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nRF54L15 dual-8K keyboard and mouse solution with a mechanical keyboard, gaming mouse, 2.4G receiver, and blue PCB

Dual-8K Flagship Performance Solution

A complete high-polling performance path from input sampling to receiver and device validation

For esports peripherals built around high polling, wireless performance, and a flagship experience, with coordinated sensor or matrix, RF, USB, firmware, receiver, and complete-device tuning.

Dual-8K PerformanceEsports and Flagship ProgramsIn Production
Wired Polling
Up to 8K
2.4G Polling
Up to 8K
Connectivity
Wired / 2.4G / Bluetooth
Operating Current
Below 15mA

Applications

Two Dual-8K Performance Paths for Keyboards and Mice

Input sampling, wireless links, receiver, and driver are tuned around complete-device goals instead of a single isolated metric.

Keyboard Solution Capabilities

  • High-frequency matrix scanning and anti-ghosting
  • Up to 8K wired and 2.4G polling configuration
  • Keys, macros, lighting, and multi-device functions
  • Joint receiver, driver, and complete-device performance validation

Mouse Solution Capabilities

  • Integrates customer-selected high-performance sensors
  • Up to 8K wired and 2.4G polling configuration
  • DPI, controls, wheel, lighting, and power tuning
  • Joint receiver, driver, and complete-device performance validation
nRF54L15 dual-8K keyboard and mouse solution with a mechanical keyboard, gaming mouse, 2.4G receiver, and blue PCB

Keyboard Solution Capabilities

Mouse Solution Capabilities

Confirm during project definition

Sensor and matrix scanningUSB interface and mainboard2.4G receiverBattery and RGB loadComplete-device test baseline

Engineering Capabilities

Six Capabilities Validated Around Complete-Device Goals

High polling, tri-mode connectivity, power, drivers, and production testing move through one engineering workflow to reduce late integration risk.

Dual-8K Capability

Up to 8K polling configuration in both wired and 2.4G modes.

Tri-Mode Connectivity

Unified wired, 2.4G, and Bluetooth connection, switching, and pairing.

Performance Tuning

Joint scan, sensor, RF, USB, and firmware-task optimization.

Low-Power Design

Active, idle, sleep, and wake strategies planned for the usage scenario.

Driver and Updates

Configuration, firmware updates, receiver tools, and branded software.

Production Validation

RF, performance, power, reliability, and production-test validation.

Customization Scope

From Performance Targets to Production Closure

Four connected stages keep hardware selection, firmware experience, and validation criteria aligned from project definition.

01

High-Performance Hardware

PCBA planned around enclosure, antenna, power, USB, sensor, and target BOM.

02

Sensor and Scanning

Customer-selected sensor integration with mouse sampling or keyboard matrix tuning.

03

Firmware and Experience

Project-specific polling, connectivity, controls, lighting, power, and updates.

04

Validation and Manufacturing

Complete-device performance validation, test tools, pilot run, and production support.

Selection Guidance

Best When Performance Targets and Flagship Experience Come First

Choose nRF54L15 when up to 8K wired and 2.4G polling is central and the program can support joint sensor or matrix, USB, RF, battery, and device validation. For mainstream dual-1K programs, choose FR2012A for speed or YJX-2012C for customization depth.

Prepare the product form, target polling rate, sensor or keyboard layout, battery, and lighting requirements.

Parameter Notes

Dual 8K and below 15mA are platform capabilities. Actual results depend on the sensor, board, battery, firmware configuration, and test conditions. Latency is confirmed through complete-device testing after requirements are defined.