Name: Feather M0 WiFi
Brand: Adafruit Industries LLC

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<p>Smart Utilities are key players in the dynamic of energy transition. By modernising their facilities, they can optimise resource consumption and infrastructure use. The resources and exemplary approach adopted in this sector in particular, together with the IoT, will play a differentiating role in a highly competitive market.</p>

Smart Utilities are key players in the dynamic of energy transition. By modernising their facilities, they can optimise resource consumption and infrastructure use. The resources and exemplary approach adopted in this sector in particular, together with the IoT, will play a key differentiating role in a highly competitive market.

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<h5 id="tw-target-text" class="tw-data-text tw-text-large XcVN5d tw-ta" dir="ltr" data-placeholder="Traduction"><span class="Y2IQFc" lang="en" style="font-size: 12pt; color: #ecf0f1;">Food sovereignty, the need for traceability and environmental challenges are at the heart of the challenges of Smart Agriculture. Precision agriculture and robotics can promote a more sustainable and fairer use of resources: inputs, water, energy ... at the service of European agriculture.</span></h5>
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Food sovereignty, the need for traceability and environmental challenges are at the heart of the challenges of Smart Agriculture. Precision agriculture and robotics can promote a more sustainable and fairer use of resources: inputs, water, energy ... at the service of European agriculture.

<h5><span style="font-size: 12pt; color: #ecf0f1;">Buildings and their construction together account for 36 percent of global energy use and 39 percent of energy-related carbon dioxide emissions annually, according to the Uninated Nations Environment Program.&nbsp;</span><br /><br /><span class="Y2IQFc" lang="en" style="font-size: 12pt; color: #ecf0f1;">Energy consumption is therefore one of the major challenges of Smart Building. Also, optimizing the resources used involves opening up building management systems, while placing user comfort at the center of service design.</span><br /><br /><span style="font-size: 12pt; color: #ecf0f1;">&nbsp;</span></h5>

Buildings and their construction together account for 36 percent of global energy use and 39 percent of energy-related carbon dioxide emissions annually, according to the United Nations Environment Program.   Energy consumption is therefore one of the major challenges of Smart Building. Also, optimizing the resources used involves opening up building management systems, while placing user comfort at the center of service design.   

<h5 id="tw-target-text" class="tw-data-text tw-text-large XcVN5d tw-ta" dir="ltr" data-placeholder="Traduction"><span class="Y2IQFc" lang="en" style="color: #ecf0f1;"><span style="font-size: 12pt;">Smart Cities call on powerful tools to improve the lives of fellow citizens, optimize the consumption of resources and enhance the attractiveness of their territory. These challenges are largely served by regulatory changes such as the law for energy transition or the decree in order to improve the energy performance of buildings</span>.</span></h5>

Smart Cities call on powerful tools to improve the lives of fellow citizens, optimize the consumption of resources and enhance the attractiveness of their territory. These challenges are largely served by regulatory changes such as the law for energy transition or the decree in order to improve the energy performance of buildings.

