Dell Products Inc.

Krishna Kumar Pk

Anirban Kundu

Abhijit Rajkumar Khande

Santosh Kumar Sahu

Tandava V K Popuri

Roger W Foreman

Rama B Bisa

A chassis determines a steady state power consumption of each node in the chassis based upon real-time monitoring of power consumption of the nodes. The chassis also determines a power allocation for each node based upon the steady state power consumptions for the nodes. The chassis also determines a total power allocation for the chassis based upon the steady state power consumptions for the nodes. The chassis also determines a source and amount of input power for the chassis based upon the total power allocation for the chassis. The steady state power consumption of a node may be determined by sampling the power consumption of the node during a window period, and setting the steady state consumption of the node to a range if the values of the samples during the window period are within the assigned range.

Dynamic power budgeting in a chassis

An information handling system recognizes PCIe-based RAID volumes, including RAID virtual disks spanning two or more NVMe storage drives, while performing boot, hibernation, and crash-dump functions, rather than treating each storage device and its corresponding storage controller separately. The information handling system may perform a two-tiered discovery/initialization process during which a storage protocol function driver detects and initializes physical storage controllers, a storage controller bus driver virtualizes all physical storage controllers of a particular storage protocol and exposes a single virtualized storage controller for the protocol. A virtual miniport driver may then detect RAID volumes associated with the virtual storage controller and initialize the detected RAID stack(s).

Method to virtualize PCIe controllers to support boot/hibernation/crash-dump from a spanned virtual disk

Growing community of inventors

Bengaluru, India

Krishna Kumar Pk