Mbed OS: Difference between revisions
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'mbed™ OS is an operating system for IoT devices and is especially well-suited to run in energy constrained environments. The OS includes the connectivity, security and device management functionalities required in every IoT device.' |
''mbed™ OS is an operating system for IoT devices and is especially well-suited to run in energy constrained environments. The OS includes the connectivity, security and device management functionalities required in every IoT device.'' |
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'mbed OS provides a C++ Application Framework and component architecture that is used to create device applications, eliminating much of the low-level work normally associated with MCU code development.' |
''mbed OS provides a C++ Application Framework and component architecture that is used to create device applications, eliminating much of the low-level work normally associated with MCU code development.'' |
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'Some of the key benefits include:' |
''Some of the key benefits include:'' |
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* Connectivity protocol stack support for Bluetooth® low energy, Cellular, Ethernet, Thread, Wi-fi®, Zigbee IP, Zigbee NAN, 6LoWPAN |
* Connectivity protocol stack support for [[BLE|Bluetooth® low energy]], Cellular, Ethernet, Thread, Wi-fi®, Zigbee IP, Zigbee NAN, [[6LoWPAN]] |
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* Communication framework such as [[MQTT]], [[CoAP]], [[LWM2M]], HTTP |
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* Automation of power management |
* Automation of power management |
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* Software asset protection and secure firmware updates for device security & management |
* Software asset protection and secure firmware updates for device security & management |
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* Supports a wide range of ARM Cortex-M based hardware platforms from major MCU vendors |
* Supports a wide range of ARM Cortex-M based hardware platforms from major MCU vendors |
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* Support for OMA Lightweight M2M protocol for device management |
* Support for [[OMA Lightweight M2M protocol]] for device management |
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* Updatable and secure devices at the edge capable of additional processing and functionality |
* Updatable and secure devices at the edge capable of additional processing and functionality |
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* Banking-class end-to-end IP security across the communication channels through TLS & DTLS |
* Banking-class end-to-end IP security across the communication channels through TLS & DTLS |
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* Future proof designs by supporting all the key open standards for connectivity and device management |
* Future proof designs by supporting all the key open standards for connectivity and device management |
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Environnement de développement [[MBed]] |
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Plateforme serveur [[mbed Device Server]] |
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Latest revision as of 20:23, 5 October 2014
Système d'exploitation pour les micro-controleurs Cortex
https://mbed.org/technology/os/
mbed™ OS is an operating system for IoT devices and is especially well-suited to run in energy constrained environments. The OS includes the connectivity, security and device management functionalities required in every IoT device.
mbed OS provides a C++ Application Framework and component architecture that is used to create device applications, eliminating much of the low-level work normally associated with MCU code development.
Some of the key benefits include:
- Connectivity protocol stack support for Bluetooth® low energy, Cellular, Ethernet, Thread, Wi-fi®, Zigbee IP, Zigbee NAN, 6LoWPAN
- Communication framework such as MQTT, CoAP, LWM2M, HTTP
- Automation of power management
- Software asset protection and secure firmware updates for device security & management
- Supports a wide range of ARM Cortex-M based hardware platforms from major MCU vendors
- Support for OMA Lightweight M2M protocol for device management
- Updatable and secure devices at the edge capable of additional processing and functionality
- Banking-class end-to-end IP security across the communication channels through TLS & DTLS
- Future proof designs by supporting all the key open standards for connectivity and device management
Environnement de développement MBed
Plateforme serveur mbed Device Server