Short-range IoT devices generally need to ensure the wireless link is robust to reliable. pSemi IoT FEMs provide flexibility in protocol support and performance from BT, BLE, Zigbee, Thread and Wi-Fi all in some of the world's smallest form factor packages.
Overview
The IoT market has moved from the prototype phase in many industries to mass deployment. From wearables, asset tracking, factory automation to health and wellness. These applications require specific wireless protocols to ensure optimal performance in addition to tailored performance and often have size limitations.
Front-end Modules provide value to IoT device developers and end devices to enhance to signal range and robustness of the IoT device in addition to providing greater power-added efficiencies (PAE) over the system-on-chip alone.
pSemi continues to provide customers with high-performance application specific IoT FEMs that address the diverse needs of the IoT market.
For more information, please visit www.psemi.com and connect on LinkedIn at https://www.linkedin.com/company/psemi/
Key Takeaways
- Improved link budget performance to maintain robust links
- Smallest form factors for all IoT applications including space constrained devices
- Increased performance and flexibility for short range 2.4 GHz protocol support
Speaker
Jason has 20+ years experience driving innovation and leadership across multiple competitive and fast growing industries. Over the last 10+ years he's been spear-heading pSemi's connectiviity line of products and business. Driving pSemi's WiFi and Bluetooth FEM business into a major player in highly competitive market segments. Jason's expertise comprises semiconcutor technologies and protocols that enable the connected world from short-range to long range IoT to the ubuqutiy of WiFi enabling a range of end applications.