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.
NZXT opened their revamped H series of cases a few months ago with the H200i, H400i, and H700i, which are all mostly differently sized versions of the same case. The H500/H500i is a brand new addition--no, not that H500--and NZXT has made some tweaks since the first batch. The NZXT H500 is an S340 replacement, priced at $70 MSRP for the H500 and $100 for the H500i (which includes a “smart” device and RGB LED strips).
We liked the H700i overall, but we had some criticisms, mostly about the “i” representing the included smart device. NZXT told us they listened, so let’s start by checking off those earlier complaints.
The NZXT M22 is one of the stranger liquid coolers made by a relatively large liquid cooling manufacturer. NZXT dumped Asetek for this 120mm closed-loop cooler, instead opting for a pump-in-radiator design that circumvents Asetek patents and permits sale in the US. The M22 is a complement to NZXT’s Asetek products at the high-end, but comes in at $100 and 120mm. That’s a bit high for a 120mm liquid cooler, particularly considering that competition from EVGA’s CLC 120 comes in at $70 and is made by the familiar Asetek, but its performance may make up for the price differential. Today, we’ll find out.
Primary competition in this price class includes NZXT’s own Kraken X42, a 140mm Asetek-made design, and 240mm units from the same price class. NZXT’s M22 ships for $100 MSRP, and at that price, it’s competing (strictly in price) with the likes of the EVGA CLC 240, the Corsair H100i V2, and NZXT’s units. If we look strictly at size class, the EVGA CLC 120 competes most directly at $70. Despite its low price, that’s still a modern Asetek unit; it uses the same pump as any higher-end cooler, just has fewer fans. It’s not cheap garbage – it’s not something we recommend, either, but it’s not going to fall apart.
It’s a fierce market at $100. Even air coolers would reach equivalence or superior performance than NZXT’s M22. They’re going for one demographic, and one only: Has RGB LEDs and is exactly 120mm. That’s it. That’s the demo. If you’re not that, it’s really not worth the time or money to grab the M22.
To NZXT’s credit, the LED integration is the best-in-class for a 120mm liquid cooler. It’s also expensive, so that makes for an odd combination of size and price.
NZXT’s Kraken X72 closed-loop liquid cooler is another in the XX2 series, following the 280mm X62 that we previously reviewed. The X72 is a 360mm cooler, putting it in more direct competition with the Corsair H150i Pro (the first to feature a 6th-gen pump) and Fractal S36, and indirect competition – in performance only – with the EVGA CLC 280.
NZXT’s X72 costs $200, making it one of the most expensive CLCs on the market. The Floe 360 lands at around $184, the EK Phoenix 360 – a semi-open solution – is the only one that lands significantly higher. The X72 still uses the same pump design as when we tore-down the X42, running Asetek’s 5th Gen pump and a custom, NZXT-designed PCB for RGB lighting effects. Functionally, 5th Gen has proven to be marginally superior – technically – to its 6th Gen for outright cooling performance. We’re talking nearly margins of error. The newest generation is presently only used on Corsair’s H150i and H115i Pro products, as Corsair largely dictated what went into the 6th generation. Major differences are made-up by the metal impeller, similar to the one used by Dynatron in old Antec Kuhler products, rather than a 3-prong plastic impeller. These don’t perform differently in terms of thermals, but there should be reduced susceptibility to heated liquid, and theoretically reduced hotspots as a result of the new 6th Generation design. That doesn’t manifest in outright performance, but might manifest in endurance. We won’t know for a few years, realistically.
Our primary tests for the NZXT Kraken X72 review and benchmark include the following:
- 100% fan / 100% pump
- 100% fan / silent pump
- 63% fan (40dBA)
NZXT today announced its first-ever motherboard, the NZXT N7, a $300 Z370 board with integrated HUE RGB and GRID fan controller. This is NZXT’s first attempt at a motherboard, and seems to take a very NZXT-approach to everything: It’s visuals first, with this one, using the company’s newfound perforated design aesthetic across a steel surface plate on the board. NZXT has a lot of interesting – and odd – design decisions in the N7 motherboard. We’ll walk through some of those today.
The NZXT N7 motherboard is an ATX Z370 option, and we think we found NZXT’s OEM partner – we’ll save that for the end.
We’ve reviewed a lot of cases this year and have tested more than 100 configurations across our benchmark suite. We’ve seen some brilliant cases that have been marred by needless grasps at buzzwords, excellently designed enclosures that few talk about, and poorly designed cases that everyone talks about. Cases as a whole have gone through a lot of transformations this year, which should seem somewhat surprising, given that you’d think there are only so many ways to make a box. Today, we’re giving out awards for the best cases in categories of thermals, silence, design, overall quality, and more.
This awards show will primarily focus on the best cases that we’ve actually reviewed in the past year. If some case you like isn’t featured, it’s either because (A) we didn’t review it, or (B) we thought something else was better. It is impossible to review every single enclosure that is released annually; at least, it is impossible to do so without focusing all of our efforts on cases.
Here’s the shortlist:
The NZXT H700i mid-tower is the largest of NZXT’s new H-series lineup, which also includes the H400i micro-ATX and H200i Mini-ITX enclosures. Visually, the H700i is a successor to the popular S340 and S340 Elite--sharp edges, smooth surfaces, and a prominent cable management bar are familiar features, but various updates and the new NZXT “smart device” set it apart.
There’s one strip of LEDs mounted on PCB at the top of the case and an additional 12” flexible magnetic strip in the accessory kit. The original plan was apparently to have two strips preinstalled, but this way the user can decide where to place the second one. Lighting is controlled by the smart device, which also attempts to control fan RPM-to-noise/thermals response curves. These curves are better set manually by the user, as we’ll discuss later.
In this review of the NZXT H700i case, we look at thermal performance, acoustics, build quality, and the “smart” device.
Hardware news for the last week includes discussion on an inadvertent NZXT H700i case unveil (with “machine learning,” apparently), Ryzen/Vega APU, Vega partner card availability, and Coffee Lake availability.
Minor news items include the AMD AGESA 18.104.22.168 update to support Raven Ridge & Pinnacle Ridge, Noctua’s Chromax fans, and some VR news – like Oculus dropping its prices – and the Pimax 8K VR configuration.
Find the video and show notes below:
When we made our “how air coolers work” video, a lot of viewers were interested in the inner workings of copper heatpipes and their various means of facilitating capillary action. Today, we’re revisiting our TLDR series with a video on how closed-loop liquid coolers work. We’ll be talking about permeation, air pockets, stators, impellers, coldplates, and chemical composition of the coolant.
This content has custom-made animations that we rendered specifically for explanation of how CLCs work. GN’s Andrew Coleman modeled and animated a closed-loop cooler for the piece, referencing NZXT’s Kraken X52. Because of the level of detail and custom animations of this content, NZXT sponsored GN to put this piece together. The content applies to all liquid coolers, but particularly focuses on closed-loop products; all concepts herein can be applied to CLCs across the industry from various suppliers and manufacturers. Our technical deep-dive for today serves as a means to fully detail liquid cooling and how it works, drilling down to piano-wire granularity (literally).
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