On a tight budget, you can still find great deals.
On a tight budget, you can still find great deals.
I’m looking for options under 80 dollars. Right now the best deals I’ve found are around 8350 with an AIO motherboard, 8GB RAM, and an 8-core CPU cooler. There’s also a x5660 setup with stock CPU cooler and 12GB RAM for about 75. Some Phenom boards with everything you need cost around 50, but they’re sold out. You want something capable enough for basic tasks and a bit of gaming? I’ve heard recommendations for an X58 or an 8-core processor. If that’s not possible, a better option would be something with at least four cores and eight gigabytes of RAM. Since I’m tight on budget, I’d prefer anything under 80 dollars unless it’s an i9 or similar. I’m probably not able to afford food, so keeping the price around 80 is important unless it’s a high-end model. I really need your advice to find something solid.
Opt for x58 if you can locate an affordable 6-core Xeon and a solid board at a reasonable price. If you manage to get an ASUS board, you can update the BIOS to a more recent version like Rage III Extreme for improved compatibility, as these older CPUs often need significant tuning to perform well. FX is really a messy situation overall—honestly, it seems even worse than the Phenom II chips.
Really? I saw that 8 core phenomenon is similar to having 4 cores, just like the 12th gen Intel won't be a full 16 cores but will offer more threads. I understand Phenom has powerful cores, though I don’t know much about the details. Those X58 CPUs look impressive when you overclock them. The graphics part is pretty cool too. I only really trust ASUS boards—they’re consistently amazing. I’d prefer a cheaper ASUS over a pricier MSI. I wish the X58 had 8 cores, but it’s whatever it is.
This X5660 motherboard, cooler, and 12GB RAM combo offers solid value for around $75. For video output, pairing it with a graphics card is recommended since Xeons lack built-in graphics. These older 6-core, 12-thread models perform well for everyday tasks like web browsing and app use, without noticeable lag. Gaming remains decent at the price point. While not matching today’s chips, they provide excellent performance for their cost.
i found an older graphics card that’s actually decent, just need a compatible motherboard and CPU. the 8350 works fine because it has an AIO, but the FX 3850 is different—it doesn’t have a real 8-core CPU. I’ve seen some impressive benchmarks with it. It comes with a stock cooler, so I’m not sure if I can push it too high while it’s AIO. Still, you could probably overclock it a bit, though it’ll get hot. So it seems the FX 3850 AIO is better than the FX 8350 in this case. Both CPUs handle games well compared to most 4-core chips of the same generation. The extra cores and threads really matter. I’m hoping to find a 1700X for $80, but that’s just a wish. Overall, it looks like either an FX 8-core or an Xeon 6-core would be solid options. They seem reasonably priced right now—usually I only see dual-core CPUs without a cooler or RAM at that price. It’s a big upgrade compared to what I usually get for that amount.
The FX 8350 and Xeon X5660 offer comparable overall performance, but when considering a complete setup, the Xeon seems superior. One concern is the reliability of an AIO from that era—such devices tend to have more failure points than a simple air cooler made of metal and a fan. The Xeon also provides greater RAM options; while 8GB suffices, 12GB would be more practical. Additionally, the X5660 supports triple channel RAM, which enhances memory bandwidth.
Oh yes, Xeon delivers better performance after overclocking. I don’t want to waste more money since food costs have risen sharply since the virus. If this was three years ago I’d spend around 1k, but now with the high prices it’s really hard. Even adding another 30 dollars for a cooler feels like too much. I hope food prices drop soon so I can upgrade without breaking the bank.
You're aiming to push the processor beyond normal limits. The voltage specs suggest a maximum around 2 volts at peak, but real-world performance drops quickly—especially if temperatures climb. Keeping it near 1.5 volts is safer unless you have exceptional cooling solutions. Staying under 80°C is crucial for stability, and pushing to 90°C would be risky. The 32nm architecture handling 2V like 45nm is interesting but not standard advice unless you're targeting extreme benchmarks. Avoid 1.7V due to uncertainty, even though it's close to the safe zone. Cooling becomes a major factor—without reliable heat management, stability will suffer.