Trying to learn how to overclock your Intel Core i7, i5, or i3 CPU? Well, look no further. This guide is designed to teach you everything you'll need to know to achieve your maximum overclock.
Want to push your memory (RAM) to the limit? Then make sure you check out this memory overclocking guide. We'll go over both of the common methods for speeding up your RAM: maximizing its speed and tightening its timings.
If you've ever read about overclocking online, I'm sure you've heard of vdroop, which is the drop in cpu voltage that you see when the processor goes from an idle state to a load state. Load line calibration was designed to reduce vdroop, but is vdroop really bad? And does reducing it actually lead to a higher overclock?
There are a variety of voltages that you'll have to manipulate to overclock your Intel Core i7, i5, or i3 system. This guide covers all of them: Vcore, VTT, DRAM, PLL, and PCH. We'll also go over the defaults and Intel recommended maximums for all of the LGA 1156-based Clarkdale and Lynnfield CPUs.
This article will get you up to speed on the basic's of Intel's new Core i7, i5, and i3 architecture, so you'll be able to more effectively overclock it. We'll go over all of the new frequencies (such as BCLK and QPI), multipliers, and how turbo boost can dynamically increase your speed based on demand.
So, you've found your maximum memory frequency, but is your ram performing at its best? If you haven't tightened your memory timings yet, they are probably higher (looser) than they need to be. These timings play a big part in how well your ram performs, so it's definitely worth fine tuning them as well.
One of the first things most overclocking guides tell you is to disable all power saving features (such as SpeedStep, C1E, C-States), as well as, Turbo Boost and Hyper-threading because these features could limit your overclock in the past. Is this still the case though, and if not, is it really worth it to disable them?
Whenever you overclock, you'll need a variety of software and stress testing tools, so you'll be able to keep track of what's happening in your system. In this guide, we'll go over how to monitor your CPU temperature and how to stress test your processor, RAM, and overall system to ensure it's stable.
Whenever you overclock multiple parts of your system, it's unlikely that they'll all be able to perform at their best unless you've optimized them to work well together. One component will usually hold the others back, so in this guide, we'll discuss exactly how to make the cpu, ram, and bclk get along.
If you're trying to overclock your memory (RAM) or tighten its timings, you'll definitely need to understand how the most common memory timings and latencies work. In this guide we'll explain everything you'll need to know about CAS, RAS, tCL, tRCD, tRP, and tRAS.