0C19478 - Lenovo THINKSERVER LPE12002 DUAL PORT 8GB FIBRE CHANNEL HBA BY EMULEX

Streamlined installation and management, unrivaled scalability and industry-leading virtualization support make the ThinkServer Host Bus Adapters an ideal solution for enterprise, mixed-operating system (OS) and virtual server environments. With powerful management capabilities and broad platform support, they deliver maximum performance in the broadest range of applications and environments.- PCIe 2.0 bus-compliant, with PCIe 1.0 backward compatibility supported - Support for Message Signaled Interrupts eXtended (MSI-X), improves host utilization & enhances application performance - Support for 8Gb/s, 4Gb/s and 2Gb/s Fibre Channel devices - Long wave optical transceiver model available- allows the board to transmit signal over long distances - Comprehensive virtualization capabilities with support for N_Port ID Virtualization (NPIV) and Virtual Fabric - Host-to-Fabric FC-SP authentication - End-to-end data integrity - Easy deployment of new firmware with minimal server reboots - Provides superior performance for the enterprise - Integrates seamlessly into existing SANs - Supports IT server consolidation and energy conservation initiatives - Allows application of SAN best practices, tools and processes with virtual server deployments - Assures data availability and data integrity - Improves IT staff productivity through simplified deployment and management.

 

Specification:

 

Ports & interfaces
Internal	Yes
Fiber ports quantity	2
Interface	Fiber
Connectivity technology	Wired
Bandwidth
Maximum data transfer rate	8000 Mbit/s
Software
Windows operating systems supported	Yes
Linux operating systems supported	Yes
Network
Maximum data transfer rate	8000 Mbit/s
Performance
Windows operating systems supported	Yes
Linux operating systems supported	Yes
Design
Internal	Yes
Component for	Server
System requirements
Windows operating systems supported	Yes
Linux operating systems supported	Yes
Packaging data
Quantity	1
Packaging content
Quantity	1