HPE SN1610Q 32Gb 2-port Fibre Channel Host Bus Adapter

Name: HPE SN1610Q 32Gb 2-port Fibre Channel Host Bus Adapter
SKU: R2E09A
Price: 7978.14 RON
Availability: OutOfStock

SKU: R2E09A

9.493,99 lei

Out of stock

Descriere

Lifecycle

Obsolete Date 30-11-2026
End of support date 30-04-2029

Specifications

Server type supported HPE ProLiant platforms. Please refer to the Server QuickSpecs for more information.
Power 12.3W Max -No SFP
Compatible array platforms HPE MSA family, HPE XP family, HPE 3PAR family, and HPE Nimble Storage family. Visit www.hpe.com/storage/spock for the latest available information on array support.
Weight 4.20 ounces
Number of ports Dual
Platform supported HPE ProLiant ML and DL Gen10 and Gen10 Plus servers;HPE ProLiant ML and DL Gen11 Servers ;HPE Alletra Storage Server 4110;HPE Alletra Storage Server 4120;HPE Alletra Storage Server 4140
Management features HPE GreenLake SAN Fabric Manager
Data rate 32 Gb per second
Supported cables Shortwave, 50 micron, fiber optic up to 100 meters
Connector type SFP+
Weight Dual Port: 120 g
Product dimensions (metric) 68.9 x 167.6 mm
Warranty Three-year limited warranty, parts exchange next business day delivery. For more warranty information refer to http://www.hpe.com/storage/warranty
Form factor 2U
Compatible operating systems Red Hat®, Linux® SUSE Linux, VMware®, Microsoft®, Windows®. Visit www.hpe.com/storage/spock for the latest available information on Operating System support.
Bus type PCIe 4.0

Overview

Are you looking for an upgrade path to improve Storage Area Network performance for your ProLiant servers? The HPE SN1610Q 32Gb Fibre Channel Host Bus Adapter (HBA) provides significant I/O performance and security benefits over existing 16 Gb SAN solutions. Even if the SN1610 is introduced into a new ProLiant server, the Fibre Channel standard enables backward compatibility to 16 Gb infrastructure. Additionally, the HPE SN1610Q 32Gb Fibre Channel HBA is forward compatible to 64 Gb and future speeds. The exponential effect of newer servers and infrastructure helps accelerate databases, host more virtual machines, support emerging technologies such as NVMe, and reduce total cost of ownership. The HBA delivers better business outcomes across multiple industry verticals that rely on high-performance, data-intensive, and reliable connectivity from servers to storage.

What’s new

NVMe protocol
Hardware root of trust
Improve bandwidth, latency, and I/O performance

Features

Lower Total Cost of Ownership and Investment Protection

The newer NVMe protocol strips away many of the older, unused SCSI commands and builds a more memory-friendly protocol (think storage arrays with SSDs) offering much lower latency and quicker responses to data transactions

The adapter improves database transactional performance, enables faster business decisions with better data mining, and hosts more VMs.

32 Gb High Performance Bandwidth, Lower Latency, and Higher Number of I/Os

HPE SN1610Q 32Gb Fibre Channel HBA offers higher bandwidth than older HBAs to allow for faster travel from source to destination targets.

Lower latency enables the transition from one action to the next action transaction. With 32,000,000,000 (billion) bits traveling per second, even small improvements to latency can have large impacts at scale.

Performance up to 2 million IOPS.

Hardware root of trust is built into the HPE SN1610Q 32Gb Fibre Channel HBA that prevents unsigned firmware from being downloaded into the adapter making sure that only secure firmware is downloaded.

Fibre Channel is designed to support block-based data structures found in most databases and their associated applications — enterprise resource planning (ERP), reservation systems, financial and insurance, medical, and large virtual server deployments.

Database and Data-Intensive Applications Improved Performance with Fibre Channel.

Designed to only transmit data to other Fibre Channel devices on a SAN, the protocol excludes IP addresses removing access from outside entities and vulnerabilities.

Fibre Channel Remains the Most Secure Protocol for Transporting Data

SAN design supports two generations forward compatibility: 32 Gb HBA today would function properly with 64 Gb and 128 Gb components in the future. Future deployments could place high I/O functions on faster-performing products while leaving-lower performing functions on lower-performing products.

SAN design allows component generations to be mixed, meaning older and newer products are automatically supported. If an end-to-end SAN upgrade is not possible, it is possible to upgrade different portions of the SAN to match budgets.

Migrating from 16 Gb HBAs reduces cabling and power consumption while improving overall performance.