Posts Tagged Under: NVIDIA

Budget Showdown: R3 3200G & GTX 1650 Self-built PC vs. Upgraded Prebuilt PC from eBay

Up until a few years ago, the value king for gaming was the Intel i5 processor. More recently, AMD’s Ryzen APUs have stolen the show at the low tiers, and we all know that no integrated graphics from Intel can currently compete with AMD’s Vega 8 and Vega 11 iGPUs. So it’s a no-brainer for gaming builders at very low budgets (who are entirely skipping graphics cards) to go with Ryzen APUs.

But outside of such head-to-head CPU comparisons, a broader value question remains for upper-low-tier (and lower-mid-tier) builders: how would a self-built system balanced around AMD’s newest R3 (including a discrete graphics card) compare to a highly discounted prebuilt system with a few key upgrades?

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Multiple GPUs in SLI: Working Harder, Not Smarter

Photo by Coaster J

SLI (Scalable Link Interface) is a marvelous technological innovation that allows two or more graphics cards to be simultaneously utilized to gain an overall boost in performance. It can handle 2 to 4 GPUs at once, and it is NVIDIA’s equivalent to AMD’s Crossfire technology. Technically, most of the information in this article will be applicable to both Crossfire and SLI, but the specific topic of this post will be SLI.

SLI gained popularity in recent years largely due to the bitcoin mining craze, but also because of a certain class of gamers who are determined to squeeze every drop of possible performance out of their rigs. But how useful is SLI—and, more importantly, is it worth going all-out and building a rig with four GPUs running in sync?

The short answer is no. It is not worth building a rig with 4-way SLI. And the answer for 3-way SLI is much the same. But depending on your needs and approach, it may sometimes be worth going for 2-way SLI. For more details and specific reasoning, read on:

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