Summary of HDS F900 installation

Summary of HDS F900 installation

1. Preparation before installation of the equipment:

A) site and customer confirmation of equipment inventory information (F900 head * 1, HDI*1)

B) confirm that the customer's computer room environment meets the installation requirements, including power supply, air conditioning temperature, humidity, floor load bearing and floor openings, etc.

C) confirm with the customer the installed system environment, including RAID group division, LDEV implementation, POOLS creation and port MAPPING, etc.

two。 The availability of hardware equipment on the shelf:

A) confirm the installation location according to customer requirements

B) first fix the guide rail of the main control cabinet.

C) the launch of the main control module.

D) the launch of HDI.

E) because there is only one nose, there is no need to consider the LOOP connection, so the power cord is directly plugged into the PAU in two ways.

3. Power up the equipment.

4. The system is powered on, and after about 15 minutes, the system starts up and completes. During this period, the startup status of the device is judged by observing the indicator light, or checked and confirmed by the browser to check the running status of the device.

5. Configuration.

A) PC connection maintains port 2 (10.0.0.XXX) remote login (account: SVP). Password raid-login) enter SVP-- > Maintenanace Utility enter WEB interface

B) the setting of IP after power-up (here the customer requires no change).

C) time setting: web-- > administraion-- > date&time-- > set up

D) since it is through the switch, we have to open the PORTS first. Storage systems à vsp gx00 à ports/host group/ iSCSI portskeeper edit portsautomatically enable autoengineer onboarding p-to-p

E) Hot spare creation à RAIDS creation à LDEV creation à pools creation à virtual disk creation.

1) Parity grouping device assign Spare Drives

2) Storage systems à vsp gx00 à parity group à greate parity group

The RAIDS and hot spare required by the customer do not need to be changed, so we do not make any other operations here.

3) LEDV: Storage systems à vsp gx00 à parity group à greate LEDVs

[note: the single LUN size of a real volume cannot exceed 2.99TB]

4) pools: Storage systems à vsp gx00 à pools à greate pools à select pool vols à add

5) zone the switch, bind the port to a port according to the customer's requirements, and then mapping

Storage systems à vsp gx00 poolsworn Lun PARTS à add

Let the customer sweep the stock and realize that MAPPING is over.