2016年10月14日 · Tutorial on designing a Bluetooth Low Energy (aka Bluetooth Smart) circuit with the ability to measure 9-axis motion, humidity, and temperature. In this article, I'm going to cover the circuit design for a Bluetooth Low Energy (BLE) product that features an accelerometer, magnetometer, and gyroscope, as well as sensors for measuring humidity ...

If you’re ready to develop a Bluetooth ® product, we can get you started with information and resources that will make the job of building with Bluetooth wireless technology faster and easier.

2016年7月14日 · 现在，最新版的 蓝牙 v4.2 规格 可让更多设备或“物体”在超连接世界中相互连接，为下一代可穿戴和 IoT 应用奠定基础。 作为第一步，它将最高数据速率扩展到 800 Kbit/s，速度比之前的版本快 2.6 倍，并且允许更快地从传感器获得数据日志和支持更快的固件更新。 简化 BLE 设计. 新兴端到端 BLE 解决方案——将芯片应用推广到软件堆栈再到模块——正在为 BLE 设计带来从连接性、安全性到功耗的关键改进。 由于已经清楚它对 IoT 而言是一项重大挑战，因此我 …

2016年7月14日 · Bluetooth low energy or BLE—also known as Bluetooth Smart—has become a key enabler for connected wearables, smart appliances and proximity tags. The short-range wireless standard is designed to reduce power consumption through faster connections that transfer smaller amounts of data with lower latency.

Unlock the potential of Bluetooth Low Energy (BLE) in your product design! This tutorial guides you through designing a Bluetooth product that measures humidity and more.

When developing electronic products that require wireless functionality, integrating Bluetooth is often a logical choice. This integration typically involves designing a custom Bluetooth circuit board. In this comprehensive guide, we will delve into the intricacies of designing effective Bluetooth PCB boards.

2018年3月14日 · The adoption of Bluetooth low energy has been surprisingly fast, as it fulfills a gap in existing electronics by addressing the low power and long distance data transfer issues. With IoT pushing the implementation of Bluetooth LE, it’s only a matter of time before you start working with a Bluetooth LE design.

2023年12月21日 · Integrating Bluetooth connectivity introduces hardware and software design intricacies for the best performance, from component selection to antenna placement to interference mitigation. Following guidance on certified modules, antenna isolation, power optimization, environmental reliability testing, and final certification creates an effective ...

This TI design is based on CC2541 with the CC2590 range extender to increase output power and improve sensitivity, achieving longer range through increased link budget. The CC2541 is one of TI’s Bluetooth™ low-energy RF System-on-Chips (SoCs).

Everything you need to create a Bluetooth® product and take it to market. Build something great with Bluetooth technology. The Bluetooth Developer Center provides the very latest tools, documentation, guidance and resources.