ATTO ESAS-H644-000 ExpressSAS RAID 4-Port Ext/Int 6Gb SAS/SATA to x8 PCIe 2.0 Host Bus LP Adapter

MPN: ESAS-H644-000
ATTO ESAS-H644-000 ExpressSAS RAID 4-Port Ext/Int 6Gb SAS/SATA to x8 PCIe 2.0 Host Bus LP Adapter
Out of Stock
Highlights
  • Product Type: SAS Controller
  • Host Interface: PCI Express 2.0 x8
  • Platform Supported: PC | Mac
  • Total Number of SAS Ports: 8
$363.68
Please log in to add an item to your wishlist.
B2B pricing options available.

SabrePC B2B Account Services

Save instantly and shop with assurance knowing that you have a dedicated account team a phone call or email away to help answer any of your questions with a B2B account.

  • Business-Only Pricing
  • Personalized Quotes
  • Fast Delivery
  • Products and Support
Need Help? Let's talk about it.
Please log in to add an item to your wishlist.
ATTO ESAS-H644-000 ExpressSAS RAID 4-Port Ext/Int 6Gb SAS/SATA to x8 PCIe 2.0 Host Bus LP Adapter
MPN: ESAS-H644-000

$363.68

ATTO ESAS-H644-000 ExpressSAS RAID 4-Port Ext/Int 6Gb SAS/SATA to x8 PCIe 2.0 Host Bus LP Adapter

Out of Stock
Highlights
  • Product Type: SAS Controller
  • Host Interface: PCI Express 2.0 x8
  • Platform Supported: PC | Mac
  • Total Number of SAS Ports: 8

The ExpressSAS H644 provides high-speed 6Gb/s performance at 600MB/s per port. By utilizing a serial, point-to-point architecture, in addition to PCI Express 2.0 bus technology, ExpressSAS 6Gb/s HBAs are engineered for demanding IT and digital media applications which require more performance than 3Gb/s SAS/SATA can provide. The ExpressSAS H644 features four internal ports, four external ports and allows connections to 256 end-point devices.

Included with all ATTO HBAs is an easy-to-use utility enabling management, monitoring and configuration which leverages an intuitive GUI. ATTO's exclusive, field-proven Advanced Data Streaming (ADSâ„¢) Technology helps users meet the most demanding performance requirements of bandwidth-intensive applications. ADS achieves this performance increase by integrating a combination of features engineered to allow for the controlled acceleration of data transfers.