The newest Cooler Master Mastercase H500[X] case is the H500. Not the H500P, or the H500P Mesh, or the H500M. Just plain H500, but not the identically-named NZXT H500, or the H500i, or the Thermaltake A500 we saw at Computex, nor the Corsair 500D. If NZXT comes out with an H500 Mesh, we’re going to take matters into our own hands and start assigning names.
The look of the H500X family was established by the H500P late last year, and the cases that followed all share the dual 200mm RGB intake fans and a similar front panel. The H500 steers further away from the original than the others, though: most obviously, the top of the case has an odd hump at the front, similar to the old HAF 912/922/932s. On the 912, this was advertised as a “top platform for personal belongings,” but it’s more practical on the H500, hiding a plastic handle for lifting the case. It’s not as bulletproof as a metal handle would be, but it’s fine for lifting the case onto a table, and these days that’s about the only reason anyone needs to pick up a PC.
Frequency is the most advertised spec of RAM. As anyone who’s dug a little deeper knows, memory performance depends on timings as well--and not just the primary ones. We found this out the hard way while doing comparative testing for an article on extremely high frequency memory which refused to stabilize. We shelved that article indefinitely, but due to reader interest (thanks, John), we decided to explore memory subtimings in greater depth.
This content hopes to define memory timings and demystify the primary timings, including CAS (CL), tRAS, tRP, tRAS, and tRCD. As we define primary memory timings, we’ll also demonstrate how some memory ratios work (and how they sometimes can operate out of ratio), and how much tertiary and secondary timings (like tRFC) can impact performance. Our goal is to revisit this topic with a secondary and tertiary timings deep-dive, similar to this one.
We got information and advice from several memory and motherboard manufacturers in the course of our research, and we were warned multiple times about the difficulty of tackling this subject. On the one hand, it’s easy to get lost in minutiae, and on the other it’s easy to summarize things incorrectly. As ASUS told us, “you need to take your time on this one.” This is a general introduction, to be followed by another article with more detail on secondary and tertiary timings.
The H200i is the smallest of NZXT’s New H-Series, including the H400i, H700i, and different-but-technically-still-included H500. They’ve been out a while now (with the exception of the H500i), but the cheaper non-i versions are what’s actually new -- the “i” suffix, of course, denotes that it includes an NZXT Smart Device. We were sent an H200i and not an H200, but we won’t be covering the device in this review for a few reasons: we already made our initial feelings about it clear, and a version of the case is sold without the device (so it’s optional, which is what we wanted). Finally, we’ve been told that the device has been improved and plan to revisit it in a separate piece. For now, value remains higher with the barebones cases, which are functionally the same in build and fan/airflow arrangement.
This review of the NZXT H200 (and subsequently, the H200i) looks at value proposition of the mini-ITX mini-tower. The H200 isn’t a truly small form factor (SFF) HTPC case, like the SilverStone Raven RVZ03 might be, but it does fill a market for mini-ITX users who want more cooling or cabling room to work with. Corsair recently tried to address a similar market with its 280X micro-ATX case, which we primarily remarked as having good quality, if odd positioning for its size. The H200 likely falls into the same territory for most.
SilverStone’s RVZ03 isn’t new, but after years of ATX case reviews we have quite a backlog of promising small form factor cases. The RVZ03 is part of the Raven line, a loosely related group of “extreme enthusiasts chassis” that could also be called “the ones that have a V-shape on them.” We recently revisited the RV02, one of the best-performing full size cases we’ve reviewed.
It’s a thin, console-like enclosure, typically shown standing vertically, but also capable of being laid on its side Taku-style. The ubiquitous Vs on the front are clear plastic backlit with RGB LEDs hooked up to a controller; the controller can accept input from a standard 4-pin RGB header and includes adapters to control normal LED strips as well.
The review embargo on Corsair’s new Crystal 280X micro-ATX case lifted during Computex, possibly the busiest week of the year--but since we’ve just started testing small form factor cases, we chose to push back the review another week or two.
The 280X is fairly large to call itself small form factor, and that can be an unfair advantage when comparing performance against truly small mini-ITX cases like the SG13. One justification is that (unlike the Cryorig Taku), the 280X uses its extra room to supports full-size components except for the motherboard, which must be either micro ATX or mini ITX.
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