Hewlett Packard Enterprise
Hewlett Packard Enterprise 391835-B21-CTO-RFB DL380G5 Rack contact for CTO! 391835-B21-CTO-RFB
(No reviews yet)
Write a Review
- UPC:
- 5711783539827
- MPN:
- 391835-B21-CTO-RFB
- Condition:
- Refurbished
- Availability:
- Available to Order: 3 - 4 weeks leadtime
Description
Package dimensions
Gross Weight (Package, kg)
15 kg
Product dimensions
Net Weight (Product, kg)
14.9 kg
Vendor information
Brand Name
Hewlett Packard Enterprise
Warranty
1 Year(s)
Additional Information
Shipping: |
Available to Order - Call for ETA |
Delivery: |
Available to Order - Call for ETA |
Related Products
Hewlett Packard Enterprise 461605-B21-RFB CTO CTO Proliant BL460C 461605-B21-RFB
Hewlett Packard Enterprise
£240.00
With features equal to standard 1U rack mount servers, the 2 processor, multi-core BL460c combines power-efficient compute power, and high density with expanded memory and I/O for maximum performance...
Hewlett Packard Enterprise 459483-B21-RFB CTO CTO Proliant BL460C 459483-B21-RFB
Hewlett Packard Enterprise
£189.98
With features equal to standard 1U rack mount servers, the 2 processor, multi-core BL460c combines power-efficient compute power, and high density with expanded memory and I/O for maximum performance...
Hewlett Packard Enterprise 494329-B21-RFB DL380G6 Rack contact for CTO! 494329-B21-RFB
Hewlett Packard Enterprise
£235.17
DL380G6 Rack contact for CTO! **Refurbished** 494329-B21,491316-421-RFB,491332-421-RFB,530779-005-RFB
Hewlett Packard Enterprise 462872-B21-RFB CTO CTO Proliant BL460C 462872-B21-RFB
Hewlett Packard Enterprise
£110.53
With features equal to standard 1U rack mount servers, the 2 processor, multi-core BL460c combines power-efficient compute power, and high density with expanded memory and I/O for maximum performance...
Hewlett Packard Enterprise 459486-B21-RFB CTO CTO Proliant BL460C 459486-B21-RFB
Hewlett Packard Enterprise
£132.19
With features equal to standard 1U rack mount servers, the 2 processor, multi-core BL460c combines power-efficient compute power, and high density with expanded memory and I/O for maximum performance...