<p>Technology has always played a part in industrial development. Now, innovations in cloud computing, data analytics, blockchain, artificial intelligence and the Internet of Things (IoT) are driving the latest generation of manufacturing. Also known as Industry 4.0, smart industry draws on real-time data insights combined with integrated IT and operational technology (OT) systems to drive efficiency, resilience, and flexibility in manufacturing.</p><p>Data lies at the heart of smart industry, making the industrial IoT's role pivotal. Manufacturers gain real-time insight into their operations by collecting and analyzing data from sensors across manufacturing and industrial sites. These sensors can collect data such as vibration or temperature, capture and analyze images, or detect the location of moving items. And by integrating IT systems, such as enterprise resource planning (ERP) with OT systems, manufacturers can act on this data in real-time.</p><p>Benefits include identifying when equipment needs maintenance, undertaking AI-based quality control on production lines, and retooling machines in real-time to personalize products based on changing customer requirements. These benefits can extend beyond a single factory and company. By integrating data with the wider supply chain, companies can predict demand, switch suppliers during disruption and ensure product traceability from raw materials to the finished product.</p><p>The network plays a crucial role in collecting and processing data, both inside and outside of the smart factory. Factories and industrial facilities are often challenging environments for networks. They can be in remote locations, and the significant presence of metal structures can make optimizing wireless networks difficult. Factories will typically use multiple networks for different requirements, including 5G, Wi-Fi, Ethernet, IP VPNs, LTE, LoRAWAN, satellite, and industrial networks like Modbus, Serial, DeviceNet, Profibus, Fieldbus.</p><p>Security is a prime consideration for smart industry, with cybercriminals targeting smart facilities for extortion, espionage, and disruption. These attacks can come from either IT or OT systems because of the increased integration. Securing this converged environment requires segmentation of systems and collaboration between IT and OT teams.</p><h5>Orange offers a wide range of devices and equipment suitable for smart industry deployment. Check out our <a href="https://iotjourney.orange.com/en/catalogue" rel="noopener noreferrer" target="_blank">catalogue</a> for more information. Want to know more about smart industry? Read our <a href="https://iotjourney.orange.com/en/support/faq" rel="noopener noreferrer" target="_blank">FAQ</a>.</h5>

Industry 4.0 provides solutions around major challenges: boosting industry offers and services, optimizing production, securing industrial systems, streamlining logistics, facilitating the work of agents. Thus, more than ever, the IoT can be a link between machines and software solutions to improve team work and performance.

Adafruit Industries LLC

<p>The <strong>Adafruit Feather M0 WiFi</strong> is a compact, Arduino-compatible development board designed for <strong>Internet of Things (IoT)</strong> projects. It combines a powerful microcontroller with reliable Wi-Fi connectivity, making it ideal for a wide range of wireless applications.</p>
<h3>Key Features</h3>
<ul>
<li><strong>Microcontroller</strong>: ATSAMD21G18 ARM Cortex-M0+ running at 48 MHz</li>
<li><strong>Memory</strong>: 256 KB Flash and 32 KB SRAM</li>
<li><strong>Wi-Fi Module</strong>: ATWINC1500 supporting 802.11b/g/n, Soft-AP mode, and SSL/TLS 1.2 security</li>
<li><strong>USB Interface</strong>: Built-in USB-to-Serial for programming and debugging</li>
<li><strong>Power Supply</strong>: 3.3 V logic with built-in LiPo battery charging circuit</li>
<li><strong>Connectivity</strong>: Micro USB port for power and data</li>
<li><strong>Form Factor</strong>: Compact Feather format compatible with other Feather accessories</li>
</ul>
<h3>Technical Specifications</h3>
<ul>
<li><strong>Processor</strong>: ATSAMD21G18 ARM Cortex-M0+</li>
<li><strong>Clock Speed</strong>: 48 MHz</li>
<li><strong>Flash Memory</strong>: 256 KB</li>
<li><strong>SRAM</strong>: 32 KB</li>
<li><strong>Wi-Fi Module</strong>: ATWINC1500</li>
<li><strong>Wi-Fi Standards</strong>: 802.11b/g/n</li>
<li><strong>Security</strong>: SSL/TLS 1.2 support</li>
<li><strong>USB Interface</strong>: Built-in USB-to-Serial</li>
<li><strong>Operating Voltage</strong>: 3.3 V</li>
<li><strong>Power Input</strong>: Micro USB with LiPo charging support</li>
<li><strong>Dimensions</strong>: Approximately 51 mm x 23 mm</li>
</ul>
<h3>Typical Applications</h3>
<ul>
<li><strong>IoT Devices</strong>: smart sensors and connected appliances</li>
<li><strong>Home Automation</strong>: automated lighting, climate control, and home systems</li>
<li><strong>Wearable Technology</strong>: health monitoring devices</li>
<li><strong>Remote Monitoring</strong>: environmental sensors, asset tracking</li>
<li><strong>Rapid Prototyping</strong>: fast development of wireless projects and IoT experiments</li>
</ul>
<h3>Key Advantages</h3>
<ul>
<li>Compact design for easy integration into various projects</li>
<li>Secure Wi-Fi connectivity suitable for IoT applications</li>
<li>Powerful microcontroller for sensor and communication management</li>
<li>Integrated LiPo charging circuit for autonomous operation</li>
<li>Compatible with the Arduino ecosystem and Feather accessories&nbsp;</li>
</ul>


