Cherry MX switches have long been well-regarded in the keyboard community. They were first introduced in 1983, and since then have become commonplace in the mechanical keyboard market – which was the only keyboard market before the invention of rubber domes. Yet Cherry not only produces MX switches for other keyboards, but also produces keyboards – and claim to be the oldest keyboard manufacturer still in business.

One of the most recent additions to Cherry’s keyboard lineup is the Cherry MX 6.0 – not exactly the cleverest name – which aims to be a high-end keyboard meant to suit both typists (such as office workers) and gamers alike. It features MX Red switches, a moderately reserved style, red backlighting, an excellent build quality, Cherry Realkey, and a hefty price of $176.

For the first time in about 30 years, the mechanical switch market has a substantially new piece of technology instead of a modification on an old one. Cherry announced a high-precision switch targeted at notebooks and low-profile desktop keyboards. The switch uses a shallow design while maintaining the well-known characteristics of the standard MX Red switch. After meeting with Cherry, we learned that the company's R&D department had invested over 5 years to achieve the 11.9 mm design that does, after some simple side-by-side comparison, feel a lot like Cherry’s other MX linear switches, the black and red. The MX Low Profile RGB Red is about 35% shallower than the standard MX switches, which measure 18.5 mm. We also learned that the company was originally shooting for a 50-60% size reduction, but found that to be impossible if the standard Cherry MX characteristics were to be maintained. The switch was fully developed and built in Germany, which to der8auer’s approval, means that it fits the “German Engineered Perfection” mantra that we’ve seen in the industry.

Although the actuation characteristics remain about the same, the travel has been reduced from 4.0 to 3.2 mm. This leads to a shorter bounce time (typically 1ms) which results in higher switching frequencies for quick response gaming. Gold-Crosspoint technology is still in use to prevent corrosion or dust build up on the contacts, and the switch is rated for over 50 million keystrokes with no loss of quality. Contrary to what we were told during the meeting, one of the switch specifications is not what we originally thought. The IP rating is IP40, meaning it has no liquid resistance. This was likely just a miscommunication here due to the fact that the Cherry engineer we met with spoke German as his primary language.

Our Best Mechanical Keyboards of 2017 guide just went live, showing some of the steepest deals we’ve yet seen on Black Friday and Cyber Monday sales. Keyboards have been down as much as 50%, in some instances, with thanks to the high margins on peripheral products; at least, high compared to core components. We’re back to look at gaming mice now, recapping some of the bigger sales on gaming mice that we’ve seen for Cyber Monday.

As we continue to slog through sales over the weekend, we’ve compiled some of the most attractive deals on keyboards—which might be some of the best deals yet, given the RAM, GPU, and SSD sales out there. We’ve rounded-up the best mechanical keyboards of 2017 and their subsequent Cyber Monday sales. If anyone is looking for a new plank for the holidays, here our some of our picks.

Before PAX Prime, we took apart the Logitech G903 mouse and wireless charging station, known as “Powerplay.” The G903 mouse can socket a “Powerplay module” into the weight slot, acting as one of two coils to engage the magnetic resonance charging built into the underlying powerplay mat. Magnetic resonance and inductive charging have been around since Nikola Tesla was alive, so it’s not new technology – but hasn’t been deployed in a mainstream peripheral implementation. Laptops have attempted various versions of inductive charging in the past (to varying degrees of success), and phones now do “Qi” charging, but a mouse is one of the most sensible applications. It’s also far lower power consumption than something like a laptop, and so doesn’t suffer as much for the inefficiencies inherent to wireless charging.

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.

Whenever a new keyboard enters the lab, we always make an effort to ignore its price. Completely. Instead, we simply sit down and type. This helps to first see the flaws and strengths of the keyboard without subconsciously comparing them to some price point. We then get to decide what the keyboard should cost, how that compares to its real price, and how that compares to its competition.

After using the Patriot Viper V770, we were overall mildly impressed, but a bit disappointed. It’s a decent keyboard with unique features, but those coupled with some flaws and a mediocre price of $120 result in it falling flat in comparison to competition below, at, and above its price point.

Logitech today announced its new wireless charging products for an upcoming pair of mice, the G903 and G703, which use familiar high-performance wireless hardware to the G900. The two mice (and, theoretically, subsequent mice) will use magnetic resonance rather than inductive or closed-couple charging, permitting a small form factor “under-mat” for mousepads.

The lower mat is dubbed “PowerPlay,” and emits an electromagnetic field in a radial pattern outward from the center. Used within reason – read: the mouse is probably not on the fringes of the pad for too long – the PowerPlay mat is advertised as being capable of wirelessly charging mice with an efficiency great enough to sustain ongoing use, plus some recharge. Magnetic resonance is not as efficient as induction, though neither is as efficient as just plugging the device in (which is still possible). Logitech worked to improve charge efficiency to a point that the mouse never has to be actively charged by the user, or by requiring user thought and effort, while also completely ridding of the cable. This is part of Logitech’s on-going evangelism promoting wireless mice as minimally equivalent in performance, if not objectively superior, to wired mice with regard to latency and response times. Now, though, the company has instituted a $100 mat to further entice users away from the wire.

Razer is pulling the curtains on a pair of high-end gaming mice: the wireless Razer Lancehead and the wired Razer Lancehead Tournament Edition. Razer touts the new mice as being “tournament-grade” in terms of accuracy, performance, and reliability. The two variants of the Razer Lancehead share many features: the sensor and Razer’s proprietary “Adaptive Frequency Technology” are the chief modifiers.

Razer Lancehead

The wireless Razer Lancehead—much like the refreshed Diamondback and high-end Mamba series—uses a 5G laser sensor with up to 50g acceleration and 16,000 DPI/210 inches per second tracking. The refreshed Diamondback and Mamba/Mamba TE all used a Philips Twin Eye sensor. It is unclear if that is the case with the Razer Lancehead, but given the specs, it’s plausible.

Corsair has freshly launched their new K63 Compact Mechanical Keyboard and is available on Corsair’s website as well as Amazon. The K63 keyboard is a tenkey-less design and features Cherry MX Red switches (linear), per-key red LED backlighting, full key rollover, and dedicated media keys. The K63 appears to be based off the Corsair Vengeance K65; however, the K63 is built on a plastic body instead of the aluminium chassis on the K65. Both feature dedicated media keys, although the K63 does add a bit of functionality not found on the K65 with Stop/Start, Fast Forward, and Rewind keys on the top-left side.

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