OpenAI Launches Codex Micro, a $230 Mechanical Keypad for AI Coding

OpenAI has introduced the Codex Micro, its first hardware product aimed at consumers. Priced at $230, it is a mechanical keypad designed for use with OpenAI's Codex coding agent.

The device was developed with assistance from the team at Work Louder and includes 13 mechanical switches, a touch sensor, a rotary dial to adjust reasoning levels, and an analog stick.

Pre-orders are currently available, with the first units expected to ship later this month. OpenAI describes the accessory as a limited-run product.

The Codex Micro is not the screen-free AI device that OpenAI is developing with former Apple designer Jony Ive. Instead, it is a separate hardware product focused specifically on improving coding workflows.

Inside the Codex Micro: Features, Inputs, and Connectivity

The keypad offers a variety of customizable inputs, including 13 mechanical switches, a touch sensor, a rotary dial for adjusting the reasoning level on the spot, an analog stick, and integrated RGB lighting for alerts and notifications. It also comes with multiple dozen extra keycaps for further personalization.

All inputs can be tailored to suit individual workflows. The rotary dial, which adjusts the Codex reasoning level, is a notable feature, allowing users to set the AI’s level of computation directly from the hardware rather than through software settings.

The RGB lighting serves purposes beyond visual appeal. It is used to indicate different alerts and notifications, such as when the AI has completed a task or needs input.

The Codex Micro provides Bluetooth and USB-C connectivity, making it compatible with both Windows and Mac. The dual connectivity options give users the choice of a reliable wired connection or a wireless setup that keeps the workspace cleaner.

Codex Micro Pricing, Limited Run, and Value for Developers

The Codex Micro is priced at $230. Pre-orders are now available on OpenAI's website, with the first units expected to ship later this month.

OpenAI described the ac…