Modular server
Disclosed is a modular server that allows for the simple replacement of the system board, memory and key network components in a single system tray to form a system module. The system module is connected to a storage plane with hard drives through a mid-plane with power and data channels. The system module can be easily replaced or upgraded independently of the mid-plane and storage plane. This extends the life cycle of the server chassis and associated components such as hard drives and power module when upgrading, resulting in overall savings for the owner of this system.
1. A modular server comprising: a server chassis having first and second opposing ends, wherein the server chassis houses a storage plane, a mid-plane and a system plane: wherein the storage plane contains hard drives of the server, wherein the storage plane is disposed proximate to the first opposing end of the server chassis: wherein the mid-plane is coupled to the storage plane, the mid-plane comprises a first mid-plane section which extends to the second opposing end of the server chassis and a second mid-plane section which is retracted from the second opposing end of the server chassis, the first mid plane portion comprises a power module, the second mid-plane section is configured to accommodate the system plane; wherein the system plane comprises a system tray with a processor module and system components disposed thereon, the second mid-plane portion is coupled to the system plane, the system plane is configured to be insert able into and removable from the server chassis, wherein when the system plane is inserted into the server chassis, the first mid plane section and the system plane are at the second opposing end of the server chassis, and when the system plane is removed from the server chassis, the system plane is decoupled from the mid-plane; and power and data connector assemblies, the power and data connector assemblies are disposed on the mid-plane and the system plane, the power and data connector assemblies couple power and data signals between the system plane and the storage plane via the mid-plane, the power and data connector assemblies facilitate easy coupling of the system plane to the mid-plane for inserting the system plane into the server chassis and easy decoupling of the system plane from the mid-plane for removing the system plane from the server chassis.
2. The modular server of claim 1 , wherein the server chassis is configured to facilitate insertion of the storage plane for engagement with the mid-plane.
3. The modular server of claim 2 wherein the system tray facilitates insertion and removal of the system plane for engagement and disengagement of the system plane with the mid-plane.
4. The modular server of claim 3 wherein the system plane comprises a lock module, the lock module, when
in the lock position, locks the system plane to the server chassis to ensure engagement of the system plane to the mid-plane; and
in the unlock position, enables insertion and removal of the system plane for engaging and disengaging the system plane with the mid-plane.
5. The modular server of claim 4 wherein the lock module comprises first and second lock levers disposed on first and second sides of the system plane, the levers rotate from lock to unlock positions.
6. The modular server of claim 1 wherein the storage plane and mid-plane comprise an integrated plane.
7. A modular server comprising:
a storage plane containing hard drives of the server;
a system plane comprising
a processor module, and
system components;
a mid-plane, the mid-plane comprises a power module; and
power and data connector assemblies which couple power and data signals between the system plane and the storage plane via the mid-plane, wherein
the system plane is separated from the mid-plane and the storage plane to enable independent replacement of the system plane from the mid-plane and the storage plane,
the mid-plane and the system plane comprise the power connector assembly, the power assembly having a first power coupling connector on the system plane and a second power coupling connector on the mid-plane, wherein one of the first and second power coupling connectors is a male power coupling connector with coupling pins and the other of the first and second power coupling connectors is a female power coupling connector with coupling pin receptors, the first and second power coupling connectors are mated when the system plane is engaged with the mid-plane, and
the mid-plane and the system plane comprise the data connector assembly having a first data coupling connector on the system plane and a second data coupling connector on the mid-plane, wherein one of the first and second data coupling connectors is a male data coupling connector with coupling pins and the other of the first and second data coupling connectors is a female data coupling connector with coupling pin receptors, the first and second data coupling connectors are mated when the system plane is engaged with the mid-plane.
8. The modular server of claim 1 wherein the system plane and the mid-plane comprise:
a first power connector assembly and a first data connector assembly disposed at a first side of the system plane;
a second power assembly and a second data connector assembly disposed at a second side of the system plane.
9. The modular server of claim 1 wherein the mid-plane and the system plane comprise an alignment assembly, the alignment assembly comprising:
a first alignment connector on the system plane;
a second alignment connector on the mid-plane; and
wherein one of the first and second alignment connectors is a male alignment connector with an alignment pin and the other of the first and second alignment connectors is a female alignment connector with an alignment pin receptor, the first and second alignment connectors facilitate alignment of the system plane with the mid-plane.
