The Ixia LMOC192411 is a network load module engineered for integration within Ixia’s scalable chassis architecture, delivering high-density interface testing and comprehensive performance validation across complex network infrastructure. Deployed in network engineering, certification, quality assurance, and troubleshooting operations, this module enables rigorous performance analysis, reliability assurance, and network design optimization. The LMOC192411 supports advanced Ethernet protocols and is controlled via industry-standard software platforms, making it suitable for demanding test environments requiring precise traffic generation, protocol validation, and multi-chassis synchronization.
## Technical Specifications
• **Chassis Compatibility:** Compatible with Ixia 400T and IXIA 1600T chassis; supports daisy-chaining of up to 256 chassis with cross-chassis timing synchronization within 10 nanoseconds
• **Interface Support:** Supports high-density Ethernet interfaces including 100GE and 400GE; compatible with 10/100 Ethernet, Gigabit Ethernet, 10 Gigabit Ethernet, and OTN/POS interfaces
• **Protocol Support:** Validates Packet Over SONET, Ethernet, and USB protocols; supports IP, UDP, TCP, MPLS, VLAN, and routing protocols (OSPF, BGP)
• **Test Standards:** RFC 2544 and RFC 2285 compliance; Quality of Service (QoS) testing capabilities
## Key Features
• Precise inter-chassis timing synchronization within 10 nanoseconds for accurate high-density testing
• Configurable packet stream generation with customizable addresses and protocol stacks
• Test script automation via Tcl for repeatable validation workflows
• Traffic generation and flow control via IxExplorer software platform
## Typical Applications
• Network device and application performance validation
• Protocol compliance verification and troubleshooting
• Network design optimization and capacity planning
• Reliability and QoS assurance testing
## Compatibility & Integration
• Software control via IxExplorer (Windows 2000 and later operating systems)
• Scalable architecture supporting complex, multi-chassis test deployments
• Cost-effective testing of advanced network devices and topologies
