A compact, ultra-low-power Bluetooth Low Energy hardware platform engineered for Industrial IoT, asset tracking, indoor positioning, and wireless embedded applications.
The BLE Beacon Development Board was developed to deliver a compact, energy-efficient wireless solution for industrial asset tracking, smart monitoring, and IoT applications. The design focuses on reliable BLE communication, optimized power consumption, and a compact PCB layout.
Develop a compact Bluetooth Low Energy hardware platform with long battery life, reliable wireless communication, and industrial-grade PCB design suitable for IoT applications.
360Electronix designed the complete embedded hardware, including schematic design, component selection, PCB layout, RF optimization, prototype development, and hardware validation to achieve a production-ready solution.
Explore the BLE Beacon Development Board from multiple perspectives, highlighting the PCB layout, component placement, RF design, and mechanical integration.
Optimized hardware architecture for long battery operation and efficient energy consumption.
Stable Bluetooth Low Energy communication with optimized RF layout.
High-density component placement with optimized multilayer PCB routing.
Designed for prototyping, testing and future manufacturing.
The BLE Beacon Development Board has been engineered to deliver reliable wireless communication, compact hardware architecture, and optimized power efficiency for industrial IoT applications.
| Category | Details |
|---|---|
| Project Type | BLE Beacon Development Board |
| Application | Industrial IoT & Asset Tracking |
| Communication | Bluetooth Low Energy (BLE) |
| Power | Ultra Low Power Design |
| PCB Type | Multi-layer PCB |
| Design Services | Schematic, PCB Layout, Prototype |
| Status | Prototype Successfully Developed |
Professional schematic capture and hardware architecture.
High-quality multilayer PCB layout with optimized routing.
Reliable wireless communication for IoT applications.
Efficient power management for extended battery operation.
Functional prototype assembly and hardware validation.
Complete hardware testing and verification before delivery.
Every hardware design at 360Electronix follows a structured engineering workflow to ensure performance, manufacturability, and reliability.
Understanding application requirements, wireless communication needs, power budget, and environmental conditions.
Component selection, circuit design, and complete schematic development for reliable embedded hardware.
Compact PCB routing with RF considerations, power integrity, and optimized component placement.
PCB assembly, functional testing, debugging, and final validation before production.
Indoor positioning and asset monitoring using BLE technology.
Wireless monitoring and automation in industrial environments.
Inventory management and warehouse asset identification.
Occupancy monitoring and intelligent building management.
Optimized component placement with efficient PCB routing.
Designed for long battery life and energy-efficient performance.
Stable Bluetooth Low Energy connectivity for industrial applications.
Successfully developed and prepared for prototype manufacturing and testing.
Whether you need a BLE device, industrial controller, high-speed PCB, FPGA board, SOM carrier board, or complete embedded hardware development, 360Electronix can help bring your idea to reality.