ROG Keris II Origin-KJP Gaming Mouse

Excelent

Designed by Hideo Kojima

9.0

The limited edition gaming peripherals with Kojima Productions design are easy to rate. Asus simply took quality premium hardware and enriched it with a beautiful design endorsed by a beloved development icon. The ROG Keris II Origin-KJP mouse impresses with excellent precision, low weight, and great control. The ROG Delta II-KJP headset will please with its sound quality and connectivity. The Scabbard II XXL-KJP then represents exactly the kind of mousepad you'd expect from its price category.

Editor's choice award

The mouse sensor is very fast and precise, and the high polling rate of 8,000 Hz ensures minimal latency, which is especially important in fast eSports titles. The Asus ROG Keris II Ace is a top-tier gaming mouse that will satisfy even the most demanding users.

AXEtraordinary award

The Keris II Origin mouse supports software configuration via both web-based and Armoury Crate drivers, offering precise adjustment of parameters such as DPI, polling rate (1000Hz), angle snapping, and RGB lighting.

Platinum award

The combination of white and black plastic along with the inscribed details and those that are additionally RGB lit simply kills it. It glides perfectly on the surface and seems to be fast enough because, after all, when it comes to the mousepad, good fit and calibration with it are also of great importance in gaming.

Editor's choice - Outstanding product award

This IS the Rog Keris II Origin, which means it is made of advanced polymers that make it light, sturdy, and durable (what Asus calls bio-nylon). As expected, and just like other members of the Keris family, movement precision and response speed without loss or artificial acceleration are a given.

Editor's choice - Outstanding product award

This IS the Rog Keris II Origin, which means it is made of advanced polymers that make it light, sturdy, and durable (what Asus calls bio-nylon). As expected, and just like with other members of the Keris family, movement precision and response speed without loss or artificial acceleration are a given.