Statement Of Volatility - HPE Nimble Storage HF Series Hardware Manual

Cable Grade
32G FC
Note: HPE recommends OM3 or better Fibre Channel (FC) cables.
Table 28: Fibre Channel Cabling
Cable Grade Speed
Short Wave 4 Gbps
8 Gbps
16 Gbps
Note: Short Wave Cable Grade and Speeds correspond to four types of Maximum Distance by Optical Cable/Media.
Direct Attach Copper
All model arrays also support SFP+ Direct Attach, also known as 10GSFP+Cu. This IEEE Standard network topology uses
10Gb Ethernet over twinaxial copper cables that plug directly into SFP sockets. No transceivers are used.
Direct Attach twinaxial can be designed as "Active" or "Passive" cables, and can have a maximum link distance of about 10
meters (33 feet). HPE storage arrays support Passive Direct Attach twinaxial cables of the appropriate length. Active Direct
Attach twinaxial cables are not currently supported.
Note: HPE does not supply 10GSFP+Cu cables.

Statement of Volatility

HPE Alletra 5000, Nimble Storage HFxx Arrays
Description - Below are the identifications of all the volatile and non-volatile devices found in the HPE Alletra 5010, 5030,
and 5050 and the Nimble Storage HF20, HF20C, HF20H, HF40, and HF60 model arrays.
Table 29: Table of Volatile and Non-Volatile Devices
Item
PCH Non-Volatile
BIOS FW Flash Non-Volatile
Cable Grade
50 μm multimode 500MHz OM2
50 μm multimode 2000MHz OM3
50 μm multimode 4700MHz OM4
OM1 62.5μm
multi mode 200
MHz M6
70 m
21 m
15 m
Non-Volatile or Quantity
Volatile
2
2
Maximum Link Distance
20 meters (65 ft)
70 meters (229 ft)
100 meters (328 ft)
Maximum Distance by Optical Cable/Media Type
OM2 50μm multi OM3 50μm multi
mode 500 MHz M6 mode 2000 MHz
M6
150 m 380 m
50 m 150 m
35 m 100 m
Location
Motherboard No
Motherboard No
Hardware and Model Specifications 146
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OM4 50μm multi
mode 4700 MHz
M6
400 m
190 m
125 m
User Data? Procedure to Clear
Remove AC and
CMOS Battery for 5
minutes
Use Programmer to
erase