Keyboard Solution Capabilities
- 61 / 87 / 104-key mechanical keyboard layout integration
- Three Bluetooth hosts plus 2.4G and wired switching
- N-key rollover, RGB lighting, and Win / Mac modes
- Battery indication, sleep/wake, and driver configuration
Current location:
Dual-1K Deep-Customization Platform
Broader hardware and software customization for differentiated, multi-product programs
For tri-mode programs that need independent BOM, enclosure, sensor or keyboard matrix, RGB, battery, receiver, and driver planning, with an emphasis on differentiation and reuse across layouts.
Deep CustomizationMulti-Product and Multi-LayoutIn 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 Independently Planned Dual-1K Platform for Keyboards and Mice
Plan hardware, firmware, receiver, and driver around product differentiation while reusing platform capabilities across product categories.
Mouse Solution Capabilities
- Up to 1K polling in wired and 2.4G modes
- Multi-level DPI, polling, and sensor integration
- RGB lighting, buttons, wheel, and low-battery indication
- Custom driver, receiver, and sleep strategy
Keyboard Solution Capabilities
Mouse Solution Capabilities
Confirm together during project definition
Target BOM and enclosureSensor or matrixComponents and interfacesLighting and batteryDriver and production toolsEngineering Capabilities
Six Coordinated Capabilities for Differentiated Product Definitions
Independent platform planning, tri-mode connectivity, hardware, firmware, branded software, and production delivery combine around project boundaries.
Independent Platform
An independent controller and firmware stack planned around mouse or keyboard BOM and delivery boundaries.
Tri-Mode Connectivity
Wired, 2.4G, and multi-device Bluetooth switching, pairing, reconnection, and status indication.
Hardware Development
Sensor or keyboard matrix, PCB, antenna, power, charging, and PCBA design support.
Firmware Customization
DPI or key functions, polling, RGB, battery, sleep, and updates built to the device definition.
Software Integration
Controls, DPI, macros, lighting, profiles, receiver tools, and firmware updates.
Production Delivery
Prototype, validation, pilot run, production testing, and issue resolution.
Customization Scope
From Device Definition to Differentiated Production
Four stages align hardware, component, function, and manufacturing boundaries from the start of the program.
Device Hardware
Hardware design based on enclosure, ports, battery, antenna, and target BOM.
Sensors and Components
Selected mouse sensors and controls plus keyboard matrix, switch, and layout integration.
Functions and Experience
Custom connectivity, DPI or keys, lighting, polling, battery, sleep, and update strategy.
Tools and Manufacturing
Driver, receiver-tool, test-fixture, and production-flow integration.
Selection Guidance
Best When Product Differentiation and Customization Depth Come First
Choose YJX-2012C for dual-1K tri-mode programs that need independent BOM, enclosure, component, and software planning. Use FR2012A when scope is clear and schedule or cost matters more; evaluate nRF54L15 for dual-8K flagship programs.
Prepare the product-line plan, target BOM, enclosure space, components, lighting, software features, 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.