atmel-42181-sam-d21_datasheet - adafruit-feather-m0-wifi-1660742926

<p>La <strong>Adafruit Feather M0 WiFi</strong> est une carte de développement compacte compatible Arduino, conçue pour les projets <strong>Internet des objets (IoT)</strong>. Elle intègre un microcontrôleur performant associé à une connectivité Wi-Fi fiable, idéale pour une large gamme d’applications sans fil.</p>
<h3>Caractéristiques principales</h3>
<ul>
<li><strong>Microcontrôleur</strong> : ATSAMD21G18 ARM Cortex-M0+ fonctionnant à 48 MHz</li>
<li><strong>Mémoire</strong> : 256 KB de Flash et 32 KB de SRAM</li>
<li><strong>Module Wi-Fi</strong> : ATWINC1500 supportant 802.11b/g/n, avec Soft-AP et sécurité SSL/TLS 1.2</li>
<li><strong>Interface USB</strong> : USB-to-Serial intégré pour la programmation et le débogage</li>
<li><strong>Alimentation</strong> : logique 3,3 V avec circuit de charge pour batterie LiPo intégré</li>
<li><strong>Connectivité</strong> : port Micro USB pour alimentation et transfert de données</li>
<li><strong>Format</strong> : format Feather compact compatible avec les accessoires Feather</li>
</ul>
<h3>Spécifications techniques</h3>
<ul>
<li><strong>Processeur</strong> : ATSAMD21G18 ARM Cortex-M0+</li>
<li><strong>Fréquence d’horloge</strong> : 48 MHz</li>
<li><strong>Mémoire Flash</strong> : 256 KB</li>
<li><strong>SRAM</strong> : 32 KB</li>
<li><strong>Module Wi-Fi</strong> : ATWINC1500</li>
<li><strong>Normes Wi-Fi</strong> : 802.11b/g/n</li>
<li><strong>Sécurité</strong> : SSL/TLS 1.2</li>
<li><strong>Interface USB</strong> : USB-to-Serial intégré</li>
<li><strong>Tension de fonctionnement</strong> : 3,3 V</li>
<li><strong>Alimentation</strong> : Micro USB avec charge intégrée pour LiPo</li>
<li><strong>Dimensions</strong> : environ 51 mm x 23 mm</li>
</ul>
<h3>Applications typiques</h3>
<ul>
<li><strong>IoT et capteurs connectés</strong> : dispositifs intelligents et appareils connectés</li>
<li><strong>Domotique</strong> : éclairage automatisé, contrôle de la climatisation et autres systèmes domestiques</li>
<li><strong>Technologies portables</strong> : dispositifs de surveillance de la santé</li>
<li><strong>Surveillance à distance</strong> : capteurs environnementaux, suivi d’actifs</li>
<li><strong>Prototypage rapide</strong> : développement rapide de projets sans fil et expérimentations IoT</li>
</ul>
<h3>Avantages clés</h3>
<ul>
<li>Carte compacte et facile à intégrer dans différents projets</li>
<li>Connectivité Wi-Fi sécurisée pour les applications IoT</li>
<li>Microcontrôleur performant pour la gestion des capteurs et des communications</li>
<li>Circuit de charge intégré pour batteries LiPo, facilitant l’autonomie</li>
<li>Compatible avec l’écosystème Arduino et les accessoires Feather&nbsp;</li>
</ul>


Feather M0 WiFi

Technical specifications

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