Abstract: A method can include, during a boot flow at an information handling system, receiving an initial device path related to a device that is integrated with or coupled to the information handling system. The method can also include identifying a system-specific device location table based on a node included in the initial device path and receiving a particular alternate location string associated with the node at the system-specific location table. Further, the method can include adding the particular alternate location string to an alternate device path string related to the device and outputting the alternate device path to a user after the alternate device path includes an alternate location string associated with each node of the initial device path.

Abstract: A device comprising a monitor and a monitor support stand. The monitor support is configured to hold the monitor in a plurality of fixed locations. The monitor support includes a spring, a spring counterweight balance, and a cam. The spring is configured to support a weight of the monitor. The spring counterweight balance is coupled to the spring, and is configured reduce a force required to adjust a tension of the spring. The cam is coupled to the spring counterweight balance, and has a plurality of positions, wherein each of the plurality of positions is configured to adjust a weight range of the monitor that the spring can support.

Abstract: A power supply unit of an information handling system determines that a power consumption module of the information handling system is available. If the power consumption module is available, the power supply unit measures input power of the power supply unit and provides a representation of the input power to the power consumption module in response to receiving a power measurement request from the power consumption module. If the power supply unit determines that the power consumption module is not available, the power supply unit measures input power of the power supply unit and stores a representation of the input power at the power supply unit independent of a power measurement request from the power consumption module.

Abstract: A system includes a minicard host connector and an open NAND flash interface host connector. The minicard host connector is configured to receive a minicard. The open NAND flash interface host connector is in physical communication with the minicard host connector and configured to receive an open NAND flash interface card. The open NAND flash interface host connector includes first and second retention arms extending from opposite ends of the open NAND flash interface host connector. The open NAND flash interface host connector is sufficiently wide for the minicard host connector to fit between the first and second retention arms.

Abstract: A device includes a dynamic random access memory and a voltage regulator. The dynamic random access memory has a first input terminal connected to a first plurality of dual in-line memory module voltage pins, and a second input terminal. The dynamic random access memory is configured to receive a first voltage on the first input terminal. The voltage regulator has an input terminal connected to a second plurality of dual in-line memory module voltage pins, and an output terminal connected to the second input terminal of the dynamic random access memory. The voltage regulator is adapted to receive a second voltage, and configured to provide a third voltage to the second input terminal of the dynamic random access memory.

Abstract: An interface retention and support apparatus and method of use is disclosed. In one form, an extension apparatus can include a first coupling interface operable to be coupled to an first expansion terminal of a printed circuit board. The apparatus can also include a retention mechanism aligned to a surface of the first coupling interface. The retention mechanism can be used to engage a first exterior surface of the first expansion terminal upon coupling the first coupling interface to the first expansion terminal. The apparatus can further include an access terminal operably coupled to the first coupling interface and an expansion circuit coupled between the first coupling interface and the access terminal. The expansion circuit can electrically couple the first expansion terminal to access terminal.

Abstract: An information handling system includes a three phase brushless direct current motor and a motherboard which in turn includes a drive circuit. The three phase brushless direct current motor is configured to rotate a cooling fan in the information handling system based on a control signal. The drive circuit is connected to the three phase brushless direct current motor, and the drive circuit is configured to adjust the control signal sent to the three phase brushless direct current motor based on a back electromagnetic flux signal.

Abstract: An information handling system includes a processing system with a radio output, another processing system with a radio output, and a radio selector operable to couple an antenna to a selected one of the radios. A radio selector board includes a radio, a selector switch with an input terminal coupled to the radio, another input terminal coupleable to another radio, a control input coupleable to a control module, and an output coupleable to an antenna. In response to a control signal from the control module, the selector switch connects the first radio to the antenna, and in response to another control signal, the selector switch connects the other radio to the antenna.

Abstract: A system includes a minicard socket, a controller, a south bridge, and a differential multiplexer. The minicard socket is configured to receive a plurality of types of minicards. The controller is in communication with the minicard socket, and is configured to determine which one of the plurality of types of minicards is received within the minicard socket. The south bridge is configured to communicate with the minicard received within the minicard socket. The differential multiplexer is in communication with the controller and with the minicard socket. The differential multiplexer configured to switch the south bridge and the minicard socket between communicating over a plurality of buses based on the type of minicard received within the minicard socket.

Abstract: A method, device, and system including built-in self tests for a communication bus device is disclosed. In one form, a method of testing a device operable to be coupled to a communication port an information handling system includes accessing a configuration descriptor of a first device operable to be coupled to a communication bus of an information handling system. The method can also include detecting a self-test descriptor associated with the configuration descriptor and testing a portion of the first device using test information associated with the self-test descriptor. The device and system can include logic to perform the methods described herein.

