- PRIME95 PCMARK 10 HOW TO
- PRIME95 PCMARK 10 INSTALL
- PRIME95 PCMARK 10 PC
- PRIME95 PCMARK 10 PROFESSIONAL
Make sure it can stand on its own under pressure - if not, analyze what went wrong, decide if failure was reasonable under the circumstances, then consider whether replacing it would fix the problem.
CPU stressing can be mostly done through Prime95 (which will also test your RAM), but we'll talk about that below testing a processor is, as with all components, advisable for stability scoping. SSD testing is straight-forward and primarily synthetic, but should give a good idea if software/firmware settings are appropriate (like AHCI-enabled, for example), the speeds of the drive, and the stability of the drive. Then there's the SSDs, CPU, PSU, and memory. Especially if overclocking is a consideration. For gaming, of course, it's also very important to understand the capabilities and limitations of any GPU. Video card testing is the most immediately useful and visually noticeable - there are very easy-to-read differences when a test goes well (or poorly) with graphics stress testing, just by nature of being visual. The build process will 'test' this about as much as it needs to be, but definitely scout for airflow irregularities or other anomalies when the system is up-and-running. The eight component is the case, which should be fairly straight-forward. If it doesn't read the disc, there might be a problem, but that's going to be the biggest indicator that something's wrong (and even then, there's not much worthwhile that can be done beyond returning it). Optical drives are not really necessary to test.
PRIME95 PCMARK 10 INSTALL
Enthusiasts may want to install thermal probes to ensure any aftermarket modifications to heatsinks or bridges are functioning properly.
The motherboard is tough to test - there aren't many comprehensive motherboard testing toolkits out there, but it's also not entirely necessary for the average gamer.
PRIME95 PCMARK 10 PC
For the most part - at least, in a non-enterprise, gaming-focused PC - the most obvious components to test will look something like this (in order of most gaming-relevant to least): There are about eight core components in a system (including an optical drive), but not all of them need abusive testing sequences. Once it's established that a bit of time should be spent on classifying an established or new system, the next logical step is to determine what, exactly, gets tested. Sure, these are all practical as well, but there's something immediately different about them. It's complex and is similar to that of an ecosystem as such, benchmarking components can be the catalyst that leads to greater hardware knowledge, overclocking, and inclusion in communities that can help further the lifespan of each built system. Being able to definitively classify a system by framerates or arbitrary points is a useful ability for comparative purposes, and can even lead to "arms races" between friends and forumites. There's an entire culture to system building and PC gaming, as we've discussed before, and benchmarking is a part of that. By synthetically and realistically benchmarking new or used components and completed system builds, any potential issues can be unveiled and thoroughly squashed before warranty replacements, catastrophic failures, or generally 'bad things' happen. On the practical side, as mentioned briefly above, benchmarking serves many purposes that can potentially help save money, boost performance, check for advertised rates, and so on.
PRIME95 PCMARK 10 PROFESSIONAL
The ultimate goal is to create a guide that is representative of what our professional benchmarking team does here.īenchmarking and system burn-ins have many practical and synthetic uses rooting out problems, of course, is the most obvious one - optimizing overclocking efforts, testing for stability, crunching numbers for tangible evaluations of PC performance, and checking for advertised performance are all very real uses for serious system benchmarking.
PRIME95 PCMARK 10 HOW TO
Find them early and often, then tweak for the future.Īs this guide is intended to be a quintessential software toolkit for intermediate and new builders, we'll go over the basics of how to benchmark your PC and testing each major component, including memory, video cards, CPUs, and solid-state or storage drives. Following-up with our " refurbished product burn-in" testing guide that we recommend for all used parts, this How-To guide for benchmarking your gaming PC will put you in a position to boast FPS - whether on an optimized budget build or hardcore machine - and troubleshoot for any problems that may arise. Putting a new gaming rig to the test is a rare-but-joyous task like anything else, there's a certain intrinsic value to be had the first time a new system is burned-in for testing and functionality.