Manufacturer Name: HP
Controller Type: Host Bus Adapter - 2 Ports
Networking:Interface (Bus) Type: PCI Express 2.0 x4
PCI Specification Revision: PCIe 2.0
Connectivity Technology: Wired
Data Link Protocol: 2GB Fibre Channel, 4GB Fibre Channel, 8GB Fibre Channel
Fibre Channel: FC-SP
Data Transfer Rate: 8.5 GBPS
Expansion / ConnectivityCompatible Slots: 1 x PCI Express 2.0 x4
MiscellaneousCompliant Standards: WEEE
Software / System Requirements:OS Required: SunSoft Solaris x86 10, SuSE Linux 10.0, SuSE Linux 11, Microsoft Windows Server 2008, Red Hat Enterprise Linux 6, Red Hat Enterprise Linux 5.7
Dimensions & WeightDepth: 3.9 in
Height: 3.5 in
Environmental ParametersMin Operating Temperature: 32 °F
Max Operating Temperature: 158 °F
Humidity Range Operating: 10 - 90% (non-condensing)
Compatibility:HP Modular Smart Array 1040 Dual Controller SFF Bundle, 2040 Dual Controller SFF Bundle
HP ProLiant BL420c Gen8, BL460c Gen8, BL465c Gen8, BL660c Gen8, BL660c Gen8 Performance, WS460c Gen8, WS460c Gen8 Graphics Expansion
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What is A Fiber Channel?
A fiber channel (FC) is a computer networking protocol used for transferring data between one or several computer systems at extremely high speeds. The successive technology generations of fiber channels run at data rates ranging from 1-128 (gigabit per second rates).
Fiber channels were initially developed for supercomputers. However, in recent times, they are commonly used in storage networking server environments, serving as a substitute to various serial storage technologies and small computer system interfaces (SCSI), aka "Scuzzy."
Fiber Channels are the integral components for data transmission among data centers, computer servers, switches, and storage at up to 128 Gbps.
History of Fiber Channel
Fiber channel began in 1988 to consolidate the advantages of multiple physical layer applications, including HIPPI, ESCON, and Scuzzy (SCSI). It is regulated in the T11 Technical Committee of the INCITS (International Committee for Information Technology Standards). The fiber channel effectively overcame the challenges of sustaining signal timing coherence across all the data-signal cables (50 for HIPPI and 8, 16, and 32 for scuzzy). Consequently, a receiver can conclude when all the electrical signal values are stable and sound for synchronous reception sampling.
The advantages of Fiber Channel
Storage Area Networks (SAN) and Network Attached Storage (NAS) have enjoyed increased popularity over the years. Fiber channel, on the other hand, has played a vital role in this development. While SAN employs fiber channel as the transmission protocol for storage provisioning, a NAS usually uses TCP/IP as the transmission protocol, NFS, or other file sharing applications for storage provisioning. Below are some of the advantages of the fiber channel.
Native fiber drives bring about high-level reliability and data integrity. They are dual-ported as a standard feature. Arguably the critical advantage that fiber channel SANs once held and still holds is the speed. It remains as one aspect that differentiates the fiber channel SANs from those of the Ethernet.
Fiber channel remains the ideal solution for IT professionals seeking high-performance, cost-effective information storage and reliability at high speeds. Given that fiber channel is a lossless protocol, it is often rated higher than the Ethernet network. Sent frames must be received in order and not dropped by the switch. This feature, however, is sometimes absent with Ethernet.
Other benefits of fiber channel FC include LUN masking, cost, and size. Allhdd.com fiber channel controllers are from trusted brands and are available at give-away prices. Please choose from our wide range collection and enjoy a 30-day warranty and fast delivery across 48 U.S. states.