50-Pin Amphenol Telecommunications Connector for VoIP Integration
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Solution Overview
Problem
Interconnecting key systems with VoIP devices typically requires time and labor-intensive re-cabling and wiring, which is inefficient and costly for small-to-medium sized companies.
Innovation Solution
A telecommunications connector that enables fast and flexible connection between Compact Integrated Communications Systems (CICS) and Modular Integrated Communications Systems (MICS) to converged voice and data devices using unique internal wiring pin-outs and 50-pin amphenol connectors, eliminating the need for re-cabling and wiring.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional re-cabling and wiring methods are used to interconnect key systems with VoIP devices, then reliable connection is achieved, but installation time and labor costs increase significantly
Solution Approach 1:
The connector is divided into two separate parts: a first connector portion that interfaces with the key system (CICS/MICS) and a second connector portion that interfaces with the VoIP device. These portions are connected through a cable assembly with pre-configured internal wiring, allowing the complex wiring task to be segmented into pre-manufactured modules rather than performed on-site.
Solution Approach 2:
The internal wiring and pin-out configurations are pre-established during manufacturing of the connector portions and cable assembly. The unique internal wiring pin-outs and terminations are configured in advance to match specific key system interfaces, eliminating the need for time-consuming on-site re-cabling and wiring operations.
2Adaptability or versatility
If standard connectors are used for interconnection, then compatibility is improved, but wiring complexity and installation labor increase
Solution Approach 1:
The connector design provides universal compatibility by supporting multiple key system interface types (CICS two-end connector and MICS three-end connector) through different connector portions. The same basic connector structure can be adapted to work with various standard interfaces while maintaining simplified installation procedures.
Solution Approach 2:
The cable assembly with pre-configured internal wiring acts as an intermediary that bridges different connector types. The unique internal wiring pin-outs and terminations translate between different interface standards, allowing compatibility between diverse key systems and VoIP devices without requiring complex on-site wiring configurations.
3Productivity
If custom internal wiring pin-outs are implemented, then connection efficiency is improved, but manufacturing complexity increases
Solution Approach 1:
The unique internal wiring pin-outs and terminations are configured during the manufacturing process rather than during installation. This preliminary action allows the complex wiring patterns to be established once during production, enabling fast plug-and-play connections later while concentrating the manufacturing complexity in a controlled factory environment.
Data Source
AI summary
The present voice and data telecommunications connector includes a set of wires each having a first end terminating in a first 50-pin amphenol connector for connecting to a 50-pin amphenol socket of a converged voice and data telecommunications device; a first group of said set of wires each having a second end terminating in a 50-pin amphenol connector for connecting to a 50-pin amphenol trunk socket of a compact integrated communications system device; and a second group of the set of wires each having a second end terminating in a 50-pin amphenol connector for connecting to a 50-pin amphenol station socket of the compact integrated communications system device. Another embodiment provides for a voice and data telecommunications connector that includes a set of wires having a first end terminating in a 50-pin amphenol connector and three 50-pin amphenol connectors for connecting to a modular integrated communications device.