ATTO Technology ATTO ExpressPCI FC 3305 Spezifikationsblatt

Blättern Sie online oder laden Sie pdf Spezifikationsblatt für Host-Adapter ATTO Technology ATTO ExpressPCI FC 3305 herunter. ATTO Technology ATTO ExpressPCI FC 3305 2 Seiten. 64-bit pci-x to 2-gigabit fc host adapter, sw optical lc sff interface
Auch für ATTO Technology ATTO ExpressPCI FC 3305: Technische Spezifikation (2 seiten), Spezifikationsblatt (2 seiten), Technische Spezifikation (2 seiten), Spezifikationsblatt (2 seiten), Installations- und Betriebshandbuch (17 seiten)

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ATTO Technology ATTO ExpressPCI FC 3305 Spezifikationsblatt
attotech.com

ATTO ExpressPCI FC 3321

Dual-channel, Low-profile 2-Gigabit Fibre Channel Host Adapter
provides compact design and high performance
The ATTO ExpressPCI FC 3321 host adapter
incorporates dual independent channels of
2-Gigabit Fibre Channel performance on a
single, low-profile Fibre Channel host adapter.
Its compact design facilitates use in full
height or 2U PCI slots, providing design
flexibility and maximum performance in
high-density environments.With throughput
up to 400 MB/sec. per channel, the product
is designed to support data-intensive
applications while, at the same time using
only one PCI slot, representing a cost-effective
and efficient choice for Enterprise applications.
In addition to our ExpressPCI FC family of
products, ATTO recently released a new
line of Fibre Channel adapter products,
Celerity FC. Designed to provide reliable
connectivity, intelligence and scalability,
Celerity FC storage adapters meet tomorrow's
connectivity needs today. With several
2-Gb and 4-Gb product options, Celerity FC
takes storage connectivity to the next level.
155 CrossPoint Parkway • Amherst, NY 14068 • 716.691.1999
TECHNICAL
HIGHLIGHTS
• 2.125-Gigabit Fibre Channel
host adapter
• 400 MB/sec. per channel throughput
in full-duplex mode
• Dual, independent channels
• 64-bit/66 MHz PCI interface
• Fixed Short-wave optical LC connectors
• Support for SNIA HBA API
• Optimized Fibre Channel and
SCSI-3 algorithms
• Advanced data-interleave architecture
• Full multiple block buffering