LynxPower Energy
Efficiency Solution
At LynxPower, we develop hardware solutions based on the Raspberry Pi Compute Module, tailored for industrial and integrated use in IoT, robotics, servers, data collection, and AI development. Leveraging the robust and secure Linux operating system, our devices perform complex processing tasks efficiently with minimal resources.
At LynxPower, we develop hardware solutions based on the Raspberry Pi Compute Module, tailored for industrial and integrated use in IoT, robotics, servers, data collection, and AI development. Leveraging the robust and secure Linux operating system, our devices perform complex processing tasks efficiently with minimal resources.
At LynxPower, we develop hardware solutions based on the Raspberry Pi Compute Module, tailored for industrial and integrated use in IoT, robotics, servers, data collection, and AI development. Leveraging the robust and secure Linux operating system, our devices perform complex processing tasks efficiently with minimal resources.
Robust Connectivity with Zigbee
Our devices utilize the Zigbee wireless communication protocol, renowned for its energy efficiency and robust mesh networking capabilities. Since 2003, Zigbee has evolved into Zigbee Pro (2023), supporting thousands of devices within a single network. Operating in the 2.4 GHz frequency, Zigbee ensures optimal connectivity even in complex environments by creating a self-healing and self-optimizing network that automatically integrates new devices, enhancing reliability and coverage without the need for additional wiring.
Our devices utilize the Zigbee wireless communication protocol, renowned for its energy efficiency and robust mesh networking capabilities. Since 2003, Zigbee has evolved into Zigbee Pro (2023), supporting thousands of devices within a single network. Operating in the 2.4 GHz frequency, Zigbee ensures optimal connectivity even in complex environments by creating a self-healing and self-optimizing network that automatically integrates new devices, enhancing reliability and coverage without the need for additional wiring.
Our devices utilize the Zigbee wireless communication protocol, renowned for its energy efficiency and robust mesh networking capabilities. Since 2003, Zigbee has evolved into Zigbee Pro (2023), supporting thousands of devices within a single network. Operating in the 2.4 GHz frequency, Zigbee ensures optimal connectivity even in complex environments by creating a self-healing and self-optimizing network that automatically integrates new devices, enhancing reliability and coverage without the need for additional wiring.
Seamless Integration of Traditional Protocols
We address the challenge of integrating outdated protocols like M-Bus and Modbus into modern control systems. Our converters, powered by the performance of Raspberry Pi and AI, automatically recognize and transmit data structures into the Zigbee-based smart network. This automation simplifies the monitoring and management of both old and new devices, making building automation and energy system management more accessible, scalable, and user-friendly.
We address the challenge of integrating outdated protocols like M-Bus and Modbus into modern control systems. Our converters, powered by the performance of Raspberry Pi and AI, automatically recognize and transmit data structures into the Zigbee-based smart network. This automation simplifies the monitoring and management of both old and new devices, making building automation and energy system management more accessible, scalable, and user-friendly.
We address the challenge of integrating outdated protocols like M-Bus and Modbus into modern control systems. Our converters, powered by the performance of Raspberry Pi and AI, automatically recognize and transmit data structures into the Zigbee-based smart network. This automation simplifies the monitoring and management of both old and new devices, making building automation and energy system management more accessible, scalable, and user-friendly.
User-Friendly Device Setup
Each device comes with a unique QR code, simplifying the connection and system integration process. Technicians or users can scan the QR code, instantly transmitting all necessary device information to the server. The system automatically creates the configuration profile and integrates the device into the network in seconds, eliminating the need for manual IP settings or complicated configuration files.
Each device comes with a unique QR code, simplifying the connection and system integration process. Technicians or users can scan the QR code, instantly transmitting all necessary device information to the server. The system automatically creates the configuration profile and integrates the device into the network in seconds, eliminating the need for manual IP settings or complicated configuration files.
Each device comes with a unique QR code, simplifying the connection and system integration process. Technicians or users can scan the QR code, instantly transmitting all necessary device information to the server. The system automatically creates the configuration profile and integrates the device into the network in seconds, eliminating the need for manual IP settings or complicated configuration files.
Centralized Control Through Proprietary Gateway
LynxPower Gateway acts as the central hub, coordinating all devices in a unified network and transmitting information via the MQTT protocol. To ensure network reliability, our devices do not rely on traditional connections like WiFi but use E-Sim technology, allowing for global deployment without local network configurations.
LynxPower Gateway acts as the central hub, coordinating all devices in a unified network and transmitting information via the MQTT protocol. To ensure network reliability, our devices do not rely on traditional connections like WiFi but use E-Sim technology, allowing for global deployment without local network configurations.
LynxPower Gateway acts as the central hub, coordinating all devices in a unified network and transmitting information via the MQTT protocol. To ensure network reliability, our devices do not rely on traditional connections like WiFi but use E-Sim technology, allowing for global deployment without local network configurations.
Advanced Capabilities with Silicon Labs EFR32MG21
Thanks to advancements in chip technology, our Zigbee network can now handle high data throughput, even enabling new capabilities in video transmission for intercoms, surveillance, and other applications requiring visual feedback.
Thanks to advancements in chip technology, our Zigbee network can now handle high data throughput, even enabling new capabilities in video transmission for intercoms, surveillance, and other applications requiring visual feedback.
Thanks to advancements in chip technology, our Zigbee network can now handle high data throughput, even enabling new capabilities in video transmission for intercoms, surveillance, and other applications requiring visual feedback.
Uncompromised Security Standards
Our system's security is fortified with industry-standard encryption algorithms, including AES-256 bit encryption, and compliance with EU NIS2, ISO 27001, and IEC 62443 cybersecurity standards. Additionally, hardware security is ensured through TPM2.0, Secure Boot, and bootloader locking functionalities, along with sabotage detection features that secure and encrypt all device information.
Our system's security is fortified with industry-standard encryption algorithms, including AES-256 bit encryption, and compliance with EU NIS2, ISO 27001, and IEC 62443 cybersecurity standards. Additionally, hardware security is ensured through TPM2.0, Secure Boot, and bootloader locking functionalities, along with sabotage detection features that secure and encrypt all device information.
Our system's security is fortified with industry-standard encryption algorithms, including AES-256 bit encryption, and compliance with EU NIS2, ISO 27001, and IEC 62443 cybersecurity standards. Additionally, hardware security is ensured through TPM2.0, Secure Boot, and bootloader locking functionalities, along with sabotage detection features that secure and encrypt all device information.