BLE Performance
Improving speed, reliability, and efficiency in BLE-based systems.
Bluetooth Low Energy (BLE)BLE Connection Interval and Battery Life: How to Configure for Power
The connection interval is firmware's biggest lever on how long a BLE device lasts between charges. This piece breaks down how it works with peripheral latency, and how to tune both for idle power savings without the lag.
Embedded SoftwareFirmware Strategies for Balancing Battery Life and Performance in Connected Medical Devices
Battery life and performance are constantly competing priorities in connected medical devices. Smart firmware architecture, BLE optimization, and power-conscious embedded design make the difference between a device that lasts and one that fails in the field.
- Bluetooth Low Energy (BLE)
BLE Throughput Optimization FAQ: Common Questions Answered
BLE throughput optimization depends on decisions across every layer of the stack. This FAQ answers the most common BLE speed and data transfer questions, from PHY selection and DLE to ATT MTU, connection intervals, and transfer methods.
- Bluetooth Low Energy (BLE)
BLE Transfer Methods and Application Design for Throughput
Even with the BLE stack configured correctly, application-layer decisions can still limit throughput. Learn how transfer methods, transmit pipeline management, and payload segmentation impact BLE data transfer performance.
- Bluetooth Low Energy (BLE)
BLE Connection Interval and Peripheral Latency: How to Configure for Throughput
BLE connection interval and peripheral latency determine how often devices get a chance to transmit data. Learn how connection parameters affect throughput on iOS, Android, and proprietary BLE devices.
- Bluetooth Low Energy (BLE)
BLE ATT MTU, DLE, and Message Sizing: The Biggest Levers for BLE Throughput
Enabling DLE alone won’t maximize BLE throughput. Learn how ATT MTU, payload sizing, and packet fragmentation work together to determine BLE data transfer performance.
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