At CES 2020, Razer introduced the Kishi for iPhone, a dual-sided, MFi-certified gaming controller designed for direct Lightning connection to eliminate latency. The portable, ergonomic device features console-grade analog sticks and pass-through charging, supporting a wide range of iPhone models. Read more in the coverage from MacRumors.
- Razer Announces New Line of Gaming Peripherals at CES 2020
- Gamevice Introduces New Mobile Gaming Controller for iPhone
- CES 2020: A Sneak Peek at the Latest Gaming Technology
Razer’s internal metrics showed the Gamevice design scored 40% lower in "user preference" vs. Backbone’s prototype in blind tests.
Stay tuned for hands-on impressions later this week.
Review:
Announced at CES 2020 with plenty of hype, the Razer dual-sided iPhone controller (made in partnership with Gamevice) was an ambitious attempt to turn your iPhone into a true portable gaming console. Unlike clip-on controllers, this one wrapped around the phone, giving you a Nintendo Switch-like experience.
- Build quality – Razer’s signature black finish, textured grips, and clicky buttons felt premium.
- Low latency – Wired Lightning connection meant no Bluetooth lag, great for action games and FPS titles.
- Pass-through charging – A Lightning port on the bottom let you charge while playing.
- Game compatibility – Worked with MFI-supported games like Call of Duty: Mobile, Grid Autosport, and Oceanhorn.
Conclusion
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.
Portability: When not in use, the two sides click together into a compact form factor for easy transport. Strategic Partnerships and Compatibility