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Microcom 174003003A M/Ai Access Integrator Digital Hex Modem Board
- Digital modem board
- Access Integrator functionality
- Hex modem board configuration
- Designed for integration into systems
- Provides data communication interfaces
- Component for network access
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Product Overview
The Microcom 174003003A is a Digital Hex Modem Board, functioning as an access integrator. This board likely provides modem capabilities within a larger system or chassis.
Technical Information
| Product Type | Modem Board |
| Manufacturer | Microcom |
| Part Number | 174003003A |
Additional Specifications
| Functionality | Access Integrator |
| Form Factor | Board |
| Technology | Digital Modem |
Product Description
The Microcom 174003003A is a specialized hardware component identified as a Digital Hex Modem Board. Its primary role is that of an 'Access Integrator,' suggesting it serves as a gateway or interface that consolidates and manages multiple communication access points or data streams. The 'Hex' designation might refer to a specific configuration, such as supporting six communication channels or ports, or a particular internal architecture. As a modem board, it is designed to be integrated into a larger system, such as a chassis or server, to provide digital modem functionality. This allows the host system to communicate over telephone lines or other suitable transmission media. The digital nature of the modem implies it processes data in a digital format internally, potentially offering advantages in speed, reliability, and integration compared to purely analog modems. This component is crucial for systems that require robust data communication capabilities, enabling access to networks or remote resources. Its function as an access integrator points towards applications in telecommunications, networking infrastructure, or industrial control systems where multiple data sources need to be aggregated and transmitted efficiently. The specific technical details regarding supported protocols, data rates, and connectivity would depend on the overall system design it is part of.


