Thermaltake has released its Core G21 TG (tempered glass) Edition case, and it’s only $70 -- more proof that glass panels don’t need to be expensive. Despite the name, there’s no product listing for a non-TG Edition G21, although the View 21-TG that was displayed alongside it at Computex shares the same tooling with a different front panel.
Today’s review looks at the Thermaltake Core G21 TG case for build quality, thermals, and acoustics, with additional testing on optimal fan placement and fan configurations.
In gaming mice news, Thermaltake’s gaming arm, Tt eSports, this week announced the new Nemesis Swtich RGB – a MOBA/MMO gaming mouse.
The Nemesis Switch RGB uses a PMW 3360 optical sensor, topping out at 12,000 DPI, and uses 50-million click Omron switches with 12 programmable buttons for macros. On-board storage exists to permit staging for up to 5 profiles.
Thermaltake was one of our many stops upon our Computex 2017 journey, where the company was showing off a very expensive prototype case, as well as a more modest pair of ATX mid-towers. On the channel, we have a video showcasing these enclosures, so be sure to check that out if video format is preferable.
This year’s Computex featured the usual mix of concept and prototype cases, some of which will never make it to market (or some which will be several thousand dollars, like the WinBot). We particularly liked the “Wheel of Star” mod at Cooler Master, the “Floating” from In Win, Level 20 from Thermaltake, and Concept Slate from Corsair – but none of those are really meant to be bought in large quantities. This round-up looks at the best cases of Computex that are in the category of being purchasable, keeping cost below $400. We’ll be looking primarily at ATX form factor cases, with one Micro-STX co-star, with a few “needs work” members in the mix.
This case round-up won’t include everything we saw at the show and will exclude the more exotic cases, like the Concept Slate and the In Win WinBot, but still has plenty to get through. Before getting started, here’s a list of the relevant coverage of individual products and booths that are discussed herein:
The Thermaltake Core P3 ($100) is one of the more unusual cases we’ve tested: it’s a skeleton case with only two sides, one of which is entirely transparent. This is a case that could theoretically be used as a normal mid-tower, and it’s not priced unreasonably for that, but its design makes the P3 exposed to anything that approaches it at a slight angle -- pets, kids, potentially dust if floor-bound. It’s also cooled just by ambient circulation, as there’s not support for case fans outside of a radiator mount. The P3 is, however, an ideal display case for colorful systems with elaborate liquid cooling, and it’s also a much cheaper alternative to the open-air test benches that we use every day.
For modders, the P-series (P1, P3, P5, P7) offer a basic and compact foundation on which to build. For display systems or testing, the case takes a backseat to the components, offering itself up as a platform for hot-swapping components or for component display. These are the use cases where the P3 shines.
Thermaltake’s Core P1 is a Mini-ITX, semi-open air chassis with a 5mm thick tempered glass side panel and wall mount support. The Core P1 was featured in our Best Gaming PC Cases of 2017 CES Round-Up article and video, though had no release date (or firm price) at the time of those content pieces. Thermaltake just recently announced that their Core P1 has become available for sale in the United States, Germany, United Kingdom, and Australia and announced a retail price of $100 USD.
The original Sandia & Coolchip style coolers spiked interest in a market segment that’s otherwise relatively stagnant. With a whirling aluminum block serving as both the fan and the heatsink, the cooling concept seemed novel, dangerous, and potentially efficient. That’s a mix to cause some excitement in CPU coolers, which are otherwise the expected mix of metal and air or, if you wanted to get really crazy, liquid, metal, and air.
That concept largely vanished. We haven’t heard much about the use of Sandia-inspired designs since 2014, and certainly haven’t seen any majorly successful executions of either Sandia or Coolchip coolers in the CPU cooling space. Nothing that took the market by force and demanded eyeballs beyond initial tech demos and CES showcases.
Thermaltake decided to take its own stab at this type of cooler, working with Coolchip on technology implementation and execution of the Engine 27 unit that was at CES last month.
Thermaltake’s Engine 27 is $50. It’s a 27mm form factor cooler, meaning it’s one of a select few that could fit in something like a SilverStone PT13 with its 30mm requirement. The direct competition to the Engine 27 is SilverStone’s NT07 and NT08-115XP, the latter of which we’re also testing. This Thermaltake Engine 27 review looks at noise and temperatures versus the SilverStone NT08-115XP & Cryorig C7.
At the tail-end of our CES 2017 coverage, our visit to the Thermaltake showroom provided a look at upcoming cooling products – as the name might suggest – alongside some spin-offs of existing product lines. The more playful side of the room was outfitted with an original Donkey Kong arcade cabinet look-alike, a case mod by “Thermal Mike” for which we’ll post a separate video, while the rest of the room featured liquid and air cooling products.
Today's focus is on the Thermaltake P1 TG mini-ITX wall-mount enclosure, the Rainbow AIO CLC, and the Engine 27 Sandia-style ($50) cooler.
Thermaltake's updated Riing RGB LED fans that we spotted at Computex have received a few final tweaks prior to production. The new fans succeed Thermaltake's trend-setting Riing RGB fans, building on initial designs by adding a USB-attached hardware controller that can daisy chain sets of 3 RGB LED fans.
This controller is leveraged to allow independent speed and brightness controls, without which both speed and brightness are impacted by regulating voltage delivered to the fan. With most LED-enabled fans, reducing the speed (to a quieter 30%, for example) would also reduce the brightness linearly. This is because the voltage is reduced by the motherboard or host, and therefore all fan components are affected. With the controller, a fixed supply of voltage is delivered to the LEDs, while the speed is independently managed through software. Conversely, if the user wanted to run LEDs at half brightness (or even off), that could be done while retaining 100% fan speed.
Liquid cooling has become infinitely more accessible with plug-and-play AIO solutions, but those lack some of the efficacy and all of the aesthetics. Open loop liquid cooling is alive and well in the enthusiast market; it's a niche of a niche, and one that's satisfied by few manufacturers. We had a chance to stop over at Thermaltake's offices while making the City of Industry circuit last week, and used some of that time to film a brief tutorial on hard tube bending.
It felt like filming a cooking show, at times. The format was similar, but it worked well for this process. Open loop liquid cooling is done with either soft tubing or hard tubing, the latter of which must be heated (with a heat gun) to make necessary bends within the system. Soft tubing is more easily manipulated and is as “plug and play” as it gets with an open loop, though “plug and play” isn't really desirable with open loops. Once you're this deep in cooling, best to go all the way.
PETG hard tubing is more leak resistant by nature of the mounting. Hard tubes are less likely to slip off of their mounting barbs with age or transport (fluid between the tube and its mounting point can lubricate the tube, causing a slip and slow leakage). The downside, as with the rest of open loop cooling, is entirely the time requirement and cost increase. Granted, compared to the rest of the loop, hard tubing cost can start to feel negligible.
We might soon be building a wet bench for open loop liquid cooling, as we're starting to receive GPUs with water blocks for testing. Today, we've got a brief hard tube bending tutorial with Thermaltake's Thermal Mike to lead us into our future open loop content. Take a look at that below:
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