Sikakeyb has launched the Castle CK75 mechanical gaming keyboard, designed with a focus on competitive gaming. This model is set at a retail price of US$ 216.99 and is available in Yellow and Grey color variants.
The Castle CK75 features an 83-key
Tenkeyless (TKL) layout and is equipped with the latest generation of Gateron
Magnetic Jade Switches, which are known for their rapid triggering capabilities
and dynamic keystroke adjustments. In terms of dimensions, the keyboard
measures 315.75 x 129.25 x 28.63mm and weighs approximately 805 grams, offering
a compact yet robust design.
The mechanical keyboard features advanced
trigger adjustment capability. It allows for a highly precise adjustment of the
trigger point, with an accuracy of 0.01mm, within a range of 0.04mm to 4.0mm.
This feature enables users to tailor their typing experience from an
instantaneous response to a more laid-back feel, depending on their personal
preferences or gaming needs.
The keyboard also offers a smooth typing
experience, thanks to its magnetic switches which provide silky smooth
feedback. Additionally, the keyboard is built with a gasket-mounted internal
structure. This design helps to absorb the pressure of keystrokes and is
complemented by multiple layers of internal padding including silicone and PORON
materials, which enhances the overall comfort and reduces the sound of
keystrokes.
For those who appreciate aesthetics as
much as functionality, the Castle CK75 does not disappoint. It features dynamic
RGB backlighting with multiple lighting effects that can be customized and
adjusted. The keycaps are made from high-quality PBT material using
dye-sublimation for lasting durability, and the chassis is constructed from
sturdy ABS material.
The connectivity of the Castle CK75 is via
a single-mode Type-C wired connection that supports an 8000Hz polling rate,
ensuring a low-latency performance that is essential for competitive gaming.
Moreover, the keyboard is compatible with the HM Solution Driver Software,
which allows for further customization of the magnetic trigger points and RGB
backlighting.
