Installing the GS608
Prerequisites
The G560 V5 has not been installed.
Procedure
- Unpack the packing case.
- Check whether the packing case and seals are in good conditions.
If there is any damage (for example, the package is soaked or deformed, or the seals or pressure-sensitive adhesive tapes are not intact), submit a Cargo Problem Feedback Form.
- Use a box cutter to cut the pressure-sensitive adhesive tape on the packing case.
Be careful with the box cutter to avoid personal injury or equipment damage.
- Unpack the GS608.
- If there are multiple GS608s, take them out from ESD bags and place them separately on the ESD floor, as shown in Figure 4-9.
Do not take out a GS608 from its ESD bag if you do not install it immediately.
Figure 4-10 Incorrect operations - Check whether the packing case and seals are in good conditions.
- Determine the position for installing the GS608. See Figure 4-11. The G560 V5 is in the lower slot and the GS608 is in the upper slot.
- Install the GS608.
Install filler modules in empty slots to avoid system alarms or performance deterioration.
- Press the release buttons on the GS608. See (1) in Figure 4-12.
- Open the ejector levers on the GS608 completely. See (2) in Figure 4-12.
Two persons are required to install the GS608.
- Insert the GS608 horizontally into the chassis. See (3) in Figure 4-12. Note that the GS608 must be installed closely to the top chassis cover.
- Close the ejector levers on the GS608. See (4) in Figure 4-12.
Follow-up Procedure
After installing the GS608, continue to install the G560 V5. After all hardware modules are installed, log in to the iBMC using SSH and run the ipmcget -t resource -d composition -v list command to query the compute node topology.
- If the topology to be validated does not exist in the command output, the installation is complete.The command output is as follows:
iBMC:/-> ipmcget -t resource -d composition -v list Composition setting for domain1: current settings: 1 Upside Downside ------------------------------------ node1/p1: {drawer1/a1, drawer1/a3, iom1/io1}; node1/p1: {drawer1/a2, drawer1/a4, iom1/io2}; node1/p2: {drawer1/a5, drawer1/a7, iom2/io3}; node1/p2: {drawer1/a6, drawer1/a8, iom2/io4}; pending settings: null
- The topology with pending settings exists in the command output.The command output is as follows:
iBMC:/-> ipmcget -t resource -d composition -v list Composition setting for domain1: current settings: 2 Upside Downside ------------------------------------ node1/p1: {drawer1/a1, drawer1/a2, drawer1/a3, drawer1/a4, iom1/io1, iom1/io2}; node1/p2: {drawer1/a5, drawer1/a6, drawer1/a7, drawer1/a8, iom2/io3, iom2/io4}; pending settings: 1 Upside Downside ------------------------------------ node1/p1: {drawer1/a1, drawer1/a3, iom1/io1}; node1/p1: {drawer1/a2, drawer1/a4, iom1/io2}; node1/p2: {drawer1/a5, drawer1/a7, iom2/io3}; node1/p2: {drawer1/a6, drawer1/a8, iom2/io4};
Run the ipmcset -d fru -v 2 command to power off and then power on the compute node to make the topology take effect.iBMC:/-> ipmcset -d fru -v 2 WARNING: The operation may have many adverse effects. Do you want to continue?[Y/N]:y FRU control fru0 (forced power cycle) successfully.