10. The modular server of claim 9 wherein the system plane and the mid-plane comprise:
a first alignment assembly disposed at a first side of the system plane; and
a second alignment assembly disposed at a second side of the system plane.
11. The modular server of claim 1 wherein the system components of the system plane comprise:
a plurality of memory slots;
a plurality of PCIe slots; and
a plurality of network connections.
12. The modular server of claim 11 wherein the plurality of network connections comprises different types of network interfaces.
13. The modular server of claim 11 wherein:
the system plane is disposed on a server tray having a connection panel; and
the connection panel comprises a plurality of connectors for the plurality of network connections.
14. The modular server of claim 1 wherein the system plane comprises first and second processor modules, wherein a processor module comprises a plurality of processors.
15. A modular server comprising:
a system tray, the system tray includes,
a processor module,
system components, and
wherein the system tray serves as a system plane;
a server chassis, the server chassis having first and second opposing ends, wherein the server chassis,
houses a storage plane containing hard drives of the server,
houses a mid-plane, the mid-plane comprises a power module, the mid-plane is coupled to the storage plane proximate to the first end of the server chassis, and
is configured to accommodate insertion and removal of the system plane proximate to the second end of the server chassis, the system plane which includes the processor module slides in a parallel direction relative to the adjacent mid plane having the power module for coupling the system plane to and decoupling the system plane from the mid-plane; and
power and data connector assemblies disposed on the mid-plane and the system plane, the power and data connector assemblies couple power and data signals between the system plane and the storage plane via the mid-plane when the system plane is engaged with the mid-plane, the power and data connector assemblies facilitate easy coupling of the system plane to the mid-plane for inserting the system plane into the server chassis and easy decoupling of the system plane from the mid-plane for removing the system plane from the server chassis.
16. The modular server of claim 15 wherein the mid-plane and the system plane comprise an alignment assembly, the alignment assembly comprising:
a first alignment connector on the system plane;
a second alignment connector on the mid-plane; and
wherein one of the first and second alignment connectors is a male alignment connector with an alignment pin and the other of the first and second alignment connectors is a female alignment connector with an alignment pin receptor, the first and second alignment connectors facilitate alignment of the system plane with the mid-plane.
17. The modular server of claim 15 wherein the system components of the system plane comprise:
a plurality of memory slots;
a plurality of PCIe slots; and
a plurality of network connections.
18. The modular server of claim 15 wherein the system plane comprises a lock module, the lock module, when
in the lock position, locks the system plane to the server chassis to ensure engagement of the system plane to the mid-plane; and
in the unlock position, enables insertion and removal of the system plane for engaging and disengaging the system plane with the mid-plane.
19. The modular server of claim 18 wherein the lock module comprises first and second lock levers disposed on first and second sides of the system plane, the levers rotate from lock to unlock positions.
20. The modular server of claim 15 wherein:
the power connector assembly comprises a first power coupling connector on the system plane and a second power coupling connector on the mid-plane, wherein one of the first and second power coupling connectors is a male power coupling connector with coupling pins and the other of the first and second power coupling connectors is a female power coupling connector with coupling pin receptors, the first and second power coupling connectors are mated when the system plane is engaged with the mid-plane; and
the data connector assembly comprises a first data coupling connector on the system plane and a second data coupling connector on the mid-plane, wherein one of the first and second data coupling connectors is a male data coupling connector with coupling pins and the other of the first and second data coupling connectors is a female data coupling connector with coupling pin receptors, the first and second data coupling connectors are mated when the system plane is engaged with the mid-plane.
21. The modular server of claim 1 wherein:
the first end comprises a front end of the server chassis which is proximate to the front of the modular server which is mounted onto a server rack; and
the second end comprises a rear end of the server chassis which is proximate to the rear of the modular server.
22. The modular server of claim 15 wherein:
the first end comprises a front end of the server chassis which is proximate to the front of the modular server which is mounted onto a server rack; and
the second end comprises a rear end of the server chassis which is proximate to the rear of the modular server.
23. The modular server of claim 15 wherein the mid-plane comprises first and second mid-plane sections, wherein:
the first mid-plane section extends to the second end of the server chassis; and
the second mid-plane section is retracted from the second end of the server chassis to accommodate the system plane.
24. The modular server of claim 23 wherein the first mid-plane section comprises a power module.