Razer, the leading global lifestyle brand for gamers, has announced another major milestone in their commitment towards a sustainable future, with the inclusion of recycled materials in new PC products launching throughout 2024 and beyond. Focusing on its core PC peripherals, this new initiative covers three key categories: mice, keyboards, and headsets. Initially, only the models produced in Razer's signature black base colorway will feature recycled materials, with more product categories to be added over time.

Razer has been experimenting with the use of recycled materials in product manufacture, with two products already available. The Razer DeathAdder V2 X HyperSpeed gaming mouse contains 40% recycled materials, and the Razer Ornata V3 ergonomic clicky gaming keyboard has at least 20%. With these successful integrations of recycled materials, both products met the strict criteria to achieve the UL 2809 ECOLOGO label, an independently verified ecolabel certification from the world's leading testing, inspection and certification company, UL Solutions. Razer is now pushing the program out to encompass an even wider range of products, for all its core PC peripheral launches from the start of 2024 and onwards.

Razer today announced the launch of the Razer Basilisk Ultimate and the Razer Basilisk X HyperSpeed gaming mice. Both are joining Razer's ever-advancing wireless mouse family and offer the best-in-class wireless technology with Razer HyperSpeed.

Faster and more reliable wireless performance
Both mice are powered by Razer HyperSpeed, a wireless technology that is 25% faster than any other wireless gaming technologies*. It has also been tested and proven by top esports athletes, holding its own in the most intense and unforgiving arenas. With the lowest click latency in any wireless mouse technology, Razer HyperSpeed produces the fastest transmission speed to register swipes and clicks instantaneously. The improved Adaptive Frequency Hopping of Razer HyperSpeed provides a perfectly lag-free wireless connection, constantly scanning frequency channels for any interference and seamlessly switching across channels in real-time.