Ces 2020 Razer Debuts New Dualsided Iphone Game Controller In Partnership With Gamevice Exclusive Online

At CES 2020, Razer announced the Kishi, a universal, dual-sided mobile gaming controller developed with Gamevice to provide a console-like experience with ultra-low latency for iOS and Android. The controller features a direct, plug-in connection, full console controls, and passthrough charging, designed for cloud gaming services such as NVIDIA GeForce NOW and Xbox Game Pass. Read the full details about the announcement at Razer Newsroom.

, Razer unveiled the Razer Kishi Go to product viewer dialog for this item. At CES 2020, Razer announced the Kishi, a

utilizes a direct Lightning connection. This hardware-level integration offers two critical advantages for competitive players: Ultra-Low Latency: By bypassing wireless protocols, the Dual-sided design : The controller has a modular

Pass-Through Charging: A built-in Lightning port on the controller itself allows users to charge their iPhone while playing, preventing long gaming sessions from being cut short by a low battery. Console-Standard Layout and Ergonomics Why it matters: It represents the last major

Introduction At the Consumer Electronics Show (CES) 2020, Razer—the leading global lifestyle brand for gamers—made a significant splash in the mobile gaming market. In an exclusive partnership with mobile accessory manufacturer Gamevice, Razer debuted the "Razer Kishi," a dual-sided game controller designed to revolutionize the iPhone gaming experience. This collaboration aimed to solve the oldest problem in mobile gaming: the lack of tactile precision on touchscreens.

At CES 2020, Razer debuted the Razer Kishi , a universal, dual-sided mobile gaming controller created in partnership with

Why it matters: It represents the last major attempt to build a rigid, Vita-style iPhone controller before the industry settled on flexible bridges (Kishi, Backbone) or magnetic attachments (GameSir). It failed not because of bad design, but because of patent law, power delivery physics, and a pandemic.