Telenetics 1.2 manual MIU/PowerPort, LOW VOLTAGE, DC Powered Modems, 2.4, 9.6 & 14.4 kbps

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Modems

MIU/PowerPort

LOW VOLTAGE, DC

POWERED MODEMS

1.2, 2.4, 9.6 & 14.4 kbps

Bell 202T, V.22bis, V.32bis

Dial-Up and Leased Lines

Powered from 5-24VDC through the Data Port or an External Jack

Automatic ÒPower DownÓ when inactive

-40¡C to +85¡C Operating Temp.

Hayes AT Compatible

Ideal for Meters, Relays, RTUs, Controllers, etc.

The MIU/PowerPort is an industrial grade modem that is designed to be powered directly through the RS232 (DB25) data interface port.

MIU/PowerPort can be powered by delivering +5VDC (regulated) through pin 10 of the DB25. An optional 7-16VDC version is also available. Alternatively, an external jack allows the MIU/PowerPort to be powered from a wall transformer or other low voltage AC or DC power source.

When not on line, the dial-up MIU/PowerPort modems automatically go into a power down mode and consume only a few microamps while inactive.

The MIU/PowerPort operates over dial and 2-wire/4-wire leased lines at full or half duplex as appropriate with various modulations, including:

¥

Bell 202T

(1200bps)

¥

V.22bis

(2400bps)

¥

V.32bis

(14400bps)

The MUI/PowerPort is fully Hayesª AT command set compatible with programmable S-registers.

All models will operate in temperatures from -40¡C to +85¡C and are surge protected on the analog line up to 5kV.

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Contents LOW VOLTAGE, DC Powered Modems MIU/PowerPort2.4, 9.6 & 14.4 kbps Technical Specifications

1.2 specifications

Telenetics 1.2 is a cutting-edge networking solution designed to meet the evolving demands of modern enterprises. It combines advanced technology with robust features to facilitate efficient communication and connectivity. One of its standout characteristics is its enhanced scalability, allowing businesses to expand their networks seamlessly as their needs grow.

The solution employs a modular architecture, which makes it adaptable and ideal for diverse operational environments. This modularity ensures that organizations can customize their network infrastructure according to specific requirements, ranging from small startups to large enterprises. Flexibility is a critical aspect of Telenetics 1.2, enabling users to add or modify components without significant downtime or disruption to business operations.

At the heart of Telenetics 1.2 is its advanced routing protocol, which optimizes data flow and enhances network performance. This protocol leverages dynamic routing to ensure efficient data transmission, minimizing latency and maximizing throughput. Furthermore, the system supports multiple network topologies, which can be tailored to suit a range of applications.

Telenetics 1.2 also incorporates robust security features, protecting sensitive data from potential threats. Its multi-layered security architecture includes firewalls, intrusion detection systems, and encryption protocols, ensuring that data integrity is maintained while safeguarding against unauthorized access. This is particularly crucial in today’s digital landscape, where data breaches are increasingly common.

In addition to its security measures, Telenetics 1.2 supports various technologies such as VoIP, allowing for streamlined voice communications over the network. This integration enhances collaboration among teams and reduces costs associated with traditional phone systems. Moreover, the solution is compatible with IoT devices, enabling organizations to leverage Internet of Things capabilities for further operational efficiency.

User-friendliness is another hallmark of Telenetics 1.2. Its intuitive interface simplifies network management tasks, making it accessible for users with varying levels of technical expertise. Comprehensive analytics and reporting tools provide insights into network performance, aiding in troubleshooting and optimization efforts.

In summary, Telenetics 1.2 stands out with its scalability, security, and support for diverse technologies, making it a comprehensive networking solution for any organization striving for excellence in connectivity and communication.