10GbE Ethernet to PCI Express Converged Network Adapter (CNA)
Help drive blade server virtualization with the QLogic 8200 Series. It offers 10GbE Fibre Channel over Ethernet (FCoE) connectivity and investment protection for data centers with existing FC SANs.
Simultaneous data and storage networking across 10GbE Ethernet while supporting PCI Express Gen2 x8 data transfer on the host side
LAN & SAN convergence lowers HBA/NIC, cabling, power, cooling and management costs
Works with existing Fibre Channel storage, switches and management utilities to help protect your investment
Low-power GbE solution optimized for enterprise applications
Bring dual port GbE connectivity to your Dell PowerEdge single- and dual-socket server room with a NIC built on the market-proven Broadcom architecture.
Two lane PCIe data path operable in x4, x8 and x16 slots
Two Ethernet ports
Simplified connectivity for your PowerEdge M1000e blade enclosure
Get enterprise-class performance, improved scalability and easy deployment with the Dell 8/4Gbps Fibre Channel (FC) SAN Module, a flexible, standards-based platform that works seamlessly with Dell PowerEdge blade servers.
24 universal ports (E-Port, F-Port, and N-Port) available in all three models
Full fabric architecture with 239 switches maximum
Aggregate bandwidth of 128 Gbit/sec end-to-end
Dual-Port 10GbE Network Daughter Card (NDC) for Dell® Blade Servers
The Broadcom® 57712-K Network Daughter Card (NDC) is a flexible LAN-on motherboard networking solution that supports switch independent NIC Partitioning - giving administrators the ability to divide a single network port into as many as four partitions and allocate bandwidth as needed.
Form Factor: 2.45" x 3.35"
Transfer Rate: 10Gbps
Ethernet Ports: Two
10GbE mezzanine card optimized for high performance computing and virtual server environments.
Help improve blade server performance and flexibility with a dual port mezzanine card that delivers 10GbE performance and advanced NIC partitioning (NPAR).
Data path: 8 lanes
Ethernet ports: Two 10GbE
Transfer rate: 10Gbps
Quad Data Rate (QDR) InfiniBand Switch for M1000e Blade Enclosure
Ideal for Ultra-high bandwidth and low latency demands for enterprise data center and High Performance Computing (HPC) environments
32 auto-negotiating 10, 20, 40Gb/s fully non-blocking InfiniBand ports
Simultaneous wire-speed any port to any port
Up-to two M3601Q blade switch modules per M1000e chassis.
M4001Q QDR, M4001T FDR1, M4001F FDR
High bandwidth, low latency switch with 16 external ports
Enable high-bandwidth and low-latency across InfiniBand-connected server nodes in your M1000e blade chassis high performance computing (HPC) cluster.
16 external and 16 internal non-blocking ports
Single-wide design for easy redundancy
IBTA compliant (M4001Q QDR, M4001F FDR) IBTA compatible (M4001T FDR10)
High-performance and density Mellanox InfiniBand switches.
Enable multiple subnets with Mellanox InfiniBand FDR switch devices that provide up to 56Gb/s full bidirectional bandwidth per port.
High-performance connectivity with support for 56Gb/s port speeds.
Comprehensive chassis management.
Mellanox application programming interface (API) for third-party integration.
Dual-Port 8Gbps Host Bus Adapter
The QLogic QME2572 HBA is a dual-channel 8Gbps fibre channel HBA designed for use in PowerEdge M1000e blade server enclosures.
Dual-Port 4Gbps Host Bus Adapter
The QLogic QME2472 HBA is a dual-channel 4Gbps fibre channel HBA designed for use in PowerEdge M1000e blade server enclosures.
Extend the Cisco Nexus switch fabric to unify server access.
The B22DELL Blade Fabric Extender extends the Cisco Nexus switch fabric to the Dell M1000e Blade enclosure for a scalable, unified server access platform.
Highly scalable, consistent server access
Increased business benefits
8/4Gbps Fibre Channel Pass-Through Module for M1000e Blade Enclosure
Connect M-Series blades into the Fibre Channel (FC) infrastructure of your choice
Provides Fibre Channel connectivity for Dell blades
Auto-negotiates link speeds of 8/4/2 Gbps
Features 16 ports that connect using optical SFP + transceivers