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"Implant to Smartphone connectivity: how do we engineer reliable BLE communications inside the body?"

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Establishing a reliable wireless link to an implant inside the body is a complex design challenge. Success demands more than antenna tuning: it takes system-level thinking, smart trade-offs, and testing methods that reflect real-world use.

This white paper shares how to achieve that. From early feasibility to manufacturable, commercially viable devices, it reveals practical lessons from developing implantable BLE antennas that perform dependably where it matters most.

Inside, you’ll learn:

• First-hand insights from antenna prototypes proven in real-world scenarios.
• Why RF performance fails when antenna, enclosure, and electronics aren’t engineered as an integrated system.
• How accurate tissue models and test environments prevent late-stage setbacks.
• Ways to balance miniaturisation, energy use, and tissue effects.

Whether you’re developing next-gen biosensors or active implantable devices this resource helps you anticipate challenges and make stronger design decisions.

Download the full paper to see how the right strategy can turn implantable BLE connectivity into a proven, scalable reality.

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