System and method to avoid SMBus address conflicts via a baseboard management controller

1. An Inter-Integrated Circuit (I2C) slave device, comprising:

an I2C interface; and

I2C address logic;

wherein the I2C slave device is configured with a pre-set I2C address, and receives seeding data that is unique to the I2C slave device and that is received via an address command from an I2C master device, wherein the I2C address logic responds to I2C commands addressed to an I2C slave address instead of to the pre-set I2C address, and wherein the I2C slave address is based upon the seeding data.

2. The I2C slave device of claim 1 , wherein the I2C slave device performs a calculation on the seeding data to derive the I2C slave address.

3. The I2C slave device of claim 1 , wherein the I2C slave address comprises an extended I2C address that includes the seeding data.

4. The I2C slave device of claim 3 , wherein the extended I2C address further includes the pre-set I2C address.

5. The I2C slave device of claim 3 , wherein the extended I2C address further includes a predetermined I2C address.

6. The I2C slave device of claim 1 , wherein the I2C slave device further receives an address command.

7. The I2C slave device of claim 6 , wherein the address command includes the pre-set I2C address, and wherein the I2C slave device further replaces the pre-set I2C address with the I2C slave address in response to receiving the address command.

8. A method, comprising:

configuring an Inter-Integrated (I2C) slave device with a pre-set I2C address;

receiving, by the I2C slave device, an address command from an I2C master device, the address command including seeding data;

configuring the I2C slave device with the seeding data; and

responding, by the I2C device, to I2C commands addressed to an I2C slave address instead of to the pre-set I2C address, wherein the I2C slave address is based upon the seeding data.

9. The method of claim 8 , further comprising:

performing, by the I2C slave device, a calculation on the seeding data to derive the I2C slave address.

10. The method of claim 8 , wherein the I2C slave address comprises an extended I2C address that includes the seeding data.

11. The method of claim 10 , wherein the extended I2C address further includes the pre-set I2C address.

12. The method of claim 10 , wherein the extended I2C address further includes a predetermined I2C address.

13. The method of claim 8 , further comprising:

receiving, by the I2C slave device, an address command.

14. The method of claim 13 , wherein the address command includes the pre-set I2C address, the method further comprising:

replacing, by the I2C slave device, the pre-set I2C address with the I2C slave address in response to receiving the address command.

15. An Inter-Integrated Circuit (I2C) master device, comprising:

an I2C interface; and

I2C address logic;

wherein the I2C master device transmits seeding data that is unique to an I2C slave device to the I2C slave device, wherein the I2C address logic addresses I2C commands to an I2C slave device using an I2C slave address instead of a pre-set I2C address associated with the I2C slave device, and wherein the I2C slave address is based upon the received seeding data.

16. The I2C master device of claim 15 , wherein the I2C address logic further:

selects the I2C slave address from a pool of I2C addresses; and

provides an address command to the I2C slave device.

17. The I2C master device of claim 16 , wherein the address command includes the seeding data and the I2C slave address.

18. The I2C master device of claim 16 , wherein the I2C address logic further performs the calculation on the seeding data to derive the I2C slave address.

19. The I2C master device of claim 15 , wherein the I2C slave address comprises an extended I2C address that includes the seeding data.

20. The I2C master device of claim 19 , wherein the extended I2C address further includes one of the pre-set I2C address and a predetermined I2C address.