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The Keygeek x Neo Rye and HMX Xinhai (light) switches are both standard MX mechanical switches of the linear breed. They both feature standard stem shape, 45 g bottom-out force, 2 mm pre-travel, however, they come with different top housing (Nylon PA12 (modified) vs Nylon PA12), bottom housing (Nylon PA12 (modified) vs Nylon), stem material (L4 (modified POM) vs POM), spring (22 mm single-stage vs 22 mm KOS single stage extended), actuation (36 g vs 37 g), total travel (3.60 mm vs 3.40 mm). That said, they are not too similar. Let's check out this side-by-side specs rundawn with details, availability -- and even current prices -- to figure out which one fits you the best!
The Keygeek x Neo Rye is a linear standard MX mechanical switch with Nylon PA12 (modified) top housing, Nylon PA12 (modified) bottom housing, and L4 (modified POM) stem (standard shape). It features a 22 mm single-stage spring. The 36g actuation occurs at 2mm. The 45g bottom-out occurs at 3.60mm. Factory lubing? Yes! Designed by Neo. Manufactured by Keygeek. | The HMX Xinhai (light) is a linear standard MX mechanical switch with Nylon PA12 top housing, Nylon bottom housing, and POM stem (standard shape). It features a 22 mm KOS single stage extended spring. The 37g actuation occurs at 2mm. The 45g bottom-out occurs at 3.40mm. Factory lubing? Yes! Designed by HC Studio. Manufactured by HMX. |
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| Name | Keygeek x Neo Rye | HMX Xinhai (light) |
|---|---|---|
| Type | linear | linear |
| Footprint | 5-pin | 5-pin |
| Top housing | Nylon PA12 (modified) | Nylon PA12 |
| Bottom housing | Nylon PA12 (modified) | Nylon |
| Stem material | L4 (modified POM) | POM |
| Stem shape | standard | standard |
| Spring | 22 mm single-stage | 22 mm KOS single stage extended |
| Actuation | 36 g | 37 g |
| Bottom-out | 45 g | 45 g |
| Pre-travel | 2 mm | 2 mm |
| Total travel | 3.60 mm | 3.40 mm |
| Lube | Factory lubing? Yes! | Factory lubing? Yes! Applying more lubrication to the leaf spring, with a modified application process. |
| Designer | Neo | HC Studio |
| Manufacturer | Keygeek | HMX |
By tracking prices and in-stock status of 30+ well-known keyboard stores worldwide, we can state that the HMX Xinhai (light) is much more widely available, but the Keygeek x Neo Rye is also available in some stores.
Clicking the links below take you to some notable keyboard shops offering Keygeek x Neo Rye and HMX Xinhai (light) switches. When accepted, the prices indicated already include the discount - use the KBDNEWS coupon code at checkout to claim your saving!
Prices, discounts, and stock status are checked regularly; however, changes since the last update cannot be ruled out. Everything here is for informational purposes only. Check the product pages for the latest prices!
Keygeek x Neo Rye sound test | HMX Xinhai (light) sound test |
Comments on Keygeek x Neo Rye switches | Comments on HMX Xinhai (light) switches |
The Neo Rye switches by Keygeek are the perfect choice for anyone seeking a deep, rich sound profile paired with a silky-smooth typing experience. Designed for the EvoWorks EVO75 and celebrated for their “thocky” acoustic signature, they deliver a luxurious feel that impresses both sonically and tactually – MonacoKeys. | The HMX Xinhai switch distinguishes itself from other HMX switches in several notable ways. Firstly, its top housing is constructed from a softer material, PA12, as opposed to the more common PA66 or PA2. This design choice results in a less sharp and less pronounced top-out sound. Additionally, the bottom housing is composed of a modified Nylon material, a standard choice among HMX switches. Notably, the housing materials used in the Xinhai are identical to those in the HMX Macchiato; the key distinction between the two switches lies in their stem material. The Macchiato features a POK stem, lending it a pronounced 'thocky' sound in the mid-range, whereas the Xinhai employs a POM stem, producing a crisper, higher-pitched bottom-out sound. Furthermore, Xinhai employs a unique factory lubrication technique. This method involves applying more lubrication to the leaf spring and modifying the application process to ensure a more even lubricant distribution – Unikeys. |
