Systems and methods for vibration isolation
A modular compute chassis, that includes a chassis divider wall assembly that includes a chassis grommet wall that includes a first side, a second side, and a hole; a grommet that includes a groove and at least partially disposed within the hole and mechanically coupled to the chassis grommet wall using the groove; and a first compute unit cage wall in contact with a first portion of the grommet, where the first portion of the grommet is interposed between the first compute unit cage wall and the first side; and a second compute unit cage wall in contact with a second portion of the grommet, where the second portion of the grommet is interposed between the second compute unit cage wall and the second side, where the second compute unit cage wall is rigidly mechanically coupled to the first compute unit cage wall.
1. A compute chassis, comprising:
a chassis divider wall assembly comprising:
a chassis grommet wall disposed vertically comprising a first side, a second side, and a hole;
a grommet comprising a groove and at least partially disposed within the hole and mechanically coupled to the chassis grommet wall using the groove; and
a first compute unit cage wall arranged vertically in contact with a first portion of the grommet, wherein the first portion of the grommet is interposed between the first compute unit cage wall and the first side; and
a second compute unit cage wall arranged vertically in contact with a second portion of the grommet, wherein the second portion of the grommet is interposed between the second compute unit cage wall and the second side, wherein the second compute unit cage wall is rigidly mechanically coupled to the first compute unit cage wall,
wherein a first compute unit is arranged horizontally and mechanically coupled to the first compute unit cage wall, and a second compute unit is arranged horizontally and mechanically coupled to the second compute unit cage wall.
2. The compute chassis of claim 1 , wherein the first compute unit cage wall and the second compute unit cage wall are rigidly mechanically coupled to a compute unit rear cage wall, wherein the compute unit rear cage wall comprises a compute unit interface configured to interact with a compute unit.
3. The compute chassis of claim 1 , wherein the first compute unit cage wall and the second compute unit cage wall are rigidly mechanically coupled using a rivet.
4. The compute chassis of claim 3 , wherein a standoff is disposed between the rivet and the grommet, wherein the standoff controls a grommet compression height.
5. The compute chassis of claim 4 , wherein the standoff is not in direct contact with the chassis grommet wall.
6. The compute chassis of claim 4 , wherein the first compute unit cage wall and the second compute unit cage wall are further mechanically coupled using the standoff.
7. The compute chassis of claim 1 , wherein a groove diameter of the groove is greater than a rib diameter of the grommet.
8. The compute chassis of claim 1 , wherein the groove is located along an entire perimeter of the grommet.
9. The compute chassis of claim 1 , wherein the chassis divider wall assembly comprises a plurality of grommets and wherein the grommet is one of the plurality of grommets.
10. An information handling system, comprising:
a chassis divider wall assembly comprising:
a chassis grommet wall disposed vertically comprising a first side, a second side, and a hole;
a grommet comprising a groove and at least partially disposed within the hole and mechanically coupled to the chassis grommet wall using the groove; and
a first compute unit cage wall arranged vertically in contact with a first portion of the grommet, wherein the first portion of the grommet is interposed between the first compute unit cage wall and the first side;
a second compute unit cage wall arranged vertically in contact with a second portion of the grommet, wherein the second portion of the grommet is interposed between the second compute unit cage wall and the second side, wherein the second compute unit cage wall is rigidly mechanically coupled to the first compute unit cage wall;
a first compute unit arranged horizontally and mechanically coupled to the first compute unit cage wall; and
a second compute unit arranged horizontally and mechanically coupled to the second compute unit cage wall.
11. The information handling system of claim 10 , wherein the first compute unit is hot swappable.
12. The information handling system of claim 10 , wherein the first compute unit cage wall and the second compute unit cage wall are rigidly mechanically coupled to a compute unit rear cage wall, wherein the compute unit rear cage wall comprises a compute unit interface configured to interact with a compute unit.
13. The information handling system of claim 10 , wherein the first compute unit cage wall and the second compute unit cage wall are mechanically coupled using a rivet.
14. The information handling system of claim 13 , wherein a standoff is disposed between the rivet and the grommet, wherein the standoff controls a grommet compression height.
15. The information handling system of claim 14 , wherein the standoff is not in direct contact with the chassis grommet wall.
16. The information handling system of claim 14 , wherein the first compute unit cage wall and the second compute unit cage wall are further mechanically coupled using the standoff.
17. The information handling system of claim 10 , wherein a groove diameter of the groove is greater than a rib diameter of the grommet.
18. The information handling system of claim 10 , wherein the groove is located along an entire perimeter of the grommet.
19. The information handling system of claim 10 , wherein the chassis divider wall assembly comprises a plurality of grommets and wherein the grommet is one of the plurality of grommets.