Cisco UCS VIC 1440 Modular LOM | Blade Server Ethernet Adapter, 40G — HX-B-MLOM-40G-04=
Keep blade server traffic moving with the Cisco UCS VIC 1440 modular LOM. Purpose-built for Cisco UCS blade environments, this adapter is designed to provide high-speed Ethernet connectivity in a modular form that fits tightly integrated chassis deployments. Blade platforms demand network components that preserve density while supporting demanding workloads. The VIC 1440 addresses that requirement by giving infrastructure teams a network interface option aligned with consolidated compute, virtualization, and application delivery environments. It is a strong fit when the goal is to maintain port efficiency without compromising throughput. For organizations standardizing on Cisco UCS, this modular LOM helps keep the server fabric consistent and manageable. It is the kind of component selected when the cost of a poor-fit adapter is measured in wasted chassis space, added complexity, or constrained bandwidth. In enterprise blade systems, that difference matters. Ideal For Deploy in Cisco UCS blade chassis requiring high-speed Ethernet Support virtualization clusters running on blade servers Connect application workloads that need dense, chassis-based networking Standardize network interfaces across Cisco UCS server fabrics Why This Product 1 Modular LOM design fits blade chassis better than standard PCIe adapters 2 40 Gigabit Ethernet supports heavier east-west traffic 3 Cisco UCS alignment simplifies standardized deployments 4 Better suited for dense blade environments than general-purpose NICs
- Form Factor: Blade server modular LOM
- Device Supported: Blade servers
- Host Interface: Modular LOM
- Network Technology: Ethernet
- Ethernet Technology: 40 Gigabit Ethernet
- Key Feature 1: Modular LOM for blade servers
- Key Feature 2: 40 Gigabit Ethernet technology
- Key Feature 3: Cisco UCS network adapter
- Key Feature 4: Designed for blade chassis integration
- Key Feature 5: Enterprise-class server connectivity
- Key Feature 6: High-bandwidth fabric support
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