgrade offers less benefit compared to the price increase, especially for medium to heavy VFX work. The case has poor airflow and only one 120mm fan, so I went with the original for better cooling. The ATX size lets him swap components without worrying about overheating later. I’m okay with the PSU change since it’s just a $5 difference, but if he opts for the 5060ti, I’d suggest a higher-quality PSU. Overall, upgrading the cooler, RAM, and power supply would be worth it. However, pushing for the 5060ti would require convincing him of better temperatures and a $50 budget overrun. My main worry is the CPU—comparing the 245k to the 9600x shows the 245k excels in productivity tasks, which should suit his needs. The real challenge is whether the price difference justifies the performance boost, especially if he’s working with 4K+ footage and heavy visual effects.
I suspect my earlier phrasing might be off, as I actually lean AMD over Intel. But NVIDIA's 50-series GPU features a fresh codec library, and DaVinci Resolve is beginning to utilize it this year. I lack sufficient details to confirm whether QuickSync remains valuable even when decoders/encoders match Intel's previous exclusivity. Meanwhile, Intel maintains strong dominance, especially for mid-range to budget CPUs used in video editing. My current assessment balances Intel's QuickSync benefits, AMD's gaming strengths, and Resolve's preference for Intel CPUs. Right now, I favor the 225 model mainly because productivity tools support Intel/Nvidia better than AMD has in this area, and that trend seems unlikely to shift unless AMD stops improving integrated graphics codec support.