Microsemi Adaptec HBA 1000-8I8E/Controller 16-Port 8INT / 8EXT

Microsemi Adaptec HBA 1000-8I8E/Controller 16-Port 8INT / 8EXT z kategorie Řadiče.

Hlavní parametry:

• Hostitelské rozhraní: PCI Express
• Výstupní rozhraní: Mini-SAS
• Standard rozšiřující karty: PCIe 3.0
• Počet vnitřních portů mini-SAS: 8
• Externí mini-SAS porty: 8
• Vnitřní: Ano
• Certifikace: CE, FCC, UL, C-tick, VCCI, KCC, CNS
• Střední doba mezi poruchami (MTBF): 2000000 h
• Šířka pásma: 12 Gbit/s
• Native Command Queuing (NCQ): Ano

Popis výrobce (anglicky)

Resiliency and Efficiency
The new unified Smart storage stack delivers resiliency by combining the best of the eighth-generation ARC software and drivers with the acquired Smart IP of the most broadly deployed server storage stack. Combined with Microsemi's SSCi (16x12G/8x12G) SmartIO SAS/SATA protocol controller, the HBA 1000 Series provides a robust and stable solution that can handle the toughest system workloads and configurations. It is fully compatible with all existing and future Microsemi HBA, RAID and Expander solutions.
Available in five different 12Gb/s configurations with up to 16 internal or 16 external SAS/SATA ports, the HBA 1000 Series offers the highest port count in a low-profile, MD2 form factor and 60% less power consumption than competing HBAs.
Ease of Use
The HBA 1000 with its broad operating system support and ecosystem compatibility is easy to implement, and easy to scale when directly connecting up to 16 storage devices or scaling out with full compatibility using expanders. The unified management tools and drivers across the Microsemi HBA, RAID and expander solutions enables customer easy manageability across the entire product line.
Maximum Performance
The HBA 1000 Series provides the highest levels of storage performance and scalability for next generation data centers by connecting numerous state of the art 12 Gbps storage devices that can aggregate their performance to the limits of the PCIe Gen 3 host bus at 6600 MB/s and achieve over 1.3 million IOPs with minimal overhead or additional latency.