1.Low Power Consumption
2.High cost-effectiveness and Compatibility
3.Stability, Safety and Reliability
4.Wireless coexistence
5. Connection range
6.Ease of use and integration
Delivering premium tier experiences to entry level laptops, from up to 2X the battery life of competitors to intelligent AI performance.
how to unlock the Kinetis chip?

Please refer attached document about how to unlock the Kinetis chip.

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Bluetooth® low energy Protocol Stack is equipped with the standard profile API and custom profile mountable API. Moreover, it supports embedded and modem configurations.
Application Examples
CAD又称计算机辅助设计,常用来辅助工程师、建筑师等工程技术人员,进行模型制作、计算、绘图等。
不止是在机械制造业,如今小到服装设计、影视制作,大到汽车、建筑、建筑等诸多领域,CAD都有着普遍的应用。
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An Apache open-source Bluetooth 5.0 stack porting on RT-Thread
This application note explains the fundamentals of swept-tuned, superheterodyne spectrum analyzers and discusses the latest advances in spectrum analyzer capabilities.

The BT SDK contains everything you need to build applications for the following dual mode (BR + EDR + BLE) Bluetooth 5.0 core spec compliant solutions: CYW20706, CYW20719B2, CYW20721B2, CYW20735B1, CYW20819, CYW20820, and CYW89820. The SDK, along with the ModusToolbox IDE and configurator tools, form a powerful but easy to use toolset that helps you create amazing Bluetooth-enabled IoT solutions like beacons, trackers, smart watches, audio devices (headsets, speakers), hid devices (remotes, mice, keyboard), medical devices, and home automation platforms. 

Friday, 16 October 2020 17:01

车联网标准现状

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汽标委车联网标准体系--现有标准及项目
ST is launching today the BlueNRG-LP, the first Bluetooth Low Energy SoC to support 128 concurrent connections. It is also our first device to receive the Bluetooth Low Energy 5.2 certification. The BlueNRG-LP supports features such as Long Range, 2 Mbps transfers, and advertisement extensions, to name a few. Additionally, it draws from previous architectures to offer the broadest dynamic range ever on an ST Bluetooth chip. To achieve such a level of performance and optimization, our teams focused on the SoC’s radio and the microcontroller. The latter is now a Cortex-M0+ running at 64 MHz and it uses 64 KB of RAM. Comparatively, the BlueNRG-1 and BlueNRG-2 rely on a Cortex-M0 at 32 MHz and 24 KB of RAM. The new device also has a one-time programmable memory area for security purposes.
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