Nokia M2M PLATFORM manual Power interface, Service interface, 4 RS-232, Digital output interface

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4.1.2 Power interface

The evaluation module has a power interface for the ACW-5 Nokia Power Supply. The input voltage range is 6.4 V - 13.5 V, and the absolute maximum rating is 16.5 V.

This power interface is not needed if power is supplied from the terminal through the M2M system connector. Alternatively, the evaluation module can supply the terminal through this same interface.

4.1.3 Service interface

The service interface in the evaluation module is a D9 female connector with an output voltage range of 0 – 3.3 V. This interface supports tracing the SW running in the evaluation module and downloading a remote-end application SW into the evaluation module. Controlling the evaluation module with a PC is also possible through this interface.

4.1.4 RS-232

The evaluation module has a D9 connector for the standard RS-232 interface. Through this interface, the developer can control the Nokia GSM Connectivity Terminal connected to the M2M system interface with AT commands. Through this interface the evaluation module can be used as a CORBA over an RS-232 adapter when testing the Nokia 30 terminal.

4.1.5 Digital output interface

One D9 connector in the evaluation module is reserved for digital outputs. There are 8 conventional digital outputs with HIGH and LOW states in a voltage range of 0 V – 3.3 V. LEDs on the evaluation module circuit board indicate the ON/OFF status of the digital outputs.

4.1.6 Digital input interface

One D9 connector in the evaluation module is reserved for digital inputs. There are 8 conventional digital inputs with HIGH and LOW states in a voltage range of 0V - 5V. These inputs also have a tolerance of 5 volts, for example for interfacing with 5V logic.

4.1.7 A/D and D/A converter interface

One D9 female connector in the evaluation module is reserved for A/D and D/A converters. There are two analog inputs with an input voltage range of 0 – 5 V and two analog outputs with an output voltage range of 0 – 3.3 V. Both directions are with high impedance but are not buffered.

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Contents Nokia M2M Platform Application Development KIT Contents Page Legal Notice Acronyms and Terms Application Programming InterfaceReferences About this Document Introduction Nokia M2M PlatformOther Nokia M2M Platform Products Nokia M2M GatewayEditions.Nokia 30 GSM Connectivity Terminal Nokia 30 GSM Connectivity TerminalNokia M2M ADK Product Concept and Usage Nokia M2M ADK set-up 1 M2M system interface Evaluation ModuleInterfaces 4 RS-232 Power interfaceService interface Digital output interfaceORB SW module SW FeaturesTracing interface System protocol SW module3 OS & HW wrappers MechanicsTraffic Optimisation Features 5.1.1 BearersNokia M2M Gateway Trial Version Messaging ReliabilityRAM Configurator SW Terminal END Applications Application ExamplesEvaluation Module Control Application Server END EXAMPLE1 and EXAMPLE2 Applications Remote I/O Control ApplicationM2M Tracer IDL Compiler Stub and skeleton filesDocumentation Sales Package Evaluation module sales package

M2M PLATFORM specifications

The Nokia M2M (Machine-to-Machine) Platform is a robust solution designed to facilitate the management of interconnected devices in various applications, such as smart cities, industrial automation, and remote monitoring. Its primary goal is to simplify the deployment and operation of IoT (Internet of Things) devices, ensuring seamless communication and data exchange among them.

One of the standout features of the Nokia M2M Platform is its scalability. The platform can easily accommodate a growing number of devices, allowing businesses to start small and expand their operations without significant infrastructure changes. This scalability is critical for organizations looking to adapt to the rapidly evolving IoT landscape.

Another key characteristic is its flexibility. The platform supports various communication protocols, including 2G, 3G, 4G, and LPWAN (Low Power Wide Area Network) technologies. This versatility enables effective device connectivity, regardless of the environment or deployment scenario. Additionally, by supporting both public and private network architectures, the Nokia M2M Platform allows companies to choose the best option for their requirements.

Security is a top priority for the Nokia M2M Platform. It incorporates advanced encryption techniques, secure data storage, and robust authentication protocols to ensure the integrity and confidentiality of the data being exchanged. This commitment to security helps to protect sensitive information and builds trust with end-users.

The platform also boasts powerful analytics capabilities, offering real-time insights and data-driven decision-making tools. Businesses can leverage these analytics to monitor device performance, optimize operations, and predict maintenance needs, ultimately reducing costs and improving efficiency.

Integration capabilities further enhance the platform’s value proposition. The Nokia M2M Platform easily interacts with existing enterprise systems and third-party applications through open APIs. This interoperability facilitates seamless data exchange and allows businesses to harness the full potential of their IoT investments.

Lastly, user-friendly interfaces and management tools provide a streamlined experience for operators and administrators. These tools simplify device provisioning, monitoring, and management, ensuring that organizations can efficiently oversee their connected ecosystems.

In summary, the Nokia M2M Platform is a comprehensive solution designed to empower businesses in the IoT space. With its scalability, flexibility, robust security, analytics capabilities, and integration potential, it serves as a powerful foundation for organizations looking to harness the benefits of machine-to-machine communication.
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