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26K6526 - IBM Nortel Layer 43499 Copper Ethernet Switch Module
- Supports Layer 4 switching for enhanced network traffic management.
- Utilizes copper Ethernet for physical connectivity.
- Designed for integration into IBM or Nortel networking environments.
- Facilitates efficient data packet forwarding.
- Contributes to overall network performance and reliability.
- Module form factor for easy installation and replacement.
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Typically 1-2 handling + 3-7 transit days
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For government, enterprise, data center, and small business customers.
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Volume pricing and availability
Product Overview
The IBM Nortel Layer 43499 Copper Ethernet Switch Module is a networking component designed to facilitate high-speed data transfer within a network infrastructure. It provides copper Ethernet connectivity, enabling reliable communication between devices.
Technical Information
| Product Type | Ethernet Switch Module |
| Connectivity | Copper Ethernet |
Additional Specifications
| Layer Support | Layer 4 |
| Manufacturer | Nortel (IBM branded) |
Product Description
This module is engineered to meet the demands of modern networks requiring robust switching capabilities. By operating at Layer 4, it can make intelligent decisions based on transport layer information, optimizing traffic flow and improving application performance. The copper Ethernet interface ensures broad compatibility with existing network cabling infrastructure, making it a practical choice for upgrades or new deployments. Integration within IBM or Nortel systems is a key design consideration, suggesting compatibility with specific chassis or management platforms. This ensures seamless operation and allows network administrators to leverage existing management tools. The module's design prioritizes reliability and performance, crucial for mission-critical applications and high-volume data environments. As a switch module, it is intended for installation within a larger networking device, such as a chassis-based switch or a blade server enclosure. This modular approach allows for scalability and flexibility, enabling organizations to customize their network hardware to specific needs. The 26K6526 model represents a specific iteration of this technology, likely offering particular port densities or performance characteristics.
