Server
Physical Structure
Figure 2-4 shows the physical structure of a 9016 that does not support resource expansion enclosures (REEs), and Table 2-3 describes the components.
No. |
Name |
Description |
|---|---|---|
1 |
Front acoustic door |
The door is used for reducing server noise. |
2 |
LCD |
The LCD displays the installation status and running status of server components. |
3 |
Central management enclosure (CME) |
The CME implements centralized management of intra-cabinet devices, partition management, and LCD-based management, and provides redundant advanced clock modules (ACMs), central management consoles (CMCs), and central partition interconnect modules (CPIs). |
4 |
System compute enclosure (SCE) |
An SCE consists of the backplane, indicator board, fan modules, and enclosure. As the basic component of the 9016, an SCE houses and interconnects various components, and provides power supply and cooling channels for the system. |
5 |
Cabinet |
The cabinet is 2000 mm (78.74 in.) high and made of structural steel, with four rollers at the bottom. |
6 |
Rear acoustic door |
The door is used for reducing server noise. |
Figure 2-5 shows the physical structure of a 9016 that supports REEs, and Table 2-4 describes the components.
No. |
Name |
Description |
|---|---|---|
1 |
Front acoustic door |
The door is used for reducing server noise. |
2 |
LCD |
The LCD displays the installation status and running status of server components. |
3 |
REE |
The REE contains the flexible printed circuit (FPC), switch module, fan, back I/O module, and PSU components, increasing the number of PCIe slots and enabling enclosure-level management. |
4 |
FPC |
The FPC connects the SCE to the REE and lead the PCIe and control resources of the SCE to the REE. |
5 |
SCE |
An SCE consists of the backplane, indicator board, fan modules, and enclosure. As the basic component of the 9016, an SCE houses and interconnects various components, and provides power supply and cooling channels for the system. |
6 |
CME |
The CME implements centralized management of intra-cabinet devices, partition management, and LCD-based management, and provides redundant ACMs, CMCs, and CPIs. |
7 |
Cabinet |
The cabinet is 2000 mm (78.74 in.) high and made of structural steel, with four rollers at the bottom. |
8 |
Rear acoustic door |
The door is used for reducing server noise. |
Front and Rear Views
Front and Rear Views (Without REEs)
Figure 2-6 shows the front and rear views of a 9016 without resource expansion enclosures (REEs). The left figure shows the front view.
No. |
Component |
No. |
Component |
|---|---|---|---|
1 |
Central management enclosure (CME) |
2 |
System compute enclosure (SCE) 2 |
3 |
SCE 1 |
- |
- |
Front and Rear Views (With REEs)
Figure 2-7 shows the front and rear views of a 9016 with REEs. The left figure shows the front view.
No. |
Component |
No. |
Component |
|---|---|---|---|
1 |
CME |
2 |
SCE 1 |
3 |
REE 1 |
4 |
SCE 2 |
5 |
REE 2 |
6 |
Flexible Printed Circuit (FPC) 1 |
7 |
FPC 2 |
- |
- |
NOTE: If only one REE is configured, install it in REE 1.
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