Electronics

Lofree Hyzen Keyboard Features All-New Hybrid Mechanical-Magnetic Switches in World First

Lofree Hyzen Keyboard Features All-New Hybrid Mechanical-Magnetic Switches in World First

Lofree is no stranger to peculiar peripheral designs, with the brand having previously released devices like the Hypace wireless gaming mouse and the Lofree Flow 2, with all its ergonomic quirks. It seems as though Lofree’s next release, the Hyzen keyboard, may be even more unique than even those examples. The Hyzen is a futuristic, but otherwise unassuming 65% keyboard made out of CNC-cut aluminium, but its design conceals a few nifty features and an entirely new switch design that supposedly combines the best of both mechanical and magnetic tech. The Hyzen will be a wireless keyboard with a gasket mount design, and Lofree claims that the 10,000 mAh battery can last up to 80 hours. It will launch on Kickstarter on April 23, but early bird reservations are available on the Lofree site ahead of the official launch. Kickstarter pricing plans include the tri-mode wireless version priced at $189 with a $299 claimed MSRP further down the line or a $169 wired version that will later retail for $279.

The Nexus switch is a hybrid mechanical switch, designed by Lofree in collaboration with Kailh, that features both a magnet in the stem for TMR functionality and metal contacts and pins for traditional mechanical operation. Lofree says that the new switch design, which it claims is the first of its kind, combines the tactile feedback of mechanical switches with the low latency, customizable actuation distance and analog features of TMR switches. Aside from the new switches, the keyboard also has a physical toggle that switches the number row to a function row, with the function indicated by a row of LEDs above the num row when the function row is active. The Hyzen also has a knob on the back edge for volume control and a switch to select between 2.4 GHz, Bluetooth, and wired operation. It will also be powered by a Nordic nRF54L series MCU and be capable of 8 kHz polling.

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