Is overclocking for me ?
Is overclocking for me ?
Hi, welcome! I'm just starting with PCs and excited to build my own this holiday season. Many people ask if I should overclock, but I'm not sure myself. I'm trying to make smart choices so the build lasts and can be upgraded later. I'm on a budget and want everything from a monitor to a keyboard to a motherboard, so some folks suggest skipping parts to save money. I want my setup to be durable and flexible, and I've got a link below for more details. Thanks!
Sure, you can simply input your overclocked configurations into the BIOS, and Intel SpeedStep will automatically slow down the CPU during idle or light usage.
The reason they repeatedly ask if you plan to overclock comes from the fact that skipping it might let you save costs. You could opt for a non-K series CPU, utilize the included HSF chip, or choose a non-Z series motherboard—unless you really need other Z series features. These options matter especially when on a budget.
Your current setup is decent, but it’s important to consider what you intend to use the PC for. Are you planning to play games, or use it professionally? Answering these questions helps shape the right build.
Additionally, a helpful note about your setup is that the most crucial factor for overall system performance these days is an SSD. It can significantly boost responsiveness, and its absence can severely impact even a strong system. I’d recommend allocating space for at least 120GB of storage, plus a couple of program drives, even if you have to skip some aftermarket components.
Great suggestions. Overclocking suits those who crave maximum performance. For most home users, your setup is already sufficient for optimal results across all tasks. On the other hand, as someone who has dedicated two decades to overclocking, I’d likely push it just for the challenge. Achieving a jump from 144fps to 160fps in a game isn’t really worth it, nor is speeding up Chrome from 0.48 to 0.44 seconds. I simply enjoy experimenting, which is enough motivation on its own.
From a practical standpoint, an overclocked CPU gives you the ability to tap into extra power when needed. In seven years, a game might launch at 24fps on your system. Overclocking could make it noticeably smoother, perhaps reaching 32fps.
I'm curious about the potential savings, especially if it's not a huge amount. It might make sense to retain those components for the future, right? I'm thinking of playing the total war series and possibly adding console titles like battlefield and overwatch. For apps, intense 3D modeling seems unnecessary except for basic tasks like word processing and a few Java coding projects—nothing too demanding. If you believe it's worth it, I'll definitely upgrade to an SSD. I hope sales will help reduce the cost, so an SSD should fit comfortably. I think I'm getting the idea a bit, and since I enjoy exploring computer stuff, it could be a good fit for me. I particularly like the option to use overclocking to maintain control over performance. The only drawback is it tends to self-regulate, which means I don't have to constantly adjust settings to avoid overheating. As I've noticed in gaming, boosting the clock and enabling features can push performance to its safe limits. Thanks!
Ps I'm aiming for 1080p at high settings, so if you have a more affordable build in mind, please share the link.
I don't suggest automatic overclocking as it can strain the motherboard, delivering excessive voltage that may harm the CPU over time. A more straightforward approach is to identify the highest clock speed at stock voltage and then gradually increase it with a modest boost. Repeat this process until you achieve the desired performance or reach the recommended safe voltage, typically around 1.4 for your Skylake. If I were using the machine, I'd run it at its peak speed only when 1.35V is adequate, avoiding constant operation at full limits.
OK so there's a bit of a science behind it and then after you figure out what you're numbers are I suppose it's easy to go from base to oc. Also do you have to overclock each individual part like cpu gpu ram or do they all "move together"? Lastly do you recommend a video I should watch to figure out how it works ?
I recommend that you read as much as possible - you can never learn too much. I don't really watch videos, but this guide is a great starting point
http://www.tweaktown.com/guides/7481/twe...index.html
Overclocking the GPU is separate from the CPU. As long as your power supply, motherboard, and case cooling are sufficient, they shouldn't affect each other much at all. Memory is overclocked from the same place as your CPU - in the BIOS. I recommend doing the CPU first, because sometimes a high memory OC can limit your CPU OC, which is far more important.