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OpenFlex F3000 Composable Infrastructure
Highly Scalable and Flexible Resource Utilization

OpenFlex F3000 Composable Infrastructure

OpenFlex F3000 Composable Infrastructure
OpenFlex F3000 Composable Infrastructure
USA: FREE Ground ShippingOpenFlex F3000 Composable Infrastructure
#F3000
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Overview:

The Future of Data Infrastructure

Composable infrastructure is a new architectural approach that uses NVMe™-over-Fabric to dramatically improve compute and storage utilization, performance, and agility in the data center. With the exponential growth in data, along with the increasing diversity of workflows and demands on IT infrastructure, businesses need to increase speed, agility and time-to-value for their customers. OpenFlex architecture and products allow storage to be disaggregated from compute, enabling applications to share a common pool of storage capacity. Data can easily be shared between applications, or needed capacity can be allocated to an application regardless of location. Western Digital will initially offer two composable storage options — a high performance, low latency fabric device for mission-critical applications and data, as well as a high-capacity fabric device for tiering, data protection, and disaster recovery.

Open Composability Application Programming Interface

Western Digital's Open Composability API is a RESTful API that builds upon existing industry standards such as Redfish® and Swordfish™, utilizing the best features of those standards as well as practices from other industry captive management protocols. Designed for data center composability, it is intended to orchestrate all data center elements including; compute, flash, disk, network, accelerators, and disaggregated memory—when it becomes available. The flexible architecture is extensible to support emerging future data center elements. Western Digital will make its open management Open Composability API publicly available to enable and drive vendor neutral solutions.

 

Features:

Highlights

  • Composable, shareable high-performance storage
  • Access data from anywhere in the data center
  • Lower CapEx and OpEx by reducing resource over-provisioning
  • Manageable through existing data center orchestration frameworks
  • Reduce stranded or underutilized resources
  • Dynamic provisioning: scale down resources as easily as you scale up

Applications and Workload

  • High-Performance, Low-Latency Apps
  • Database
  • Data Analytics
  • Rack-Scale Flexible Infrastructure
  • Software-Defined Storage Environments
  • Private Cloud
  • Big Data Applications

Specifications:

  OpenFlex F3000 Hybrid Storage Platform
Max. # of Devices 10 Dual-port fabric device bays
Weight Product fully populated: 77.11kg (170 lbs)
Fabric/Network Interface Dual QSFP28 per Device
Management RJ45 1Gbps connector
Redfish® and
Open Composability API (out of band via RJ45)²
LED Indicators Power/Activity, Locate and Fault
Physical Dimensions Height 130mm (5.12”)
Width 447mm (17.61”)
Depth 824mm (32.44”)
Power 220V, 110V
Dual 1600W Power Supplies with fans
Management IPMI 2.0 system management
Physical Dimensions Height: 87mm (3.43”)
Width: 448mm (17.64”)
Depth: 760mm (29.92”)
Cooling 4 Fans (N+1 Supported)
Serviceability Hot-swappable power supplies, fans, and fabric devices
Environmental Operating Temperature: 5°- 40°C
Non-op Temperature: -30°- 60°C
Humidity: 8% to 90% RH operating & non-op

Documentation:

Download the OpenFlex F3000 Composable Infrastructure Datasheet (PDF).

Pricing Notes:

OpenFlex F3000
OpenFlex F3000
USA: FREE Ground ShippingOpenFlex F3000
#F3000
Contact us for pricing!