Industrial Embedded SIM Card
Crafted to withstand extreme conditions, our industrial MFF2 embedded SIM cards are engineered for devices that face harsh realities daily. Whether operating in sub-zero temperatures or enduring the scorching heat, these SIM cards maintain their functionality and reliability without compromise. Their high resistance to corrosion, humidity, and shock makes them particularly suitable for demanding applications across a wide range of extreme environmental conditions.
Trafalgar Wireless offers both UICC and eUICC options, with availability in both M2M grade and Industrial SIM formats. Additionally, we have expanded our offerings to include eUICC SIM cards in various plastic sizes (2FF, 3FF, 4FF, or Tri-cut) alongside the embedded MFF2 format. The eUICC technology enhances device space efficiency and facilitates the seamless update of network profiles on each SIM to accommodate changing operational requirements. An eUICC, or Embedded Universal Integrated Circuit Card, is a more advanced version of the traditional UICC SIM card used in mobile devices and other connected products. Unlike a traditional UICC SIM card, which is physically inserted into a device and contains information specific to a single mobile carrier, an eUICC is built into the device's hardware and can be remotely programmed and reprogrammed with the subscriber profiles of different mobile carriers. This allows for greater flexibility and ease in switching between carriers without the need to physically replace the SIM card.
The eUICC technology is designed to support the evolving needs of mobile communication in various devices beyond just smartphones, such as in connected cars, smart meters, and other Internet of Things (IoT) devices. It enables users to manage their connections more efficiently, supports the seamless transition between different network providers, and enhances the potential for global connectivity solutions by supporting multiple profiles and network access policies. This technology is governed by the specifications laid out by the GSMA (Global System for Mobile Communications Association), ensuring standardized implementation and interoperability across different devices and networks.
The increased reliability and extended life cycle of our industrial MFF2 embedded SIM cards significantly reduce the risk of potential failure. This not only minimizes the time and cost associated with replacements but also ensures continuous operation critical for industrial applications. With a life cycle of up to 17 years, these SIM cards stand as the ideal solution for a myriad of IoT use cases, including those in the automotive sector and broader industry.
Our industrial MFF2 embedded SIM cards are hermetically sealed and designed to be soldered directly onto the device's printed circuit board (PCB). This direct soldering method drastically reduces the risk of malfunction due to shock, impact, corrosion, and other harmful environmental factors. The soldering process ensures that the SIM card becomes an integral part of the device, enhancing its resilience and reducing the likelihood of connectivity issues that could arise from physical disturbances.
To further safeguard against tampering and ensure the secure operation of your devices, our industrial MFF2 embedded SIM cards are securely affixed to the device. This prevents any unauthorized access or improper use of the device, adding an extra layer of security that is critical in many industrial settings. This feature is especially important in applications where device integrity and security are paramount, such as in critical infrastructure, manufacturing processes, and high-value asset tracking.
The versatility and robustness of our industrial MFF2 embedded SIM card make it a perfect fit for a wide array of industrial applications. From automotive systems that require reliable connectivity under varying conditions to heavy machinery in construction and mining industries exposed to dust, vibration, and extreme temperatures, our SIM cards deliver consistent performance. They are also ideal for agricultural technology, where equipment must operate in outdoor environments subject to weather changes and humidity, and for energy sector applications, including remote monitoring of oil pipelines and electrical grids, where conditions can be particularly harsh.
In addition to the ruggedness and longevity, our industrial MFF2 embedded SIM cards offer the flexibility of over-the-air (OTA) updates. This allows for seamless network operator changes and firmware updates without the need for physical access to the device. This OTA capability ensures that your devices can adapt to new requirements and technologies, maintaining their efficiency and connectivity as the digital landscape evolves.
Perhaps the most important advantage of these MFF2 embedded SIM cards is the space saving ability. No need for a slot to accept a SIM card nor for the hassle of inputting one.
At Trafalgar Wireless, we are dedicated to providing solutions that meet the unique needs of our clients and increase efficiency. Our industrial MFF2 embedded SIM cards embody this dedication, offering a connectivity solution that combines durability, security, and adaptability. Whether your devices are navigating the harsh conditions of remote industrial sites or the dynamic environment of urban infrastructure, our industrial MFF2 embedded SIM cards provide the reliable connectivity you need to keep your operations running smoothly.
Choose Trafalgar Wireless for your industrial connectivity needs, and embrace the reliability, security, and efficiency our industrial MFF2 embedded SIM cards bring to your IoT applications. With our cutting-edge technology and unwavering support, you can confidently deploy your devices in any environment, knowing they are powered by the most robust and secure connectivity solution available.