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Diabetes management

Accelerate your glucose and insulin device designs

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Overview

People with diabetes expect their glucose monitors, pens, and insulin pumps to be reliable, smaller, and less intrusive, so they can carry on with their normal lives. Infineon¡¯s extensive, integrated portfolio enables designers to develop devices that run around-the-clock with ultra-low-power processing, efficient wireless connectivity, and precision analog functionality.

Benefits

  • Low-power, highly-efficient MCUs
  • Analog front-end/TIA
  • Data security and integrity
  • Product longevity
  • Reliable AIROC? BLE and NFC connectivity
  • Authentication/IP protection

Block diagram

About

Ultra-low-power Bluetooth? SoCs Extend battery life

Ultra-low-power consumption is a must for Continuous blood Glucose Meters (CGMs) and insulin patch pumps to ensure a long battery lifetime, especially in deep sleep/idle modes. Infineon's Bluetooth? low energy (BLE) SoCs support flexible sleep modes and enables system optimization, such as maintaining sensing/control activities, while the radio is in sleep mode.

Robust and reliable connection?

Failed connectivity is the biggest consumer complaint with Continuous Glucose Monitoring devices. More robust RF design and better interoperability are two ways to fix this issue. Longer range and low latency features are important too for diabetes management device design.

Industry-leading AIROC? Bluetooth? LE SoCs enhance the design with innovative and robust RF technology and reliable connectivity. These proven SoCs are widely deployed throughout the world today in some of the most demanding applications and environments.?

High-performance Bluetooth? LE platform

The PSOC? Bluetooth? LE portfolio consists of highly integrated SoCs that integrate processing and connectivity along with the key analog blocks required to sense small signals from biosensors.

Infineon helps designers get their devices to market faster with proven reference designs for continuous blood glucose meters, and self-monitoring blood glucose meters.

Product security and authentication

Security is a growing concern for healthcare devices such as CGMs and insulin injectors. New regulations were enacted to protect patients' data and prevent counterfeit products. Infineon¡¯s AIROC? and PSOC? SoCs include state-of-the-art crypto engines, while our OPTIGA? Authentication technology can be deployed on healthcare consumables such as insulin cartridges to eliminate counterfeiting.?

Ultra-low-power Bluetooth? SoCs Extend battery life

Ultra-low-power consumption is a must for Continuous blood Glucose Meters (CGMs) and insulin patch pumps to ensure a long battery lifetime, especially in deep sleep/idle modes. Infineon's Bluetooth? low energy (BLE) SoCs support flexible sleep modes and enables system optimization, such as maintaining sensing/control activities, while the radio is in sleep mode.

Robust and reliable connection?

Failed connectivity is the biggest consumer complaint with Continuous Glucose Monitoring devices. More robust RF design and better interoperability are two ways to fix this issue. Longer range and low latency features are important too for diabetes management device design.

Industry-leading AIROC? Bluetooth? LE SoCs enhance the design with innovative and robust RF technology and reliable connectivity. These proven SoCs are widely deployed throughout the world today in some of the most demanding applications and environments.?

High-performance Bluetooth? LE platform

The PSOC? Bluetooth? LE portfolio consists of highly integrated SoCs that integrate processing and connectivity along with the key analog blocks required to sense small signals from biosensors.

Infineon helps designers get their devices to market faster with proven reference designs for continuous blood glucose meters, and self-monitoring blood glucose meters.

Product security and authentication

Security is a growing concern for healthcare devices such as CGMs and insulin injectors. New regulations were enacted to protect patients' data and prevent counterfeit products. Infineon¡¯s AIROC? and PSOC? SoCs include state-of-the-art crypto engines, while our OPTIGA? Authentication technology can be deployed on healthcare consumables such as insulin cartridges to eliminate counterfeiting.?

Documents

Documents

Design resources

Developer community

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