System and method for managing multi-tenant chassis environment using virtual private chassis management controllers
View Patent ↗An information handling system includes a chassis management controller (CMC) with a service processor, a processing system including a baseboard management controller (BMC) with a service processor, and a chassis management network coupled to the CMC and the BMC. The CMC instantiates a virtual CMC and the BMC instantiates a virtual BMC client. The virtual CMC is coupled to the virtual BMC client by a virtual management network of the chassis management network. The CMC is operable to manage the processing system via the BMC and the virtual CMC is operable to manage the processing system via the virtual BMC client.
1. An information handling system comprising: a hardware chassis management controller (CMC) comprising a first service processor, wherein the hardware CMC instantiates a first virtual CMC and a second virtual CMC:
a first processing system including a first hardware baseboard management controller (BMC) comprising a second service processor, wherein the first hardware BMC instantiates a first virtual BMC client;
a second processing system including a second hardware BMC having a third service processor, wherein the second hardware BMC instantiates a second virtual BMC client: and
a chassis management network coupled to the hardware CMC, the first hardware BMC and the second hardware BMC;
wherein:
the first virtual CMC is coupled to the first virtual BMC client by a first virtual management network of the chassis management network, wherein the first virtual management network is provided between the first virtual CMC and the first virtual BMC client based on a logon session;
the hardware CMC manages the first processing system via the first hardware BMC;
the first virtual CMC manages the first processing system via the first virtual BMC client:
the second virtual CMC is coupled to the second virtual BMC client by a second virtual management network of the chassis management network;
the hardware CMC manages the second processing system via the second hardware BMC: and
the second virtual CMC manages the second processing system via the second virtual BMC client.
2. The information handling system of claim 1 , further comprising:
a third processing system including a third hardware BMC having a fourth service processor, wherein the third BMC instantiates a third virtual BMC client;
wherein:
the first virtual CMC is coupled to the third virtual BMC client by the first virtual management network; and
the first virtual CMC manages the third processing system via the seeend third virtual BMC client.
3. The information handling system of claim 1 , wherein the first virtual management network is provided between the first virtual CMC and the first virtual BMC client based on a virtual address.
4. The information handling system of claim 3 , wherein the virtual address comprises one of a virtual Internet Protocol address or a Media Access Control address.
5. The information handling system of claim 1 , wherein the first virtual management network is provided between the first virtual CMC and the first virtual BMC client based on a virtual local-area network tag.
6. A method comprising:
instantiating a first virtual chassis management controller (CMC) on a master hardware CMC of an information handling system; instantiating a second virtual CMC on the master hardware CMC; instantiating a first virtual baseboard management controller (BMC) client on a first master hardware BMC of a first processing system of the information handling system, wherein the master hardware CMC is coupled to the first master hardware BMC via a first chassis management network;
instantiating a second virtual BMC client on a second master hardware BMC of a second processing system of the information handling system, wherein the master hardware CMC is coupled to the second master hardware BMC via a second chassis management network;
instantiating a first virtual management network on the chassis management network, wherein the first virtual CMC is coupled to the first virtual BMC client via the first virtual management network; wherein the first virtual management network is provided between the first virtual CMC and the first virtual BMC client based on a logon session
instantiating a second virtual management network on the chassis management network, wherein the second virtual CMC is coupled to the second virtual BMC client via the second virtual management network;
managing, from the master hardware CMC, the first processing system via the first master hardware BMC;
managing, from the first virtual CMC, the first processing system via the first virtual BMC client; and
managing, from the second virtual CMC, the second processing system via the second virtual BMC client.
7. The method of claim 6 , further comprising:
instantiating a third virtual BMC client on a third master hardware BMC of a third processing system of the information handling system, wherein the first virtual CMC is coupled to the third virtual BMC client via the first virtual management network; and
managing, from the first virtual CMC, the third processing system via the third virtual BMC client.
8. The method of claim 6 , wherein the first virtual management network is provided between the first virtual CMC and the first virtual BMC client based on a virtual address.
9. The method of claim 6 , wherein the first virtual management network is provided between the first virtual CMC and the first virtual BMC client based on a virtual local-area network tag.
10. A non-transitory computer-readable medium including code for performing a method, the method comprising:
instantiating a first virtual chassis management controller (CMC) on a master hardware CMC of an information handling system; instantiating a second virtual CMC on the master hardware CMC: instantiating a first virtual baseboard management controller (BMC) client on a first master hardware BMC of a first processing system of the information handling system, wherein the master hardware CMC is coupled to the first master hardware BMC via a first chassis management network; instantiating a second virtual BMC client on a second master hardware BMC of a second processing system of the information handling system, wherein the master hardware CMC is coupled to the second master hardware BMC via a second chassis management network:
instantiating a first virtual management network on the chassis management network, wherein the first virtual CMC is coupled to the first virtual BMC client via the first virtual management network; wherein the first virtual management network is provided between the first virtual CMC and the first virtual BMC client based on a logon session,
instantiating a second virtual management network on the chassis management network, wherein the second virtual CMC is coupled to the second virtual BMC client via the second virtual management network:
managing, from the master hardware CMC, the first processing system via the first master hardware BMC;
managing, from the first virtual CMC, the first processing system via the first virtual BMC client: and
managing, from the second virtual CMC, the second processing system via the second virtual BMC client.
11. The computer-readable medium of claim 10 , the method further comprising:
instantiating a third virtual BMC client on a third master BMC of a third processing system of the information handling system, wherein the first virtual CMC is coupled to the third virtual BMC client via the first virtual management network; and
managing, from the first virtual CMC, the third processing system via the first third virtual BMC client.
12. The computer-readable medium of claim 10 , wherein the first virtual management network is provided between the first virtual CMC and the first virtual BMC client based on a virtual address.
13. The computer-readable medium of claim 10 , wherein the first virtual management network is provided between the first virtual CMC and the first virtual BMC client based on a virtual local-area network tag.