Abstract: A method can include monitoring a proportion of a particular type of information handling system resource used by a particular virtual machine of a plurality of virtual machines. The particular virtual machine can be accessible to a thin client information handling system via a communications broker. The method can include sending first data to the communications broker, the first data indicating the proportion of the particular type of information handling system resource used by the particular virtual machine, and receiving second data from the communications broker. The second data can indicate that a greater or lesser amount of the particular type of information handling system resource is to be allocated to the particular virtual machine. The method can include automatically allocating the greater or lesser amount of the particular type of information handling system resource to the particular virtual machine in response to the second data.

Abstract: A system and method for providing a communication enabled UPS power system for information handling system is disclosed. According to one aspect, an information handling system can be used to communicate with a power source using a first power cable. The information handling system can include a power circuit operable to power a portion of an information handling system using input power provided by an uninterruptible power supply (UPS). The information handling system can also include a UPS controller coupled to the power circuit. The UPS controller can control the output of the first UPS using a first power cable operable to provide the input power to power the portion of the information handling system.

Abstract: A method can include associating a bin access value with each data storage bin of a plurality of data storage bins after a current time window ends; mapping each data storage bin of the plurality of data storage bins to a storage tier of a hierarchy of storage tiers, based on the bin access value associated with the data storage bin, such that a bin access value associated with each data storage bin mapped to a storage tier is greater than or equal to a bin access value associated with each data storage bin mapped to a next highest-performing storage tier; causing data associated with each data storage bin of the plurality of data storage bins to be migrated to the storage tier to which the data storage bin is mapped; and, when a data storage bin was not mapped to a current storage tier after a previous time window ended, automatically determining a time weighting factor to be applied to an access frequency associated with a time window.

Abstract: An information management system is disclosed and includes a bootstrap server and at least one additional component. Further, the system includes an animated installation manual file stored within the bootstrap server. The animated installation manual is configured to be presented to a user upon an initial boot of the bootstrap server. Additionally, the animated installation manual can be automatically generated based on configuration information received from the user.

Abstract: A method includes determining if a display connection is in an information handling system, reading configuration information from a display, determining whether the configuration information identifies the display as an internal device, and training a data link. A memory includes code to perform a method of determining if a display connection is in an information handling system, reading configuration information from a display, determining if the configuration information identifies the display as an internal device, and training a data link. An information handling system includes a memory with code, a display, and a graphics processor that executes the code. The code operates to determine if a display connection is in the information handling system, read configuration information from the display, determine if the configuration information identifies the display as an internal device, and train a data link.

Abstract: A system includes a plurality of virtualization servers and a virtual desktop interface. The plurality of virtualization servers are configured to be placed in communication with a client. The virtual desktop interface is in communication with the plurality of virtualization servers and with the client. The virtual desktop interface is configured to receive a request for maintenance from the client, and further configured to perform the request for the maintenance on one of the virtualization servers associated with the client.

Abstract: A method of providing information for display includes receiving primary, secondary, and tertiary information for display at an information handling system. The tertiary information is communicated to a display interface after the primary and secondary information during a time period otherwise assigned to the communication of dummy information. This allows more information to be communicated via a communication channel.

Abstract: An information handling system stores code, layout information, and location information in a memory. A processor executes the code to read the information, render a representation of the information handling system from the layout information, and display the representation on a display. The representation includes a connector that is located based on the location information. A method includes displaying a representation of an information handling system and a device. The representation includes depictions of the information handling system and the device. The method also includes receiving an input selecting the depiction of the device, and disabling the device in response to receiving the input. A memory includes code for carrying out the method.

Abstract: A system and method migrating virtualized environments is disclosed. According to an aspect of the disclosure, the information handling system can include a migration monitor configured to initiate migration of a remote virtualized environment operating on a first remote system. The information handling system can also include a trusted platform module including a local memory storing a plurality of access keys configured to enable use of a plurality of virtualized environments. According to an aspect, the plurality of access keys can include a first access key configured to be used with a first remote system. The information handling system can also include a secure communication channel configured to enable a mapping of the first access key to a second remote system upon the migration monitoring determining the second remote system is capable of satisfying an operating characteristic of the remote virtualized environment.

Abstract: A device includes a screen back cover, a screen protective cover frame, a roller, and a screen protective cover. The screen back cover is configured to mount a screen to a computer. The screen protective cover frame includes a roller chamber, and is configured to snap fit with the screen back cover. The roller is disposed within the roller chamber, and is configured to guide a battery of the computer and to inhibit the battery from being placed in physical communication with the screen when the battery is inserted into the computer. The screen protective cover is in physical communication with the screen protective cover frame, and is configured to hold the roller within the roller chamber.