How Bluetooth Low Energy Works: Advertisements (Part 2)
Learn how Bluetooth LE advertising works in practice: broadcasting vs. connectable devices, discoverable modes, advertising parameters, intervals.
Learn how Bluetooth LE advertising works in practice: broadcasting vs. connectable devices, discoverable modes, advertising parameters, intervals.
Part 2 of iOS Bluetooth LE mobile development: connecting to peripherals, discovering services, reading characteristics, and handling notifications.
21 key facts about Bluetooth Low Energy: backward compatibility, long-range mode, advertising packets, PHY options, and power optimization.
How Bluetooth LE advertisements work: GAP roles, advertising channels, packet formats, PDU types, and legacy vs extended advertising.
Google's Eddystone beacon standard explained: UID and URL frame types, packet formats, and a hands-on implementation with Zephyr RTOS and the nRF52.
The four Bluetooth address types explained: public, random static, resolvable private, and non-resolvable. Plus how Bluetooth LE privacy prevents tracking.
Analyze real Bluetooth LE packet captures including advertisements, connection requests, version exchange, feature exchange, MTU negotiation.
Step-by-step guide to setting up the Silicon Labs EFR32BG22 development environment in Simplicity Studio, running the Thermometer example.
In this tutorial, we will look at developing iPhone/iPad apps that interface with a Bluetooth Low Energy peripheral to send/receiv
The SweynTooth vulnerabilities affecting Bluetooth LE SoC vendors: types of attacks, impact, and how to protect your devices.
Implementing Over-the-Air Device Firmware Update for nRF52 - Part 3. A step-by-step guide by Novel Bits.
Implementing Over-the-Air Device Firmware Update for nRF52 - Part 2. A step-by-step guide by Novel Bits.
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