Alcatel puhelinjärjestelmän redundanssi OTBE-V O

Ensure uninterrupted business communications with the Alcatel 3BA09708JA Telephony Redundancy Board, engineered for Alcatel-Lucent OmniPCX Enterprise Communication Servers. This internal expansion board delivers hot standby CPU redundancy with automatic failover and real-time data synchronization, providing fault tolerance and high availability for enterprise voice and data infrastructure.

Overview

The 3BA09708JA is a critical component for organizations that demand continuous uptime. It operates in an active-passive redundancy mechanism, where a secondary CPU mirrors the primary in real time. In the event of a primary failure, the system automatically switches to the standby CPU, minimizing downtime and ensuring business continuity. The board features LED indicators for operational status and is managed through the OmniPCX Enterprise system software.

What stands out

• Hot standby redundancy for seamless failover
• Real-time data synchronization between CPUs
• Automatic failover with no manual intervention
• Proprietary backplane connector for secure integration
• LED status indicators for at-a-glance monitoring
• Enhances system reliability and uptime

Technical details

• Product Type: Telephony Redundancy Board
• Compatibility: Alcatel-Lucent OmniPCX Enterprise (OXE) Communication Servers
• Redundancy Mechanism: Hot Standby / Active-Passive
• Supported Processors: Primary and Secondary CPU
• Installation Type: Internal expansion board for OXE chassis
• Interface: Proprietary backplane connector
• Failover Type: Automatic failover
• Data Synchronization: Real-time data synchronization
• Status Indicators: LED indicators
• System Requirement: Alcatel-Lucent OmniPCX Enterprise communication server
• Application: Enterprise-grade voice and data communication infrastructure
• Technology: Digital Telephony / IP Telephony infrastructure component

Our verdict

The Alcatel 3BA09708JA Telephony Redundancy Board is an essential investment for enterprises that cannot afford communication downtime. Its robust hot standby architecture and automatic failover capabilities ensure maximum availability, making it a reliable choice for mission-critical environments.