Intel Corporation

Christine Watnik

Zohar Bogin

Ramamurthy Krithivas

Anand K Enamandram

Romesh B Trivedi

Amit Kumar Srivastava

Majid Shushtarian

Jeffrey A Pihlman

Michael J Karas

Jared W Havican

Buderya “Satish” Acharya

Methods to dynamically configure, monitor and govern PCH Chipsets in platforms as extended IO-expander(s) and associated apparatus. A multi-role PCH is provided that may be dynamically configured as a legacy PCH to facilitate booting for platforms without bootable CPUs and as IO-expanders in single-socket and multi-socket platforms. A control entity is coupled to the PCHs and is used to effect boot, reset, wake, and power management operations by exchanging handshake singles with the PCHs and providing control inputs to CPUs on the platforms. The single-socket platform configurations include a platform with a CPU with bootable logic coupled to an IO-expander and a platform with a legacy CPU coupled to a legacy PCH. The multi-socket platforms include a platform with a bootable CPU coupled to one or more non-legacy CPUs and employing multiple IO-expanders and platform with a legacy CPU coupled to one or more non-legacy CPUs and coupled to a legacy PCH, and further including one or more PCHs coupled to the non-legacy CPU(s) implemented as IO-expanders.

Platform controller hub (PCH) chipsets in platforms as extended IO expander(s)

According to one embodiment, computer system is disclosed. The computer system includes a central processing unit (CPU), a bus coupled to the CPU and a chipset coupled to the bus. The chipset includes compensation circuitry to compensate for process, voltage and temperature (PVT) effects attributed to a voltage change on the bus.

Method to detect a temperature change by a thermal monitor and compensating for process, voltage, temperature effects caused by the temperature change

Growing community of inventors

Gold River, CA, United States of America

Christine Watnik