Programmable Magnetic Axis Numeric Keypad with IPS Screen and Custom Knob

This numeric keypad is designed for users seeking a high degree of customisation and performance feedback from their peripheral. It moves beyond standard mechanical switches by incorporating Hall magnetic axes, which allow for precise adjustment of the actuation point. The inclusion of a dedicated programmable knob and a colour screen transforms it from a simple input device into a configurable control centre for gaming, creative work, or productivity. Its USB 2.0 high-speed interface ensures commands are registered with minimal delay, making it suitable for fast-paced applications.

Features and Construction

The keypad's core functionality is built around its magnetic switches and user interface. It provides tangible tools for tailoring your setup to specific games or workflows, with visual feedback directly on the device.

Material and Build

The keyboard is constructed using non-metallic materials, contributing to its overall design and weight. The build focuses on integrating the advanced magnetic axis technology and the IPS screen into a durable housing. This construction supports the keypad's primary role as a programmable peripheral without the inclusion of metallic elements in its main structure.

Size and Practical Fit

Available in 3-key and 4-key configurations, this numeric keypad is designed to occupy minimal desk space while providing essential, customisable inputs. The choice between models allows users to select the number of primary buttons they require, with the 4-key version adding four dedicated custom shortcut keys. Its compact form factor makes it easy to position next to a primary keyboard or within easy reach for shortcut-heavy tasks.

Uses and Placement

This keypad's customisability makes it adaptable for various scenarios, from competitive gaming to efficient software navigation. Its features are geared towards users who value control over their input parameters.

Event or Professional Use

For competitive gaming or live streaming, the magnetic axes allow for fine-tuning actuation points to match game mechanics, while the Rapid Trigger support can be crucial for speed-dependent actions. The programmable knob can be set to adjust in-game sensitivity, scroll through stream alerts, or control audio levels. The on-screen display can show vital statistics like actions-per-minute or custom timer GIFs, keeping information in the user's line of sight without obstructing the main monitor.

Everyday Home Use

In a home office or creative setting, the keypad simplifies complex shortcuts. The knob could be programmed for volume control, zoom functions in editing software, or scrolling through documents. The configurable RGB lighting on each of the five layers helps visually distinguish between different profile settings—for example, one colour for spreadsheet shortcuts and another for photo editing tools. The screen can display system information or a personalised image when not in active use.

Benefits and Buying Value

The value of this keypad lies in its extensive programmability and the performance data it provides, offering a tailored experience that generic peripherals cannot match.

Reuse and Low Maintenance

The magnetic axis technology is noted for its longevity compared to traditional mechanical switches that suffer from physical wear. The ability to recalibrate the axes with a simple press means the keypad can maintain its performance over time without physical degradation affecting the feel. The software-driven customisation for the backlight, screen, and knob functions allows the user to repurpose the device for new games or applications without needing new hardware.

Why Choose This Product

This keypad is a practical choice for users who require more than fixed-function keys. The combination of adjustable magnetic switches, a tactile knob, and a feedback screen in one compact unit provides a level of control typically found across multiple separate devices. It offers a direct way to modify and monitor input parameters, which is a clear advantage for optimising both gaming performance and workflow efficiency based on verifiable, on-device data.