Multi-Tech Systems manual Mechanical Drawing, MTSMC-EV3 Builds

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CHAPTER 1 –DEVICE OVERVIEW

Chapter 2 – Mechanical Drawing

MTSMC-EV3 Builds

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SocketModem EV-DO MTSMC-EV3 Device Guide

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Contents SocketModem Cell EV-DO SocketModem iCell EV-DO Warranty Contents Contents Product Description Region Device OverviewDescription Product Build OptionsDocumentation MTSMC-EV3 Builds Mechanical DrawingSMS SpecificationsTechnical Specifications Category DescriptionManufacturer Part Part Number Device ResetMounting Hardware Recommended PartsElectrical Characteristics Other Pins RS-232 Signal DC Electrical CharacteristicsAbsolute Maximum Rating Pin 58 LED Mode Operating Status Pinout SpecificationsPin DTR J41 GND J48 Gpio J49 Gpio J50 Gpio J51 Gpio Pin Availability by BuildSerial only USB only J25 Usbvbus J26 GND J27 Usbdp J28 UsbdnMTSMC-EV3 Power MeasurementsMTSMC-EV3-U Connection No Data Amps Half Power Inrush charge duration During powerupMTSMC-EV3-MI-IP Average Output Output Power LevelMTSMC-EV3-MI-GP No Data Amps664 15.74mC 75ms Output Watts FCC and Industry Canada InformationFCC Grant Part 22 RI7DE910-DUALDE910-DUAL Industry CanadaCarrier Specific Information LED Interface Application NotesRF Connection and Antenna Receiver FeaturesTransmitter Features RF PerformancesFrequency Bands Mode Freq. TX MHz Freq. RX MHz Channels TX RX offset

MTSMC-EV3 specifications

The Multi-Tech Systems MTSMC-EV3 is an advanced wireless communication module designed to provide robust connectivity solutions for various applications, particularly in the realm of IoT (Internet of Things). This powerful module integrates multiple technologies to ensure dependable data transmission and reception, making it an ideal choice for developers seeking reliable global connectivity.

At the core of the MTSMC-EV3 is its ability to support multiple cellular networks, including GSM, HSPA, and LTE. This diverse compatibility ensures that the module can operate seamlessly in numerous regions worldwide, accommodating a variety of connectivity needs without the necessity for hardware changes. The EV3 variant further enhances data speeds and throughput, enabling efficient communication for real-time applications.

The MTSMC-EV3 is characterized by its compact design, which allows for easy integration into existing projects or new device architectures. Developers will appreciate its versatile form factor, which can be embedded into various systems without significant redesign. The module also features a standard interface that simplifies the communication with microcontrollers and development boards.

One of the standout features of the MTSMC-EV3 is its built-in support for GPS. This functionality enables location-tracking capabilities, making it perfect for applications such as fleet management, asset tracking, and telematics. Such integration allows the module to retrieve precise geographic data, which can be crucial for location-based services and applications.

In addition to GPS capabilities, the MTSMC-EV3 offers advanced security features. It includes secure connectivity protocols that safeguard data integrity and privacy during transmission. This is particularly important for applications that handle sensitive information or critical data, ensuring compliance with industry regulations and safeguarding against data breaches.

Furthermore, the module is built to operate in a wide temperature range, ensuring reliability in varying environmental conditions. This characteristic is essential for outdoor applications and industrial environments where temperature fluctuations can be detrimental to equipment performance.

To facilitate development, the MTSMC-EV3 comes equipped with comprehensive software support, including APIs and sample codes. This enables developers to expedite their projects efficiently and effectively, reducing time-to-market while maintaining high quality.

Overall, the Multi-Tech Systems MTSMC-EV3 stands out as a versatile, secure, and powerful communication module suitable for a plethora of IoT applications. With its multi-network support, GPS capabilities, robust security measures, and dedicated developer resources, it positions itself as an essential tool for modern connectivity requirements.