Keyboard Solution Capabilities
- 61 / 87 / 104-key mechanical keyboard layout integration
- N-key rollover, key mapping, and Win / Mac switching
- Wired, 2.4G, and three Bluetooth host switching
- RGB lighting, battery indication, and sleep management
Current location:
Mature Dual-1K Fast-Track Solution
A mature tri-mode framework for shortening development and production introduction when requirements are clear
For tri-mode mice and mechanical keyboards targeting up to 1K polling with a clear feature scope. Enclosure, components, lighting, power, and drivers are integrated on a mature stack to control schedule, cost, and production risk.
Fast-Track ProductionSchedule and Cost FirstIn Production
- Wired Polling
- Up to 1K
- 2.4G Polling
- Up to 1K
- Connectivity
- Wired / 2.4G / Multi-device Bluetooth
- Mouse Operating Current
- Below 15mA
Applications
One Mature Dual-1K Tri-Mode Stack for Keyboards and Mice
Reuse validated connectivity, function, and power strategies while focusing engineering effort on device integration and production stability.
Mouse Solution Capabilities
- Up to 1K polling in wired and 2.4G modes
- Multi-level DPI, button, wheel, and side-button configuration
- Multi-device Bluetooth and 2.4G receiver pairing
- RGB lighting, low-battery indication, and light/deep sleep
Keyboard Solution Capabilities
Mouse Solution Capabilities
Confirm first during project definition
Product form and enclosureSensor or keyboard layoutTarget costBattery and lightingDriver and delivery scheduleEngineering Capabilities
Six Mature Capabilities for Faster Project Introduction
Tri-mode connectivity, hardware, firmware, receiver, driver, and production testing prioritize proven modules and controlled production risk.
Mature Tri-Mode Framework
Reuse validated wired, 2.4G, and multi-device Bluetooth switching, pairing, and reconnection logic.
Firmware Development
Polling, DPI or keyboard matrix, controls, RGB, battery, and sleep functions aligned with the product definition.
Hardware Design
Controller, sensor or keyboard matrix, antenna, power, charging, and PCBA design validation.
Receiver Integration
Joint debugging of the 2.4G receiver, pairing, reconnection, and recovery.
Driver and Updates
Branded software for controls, DPI, macros, lighting, profiles, and firmware updates.
Production Support
Prototype validation, pilot runs, production testing, and issue closure.
Customization Scope
From Mature Stack to Production Delivery
Four stages move clear requirements forward quickly while preserving necessary customization and reducing repeated development.
Hardware and PCBA
Designed around enclosure space, ports, battery, antenna, and target BOM.
Sensors and Components
Mouse sensors, encoders, and switches plus keyboard matrix and mechanical-switch selection.
Firmware Functions
Project-specific tri-mode switching, polling, DPI or keys, lighting, battery, and sleep strategy.
Driver and Production Tools
Integration with branded drivers, receiver tools, test fixtures, and production flows.
Selection Guidance
Best When Schedule, Cost, and Production Stability Come First
Choose FR2012A for clearly scoped dual-1K tri-mode programs that need fast production. Compare YJX-2012C when independent BOM planning and deeper software customization matter; evaluate nRF54L15 when dual-8K is the core target.
Prepare the product form, target cost, sensor or keyboard layout, battery, lighting, and delivery schedule.
Parameter Notes
Up to 1K wired and 2.4G polling and below 15mA mouse operating current depend on the complete-device configuration and test conditions. Keyboard power also varies with layout, matrix scanning, RGB lighting, and battery design; final values require prototype testing.
