Two M.2 slots and four SATA ports provide plenty of room for storage capacity, and three PCI Express slots (two physical x16, one x1) let you install any specialized expansion cards you might need down the line. A single DisplayPort and two HDMI connectors allow you to create multiple-monitor setups with ease for better productivity. Six USB ports on the back panel, including USB 3.2 Gen 2 Type-A and Type-C ports, give you plenty of ways to connect your favorite peripherals. Our award-winning, easy-to-use firmware interface gives you full control of all of those features and more. It’s packed full of exclusive ASUS technology like our Digi+ VRM controller for stable power to the CPU, Fan Xpert 2+ control for a system that stays both cool and quiet, and our Energy Processing Unit for power-saving operation. The PRIME B560M-A is an ideal foundation for our Launching Point. All that comes for a street prices of just over $120, making the i3-10100 an easy pick for an entry-level CPU. Thanks to those perks, this chip gets your build up and running today with room to expand down the line if you decide you need a discrete GPU for higher-end 3D gaming or video production purposes. It’s an ideal pick for our value-focused Launching Point not only because of its general-purpose performance but also because of its capable integrated graphics processor (IGP) and included CPU heatsink – both of which aren’t necessarily included with higher-end parts. With four cores and eight threads boasting a single-core boost speed of 4.3GHz, this chip offers an ideal balance of resources for both light workloads and heavier multitasking. Intel’s 10th Gen Core i3-10100 serves as the nerve center of our Launching Point. Our Launching Point build is a great way to step back into PC DIY or to help introduce a new builder to the hobby. And when you build with a PRIME motherboard as your system’s foundation, you can be assured of a stable, reliable PC for years to come. Whatever programs you need to install or whatever cloud resources you need to access, a PC can do it all with snappy performance and future upgradeability. Even so, a basic PC is still the most flexible way of getting work done. These days, phones and tablets handle many of our essential computing needs. If you’re just ready to build, read on for our parts lists. If you want to develop an even deeper understanding of how to pick components and to even more carefully tailor your system build to your needs, you can check out our dedicated guide to selecting most every component of a DIY PC. Where it’s relevant, we’ve sketched out alternate part choices to accommodate builders who might prefer a Ryzen CPU over an 11th Gen Core chip, for example, or a Radeon GPU over a GeForce card. We’ve drawn from the accumulated wisdom of ASUS PC DIY enthusiasts the world over to come up with three builds spanning use cases from basic computing to an all-around champ that can handle work and play with equal aplomb.įor each build, we explain not only what components you’ll need to buy but why we’ve chosen each one so that you can understand what capabilities to expect from your finished system build. If you’re ready to start your PC DIY journey, this handy guide will walk you through building your next PC with ASUS PRIME components. We also design PRIME boards with clean, neutral white and silver color palettes that look great both by themselves and as part of coordinated builds with a dash of Aura Sync RGB LED lighting. So I’d say 2 in the front (upper & middle) as intakes, & 1 in the rear (or rear-top) as exhaust.Ĭheck my threads where I’ve done a few tests in my 4000D Airflow (great case, as Linus featured in a recent video)…ASUS PRIME components make it easy to build capable and powerful DIY PCs suited to everything from productivity to content creation and even gaming after hours. With intakes, the more the better, but if you had 2 for the front, place them in the two upper positions, so you cover your CPU & GPU (the front-middle fan should blow air under & over your GPU therefore helping to cool & dispel heat by pushing either out the back or up top. Having both is better for reducing fan RPM (& potentially noise), but you can get away with one exhaust in either spot. Assuming your temps could be better, & all you have are 3 fans, through my own testing with my 4000D Airflow case (3 front intake fans, 1 rear exhaust fan, 1 top-rear exhaust fan, 1 tower CPU cooler with 1 fan), I found with exhausts, having either a rear or top-rear exhaust didn’t make much difference.
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