HPE SN3600B 32Gb 24/8 8-port 16Gb Short Wave SFP+ Fibre Channel Switch

SKU
R4G55B
$8,581.51
In stock
SN3600B 32Gb 24/8 8-port 16Gb Short Wave SFP+ Fibre Channel Switch
Are you struggling to meet the I/O demands of hyperscale virtualization, cloud, or growing flash-based SANs? HPE Storage Fibre Channel Switch B-series SN3600B provides Gen6 32Gb Fibre Channel (FC) in an ultra-dense 1U format from 8-ports up to 24-ports, and is affordable for limited budgets. It can replace three generations of FC with its backward compatibility with 4, 8, and 16Gb FC for your investment protection. Designed to build a flash-ready infrastructure, it specifically adapts to business application needs. Applications requiring more throughput and lower latency can also take advantage of NVMe over FC ready support. SAN simplicity is achieved with a simple 3-step install process and SAN deployments with HPE 3PAR all-flash storage are automated using HPE Smart SAN for HPE 3PAR software. Data reliability is enhanced with forward error correction (FEC) by automatically detecting and recovering bit error along with HPE Power Pack+ software, which maintains efficient SAN-health.

What is new supporting point:
Port-on-demand (POD) kits includes an upgrade license, activating 8 ports, and 8 Fibre Channel optics. The POD kits are available with 8 16Gb or 8 32Gb SW optics.
Switches bundled with 8 active ports and 8 16Gb or 32Gb short-wave optics as well as 24 active port Power Pack Plus models with 24 16Gb or 32Gb SW optics. The new models include a lifetime warranty.
SKU R4G55B
EAN 0190017520483
Specification
Management features
Switch typeManaged
Ports & interfaces
SFP+ module slots quantity24
Basic switching RJ-45 Ethernet ports quantity1
Installed SFP modules quantity0
Installed SFP+ modules quantity0
Console portRS-232
USB 2.0 ports quantity1
Network
10G supportYes
Data transmission
Switching capacity768 Gbit/s
Design
Rack mountingYes
Form factor1U
Power
Power sourceAC
Power over Ethernet (PoE)
Power over Ethernet (PoE)No
Manufacturer HPE
Availability Y