The Pure Base 600 is the newest, cheapest, and smallest of Be Quiet!’s silent enclosures, but it manages to hold its own in the current lineup. It’s a stark contrast to previous Be Quiet! cases like the Silent Base 800, a chunky enclosure that we found pleasant to work with but fairly expensive at $140.
As a $90 mid tower, the Pure Base 600 fits into the same category as the S340 Elite (reviewed) and other high-end cases, although notably without tempered glass or indeed any side window at all. In fact, Be Quiet! also manages to dodge the entirety of the RGB LED craze, making the Pure Base 600 oddly unique in its “older” approach to case features. Granted, there will be a tempered glass variant in March for an extra $10.
Instead of all these extras, the 600 derives its value from Be Quiet!’s hallmark blend of acoustic foam, rubber grommets, and case fans intended to deaden noise as much as possible. We’ll cover acoustic testing later on, but for now, our first impressions:
German manufacturer be quiet! has launched an update to the Pure Power series of entry-level PSUs: the Pure Power 10 and Pure Power 10 CM models (CM for “Cable Management”). We previously covered the new Pure Power PSUs at CES last year, where it was revealed that the series would be moving to 80 Plus Silver certification (for models at and above 400W) and that the cables would be changed to solid black by popular demand. In speaking with be quiet! at that CES meeting, we also learned that silver-rated PSUs are rough listing on Newegg, since there are so few of them; folks sorting by 80 Plus rating often skip over Silver.
The 300 and 350W supplies have one PCIe connector, 400-500 have two, and 600W+ have four. Modular cables are low-profile and fixed cables are (black) sleeved.
As predicted, DRAM-dependent components continue to grow more expensive as demand outpaces supply. Nanya Technology president Pei-Ing Lee confirmed that their DRAM’s average price will increase in the first and second quarter of 2017.
When we published our “Why Are RAM Prices So High” article in 2014, DRAM was transitioning to 25nm wafers—and now it’s transitioning again, this time to 20nm. Prices in the second half of 2017 are expected to stabilize, but depend largely on how quickly manufacturers gear up for the move to smaller dies—Nanya Technology will be simultaneously increasing 20nm production while cutting down on 30nm going into 2018.
One interesting aspect of the Watch_Dogs 2 benchmarking we did for our 2500K revisit was the difference in performance between i5s and i7s. At stock speeds, the i7-2600K was easily outpacing the i5-2500K by roughly 15 FPS—and even more interestingly, the i7-6700K managed to hit our GTX 1080’s ceiling of 110-115 FPS, while the i5-6600K only managed 78.7 with the same settings. Watch_Dogs 2 is clearly a game where the additional threads are beneficial, making it an exciting test opportunity as that’s not a common occurrence. We decided to look into settings optimization for CPUs with Watch Dogs 2, and have tested a few of the most obvious graphics settings to see which ones can really help.
This Watch Dogs 2 graphics optimization guide focuses on CPU performance to try and figure out which settings can be increased (with GPU overhead) and decreased (with CPU limits).
The first and last of AMD’s Polaris GPUs hit the market last year, among them the RX 460 and subsequent Sapphire RX 460 Nitro 4GB, a card that underwhelmed us with unimpressive performance and an ambitious price. Just a few months later, overclocker der8auer implemented a BIOS flash to unlock additional stream processors on some RX 460 cards, bringing the count from 896 to 1024 by just flashing the card BIOS.
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