Ancient Memory
Ancient Memory
I own a machine from 2011 that hasn't been modified since then, which is why I'm still getting the hang of things. It's an Intel i5-2310 chip, runs on two memory channels with two slots each, capped at 32 GB using DDR3. Right now I'm using two 4-GB sticks (PGV38G1600ELK) totaling eight GB. I explored some upgrade ideas to reach sixteen GB of RAM and wanted your thoughts or alternative suggestions.
If you think there are better ways, or if you have more details about the specs I should know, just let me know. I only recently took it apart and cleaned it out after thirteen years, so any extra advice would be great.
Looking ahead, my goal is to improve each component except the motherboard and CPU, which seem solid for today. Boosting RAM is likely the first step—since my system uses about half its capacity with just a browser open—and swapping the hard drive for an SSD would make a big difference.
What model are you looking for? Also which nation? (just to help find places to buy rams) Share the screenshot of both heat spreaders so I can see the exact design without needing to guess. Don’t worry about the ram IDs unless it’s a single revision—most modern chips from Hynix, Samsung, and Micron look quite alike. 2Gbit is different but should still function. Sandy’s IMC is pretty solid thanks to the 21.33x multiplier. If your board supports RAM overclocking, my P8Z68 Deluxe can try a stable 2200DDR3 boost in a 4x1 setup with some 1GB sticks—expect little to no changes if you want to run 2133 DDR3.
The aim is to build a functional system for around $40, considering its current limitations. Performance is restricted by an outdated GPU and lack of driver support, so the focus is on making it usable rather than maximizing speed. Your existing 2GB RAM adds significant value compared to the overall cost.
I've thought about this too, because I realize I'll eventually have to upgrade each part. However, since my CPU runs at 2.9 GHz (quad-core, though I'm not sure if that means four times 2.9 or just between them), I wanted to stick with the existing shell and motherboard while improving the other components. After all, CPUs and graphics cards are what drive up costs, so a system that works at least in basic games is essential. Would you recommend giving up on the project and replacing everything? If yes, do you usually prefer building from modules or using pre-built options?
Based on the information provided, it appears you're referring to an ASUS P8P67-M laptop. You considered a budget upgrade and mentioned a thaiphoon burner screenshot, indicating you're exploring options for additional storage. It seems you're curious about adding more drives in parallel without major problems.
Is this a ready-made unit similar to a Dell? Additional details could help, but knowing it uses DDR3 doesn’t mean it’s unsuitable—just a few weeks ago I switched from an older FX configuration to a Ryzen setup. I didn’t need to replace anything or fix the previous build; I simply wanted to use the AM4 components I already had and thought it would work fine. EDIT: I checked the board model, and it appears suitable for daily operation.
I likely should have responded all at once, but honestly I mainly needed something that could handle most games with low settings. It shouldn’t take more than 45 minutes to start up, especially since switching from HDD to SSD would fix that. I also work on coding and other projects, so games probably use the most resources. The shell seems important for performance, but browsing feels okay thanks to Opera’s improvements. I expected memory boosts would help, though I know older NVIDIA cards will eventually need an upgrade if I want to play games. At this point, the main decision is whether it’s worth upgrading each component individually or saving up for a new build—module or full system?
Technically, we bought it ready-made, but it came from a maker that assembles machines from separate components. Mostly they use ASUS parts. By 2011’s standards, aside from the graphics card, it was a top-tier system, featuring a 2-TB HDD and vivid blue LEDs around every fan, for... some reason. It includes roughly 20 USB ports on the back, a complete set of six 3.5-mm jacks, and supports VGA, DVI, HDMI, etc. That’s a relief. The fact that companies still produce DDR3 drives was encouraging. From what I know, it’s the limited RAM and old graphics card that cause most of my gaming problems, and the HDD slows things down a lot. I’d like to test it gradually and tackle one thing at a time, so memory seems like the best place to start.
The top choice right now is to upgrade the GPU first and observe the impact. 8GB of RAM for a daily machine is still feasible, but having 16GB would be ideal. I previously used 8GB in my daily setup without any problems, though modern systems require more. Still, 8GB remains functional for light gaming. Make sure the graphics cards are compatible to avoid issues. For optimal performance, it's important to match the cards. Whatever you choose, aim for compatibility to prevent future headaches.