The Sorrento Networks MGMNT (Management Module) provides centralized control, monitoring, and diagnostics for the GigaMux series of optical transport platforms. This module delivers real-time network status visibility, device configuration capabilities, and comprehensive system management across GigaMux chassis and installed service interface cards. SNMP-based network management enables remote oversight of transponder cards, multiplexer modules, and optical interfaces operating across ring, linear, and point-to-point topologies.
Technical Specifications
The MGMNT module integrates with GigaMux platforms supporting multiple optical transport standards and client interface types. Compatible service interface cards include the OCM10GF (supporting OC-192/STM-64, 10 GbE WAN/LAN PHY, and 10G Fibre Channel), ODC2 ULTRA (enabling 16G GEN5 Fibre Channel with backward compatibility for 4G and 8G Fibre Channel, plus 10 Gigabit Ethernet), DMM (aggregating Gigabit Ethernet and 1G Fibre Channel onto single WDM wavelengths), and OTN10GF (dual 10G CWDM/DWDM muxponder with eight client ports).
– Key Features
• Real-time network monitoring and performance metrics
• Device configuration and reconfiguration across GigaMux chassis
• Integrated diagnostics and troubleshooting tools
• SNMP-based management protocol support
• Multi-module system oversight within single chassis
• Support for CWDM and DWDM wavelength channels
– Typical Applications
The MGMNT module is deployed in carrier and enterprise optical transport networks requiring centralized visibility and control over distributed GigaMux equipment. Typical use cases include multi-chassis ring and linear topology deployments where unified management of transponder and multiplexer functions is essential.
– Compatibility & Integration
The module integrates with GigaMux 3200 series (GM3208 2U and GM3217 5U chassis), GigaMux 6400 (via GN-MGNT-EH variant), GigaMux 1608 (via MPM variant), and GigaMux 6100/6200 aggregation platforms. Management extends to all installed service interface cards within supported chassis architectures.
