What processor should be matched with a GTX 750?
What processor should be matched with a GTX 750?
Hi, here’s what you should consider for your upgrade. Based on the research, using a CPU like i5-3470 or i7-6700 would be ideal for smooth 720p gaming with a GTX 750. Your current setup already has solid components, but swapping to these CPUs will help avoid bottlenecks.
Consider getting the i7-6700, and I'm wondering what motherboard, RAM, and PSU you'll be choosing for your upgrade. If you're replacing the PSU, could you share the model and age of the old unit? Also, please note that I plan to recycle a PSU that's nearly ten years old.
If you're matching the i7-6700 with a B150 or B250 chipset board, then the RAM speed will be DDR4-2133MHz.
Where are you based and what budget are you working with? You might find it interesting to consider a Ryzen 5 5600x + B550 + DDR4-3600MHz and stop there.
Great recommendation!
What do you think of him getting an i5-12400, a good LGA1700 motherboard and DDR4/DDR5 RAM (of course, based upon budget and pricing). Perhaps a new more powerful PSU too, from a good vendor. He could thereafter upgrade the GTX 750 whenever he pleases in the future to something a lot mightier and get a wholehearted effortless kick out of the system.
Hey! Thanks for reaching out. I'm from India and I'm weighing upgrading my old PC with a GTX 750 and an Intel Q6600 CPU from 2007. I'm mainly playing games at 720p or 1080p, so I'm curious if the Ryzen 5 5600X paired with the GTX 750 would be sufficient for newer titles at those resolutions. Would it be better to stick with my current setup and just upgrade parts, or should I go all-in on a new system for better performance at higher resolutions?
I’m thinking about keeping my old PSU and some components if I decide to upgrade, but I'm also wondering if the i7-6700 series would give me a solid edge in performance or if the Ryzen 5 5600X is more future-proof. Also, my current PSU is an Antec BP450S 450W, which is six years old.
Looking forward to your advice!
Hey! I'm considering the new system option if you're aiming for top performance. The Core i7-6700 is slower by two generations compared to the Ryzen 5600X, so the Ryzen would be a stronger choice. You can upgrade the motherboard, RAM, and Power Supply (Cooler Master is a reliable brand) and either wait for the GTX 750 in the new setup or install a new GPU together with the rest. (GPUs are currently quite costly; Sapphire and ASUS are top choices for AMD GPUs, while ASUS is the best for Nvidia.)
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PS.
You'll need a replacement CPU cooler—Noctua is a solid option (verify compatibility on their site). You might also require a new PC case to accommodate all the new parts. Check the dimensions of your components and the case specs to ensure a proper fit. If you're unsure about any part, feel free to mention it; the community can help.
Thank you for your response and the great suggestion about the i5-14400! I’m glad you found the information helpful.
I’ve been thinking about possible upgrades, especially regarding the GPU, and I’m curious if switching to the i5-14400 could be a smart move. It offers more cores and is newer, which might help with future GPU plans. Should I consider it, or would the i5-12400 still provide better overall value and performance? Your opinion would be really appreciated!
It depends on the cost. Two months ago, 12400f equaled ￥600, 13400f was ￥900, and 12600kf was ￥850. At that time, 13400f (which equals 14400f) was a product nobody would choose, since it was weaker than 12600kf but more expensive. From my perspective, if the price difference between 14400f, 13400f, and 12600kf is about one-third higher than that of 12400f, it makes sense to buy.
It's important to note that many motherboards are limited to only 12th generation CPUs with the default BIOS version. If you obtain a board that supports 13 or 14th generation processors from a later BIOS release, but the BIOS on your board is outdated, you won't be able to use the CPU without visiting a store and having professionals update the BIOS to match or exceed the required versions for 13 and 14th generation CPUs. For 14th generation systems, ensure the chosen motherboard supports at least that generation from the earliest BIOS version available. If not, opting for a 12th generation CPU is advisable, as most popular models are compatible across all BIOS versions on supported boards. Still, verify whether the specific 12th generation CPU you're considering is included in the BIOS support list provided by the motherboard manufacturer (there may be unexpected compatibility issues).