BLE Performance
Improving speed, reliability, and efficiency in BLE-based systems.
Bluetooth Low Energy (BLE)1M vs. 2M vs. Coded PHY: Choosing the Right BLE PHY for Throughput
2M PHY is faster, but it doesn’t necessarily double your throughput. Here’s what actually happens and how to choose the right PHY for your use case.
- Bluetooth Low Energy (BLE)
The Fundamentals of BLE Throughput: What’s Possible and Why
BLE throughput isn’t a single number, it depends on how your connection is structured and configured. This article breaks down what’s actually possible and why.
- Bluetooth Low Energy (BLE)
Understanding BLE Connections: How to Choose Advertising, Scanning, and Connection Parameters
Choosing the right BLE connection parameters directly impacts discovery speed, reliability, and battery life. This article explains how advertising, scanning, and connection intervals work together and how to tune them for real-world performance.
- Bluetooth Low Energy (BLE)
Always-Connected vs. Dynamic BLE: Which Strategy Fits Your Product?
Should your BLE device stay connected at all times or only link up when needed? We break down the pros, cons, and use cases for always-connected and dynamic BLE to help you make a confident architectural decision early in development.
Bluetooth Low Energy (BLE)Building a Reliable Android BLE Operation Queue
Unreliable reads, writes, and callbacks in Android BLE usually come down to one missing piece, a proper operation queue. Learn how to build a simple, thread-safe queuing system that ensures your BLE operations execute cleanly, one at a time.
- Bluetooth Low Energy (BLE)
Maximizing BLE Throughput Part 4: Everything You Need to Know
Dig into the final part of our BLE throughput series. Learn how to maximize performance by understanding packet structure, timing, and real-world constraints when developing Bluetooth-enabled connected products.
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