Abstract: Various embodiments include methods and devices for implementing Universal Chiplet Interconnect Express (UCIe) link configuration for multi-module chiplets of a computing device. Embodiments may include transitioning a UCIe link in an active state having a first sideband that is active to the UCIe link in a reset state, and initializing at least one sideband for the UCIe link that is a different functional sideband of a multi-module chiplet than the first sideband following the reset state of the UCIe link. Embodiments may include reading sideband data configured to represent a functional sideband of the multi-module chiplet, and initializing the functional sideband as the at least one sideband. Embodiments may include reading sideband data configured to represent at least two functional sidebands of the multi-module chiplet, and initializing at least one functional sideband of the at least two functional sidebands as the at least one sideband.

Abstract: Systems and methods for providing access rights may include a first computing system that receives a request to link an enterprise account of the first computing system to a second computing system. The first computing system may authenticate a user, receive a selection of one or more access rights, and one or more accounts of the enterprise account, via an application interface of the second computing system, and generate an access token for transmission to a computing device of the user, where the access token identifies the one or more access rights and the one or more accounts. The first computing system may transmit the access token to the computing device, to provide the computing device access to the one or more accounts according to the one or more access rights, of the first computing system, via the second computing system.

Abstract: A method for conditioning natural gas for downlink applications comprising pulling raw gas; cooling the gas to a temperature within a preset temperature range; removing solid contaminants and condensed liquids from the gas; reducing gas pressure to meet the requirements of the inlet side of a compressor; controlling the rotational speed of the compressor based on data input from various flow meters; delivering the preconditioned gas to the suction side of the compressor; elevating gas pressure to achieve a desired discharge pressure; using an aerial cooler to cool the pressurized gas; delivering the pressurized gas to a separator to separate the liquids from the gas; repeating the compression, cooling and separating steps until desired temperature and pressure are achieved; cooling the gas through the use of a heat sink; removing liquids from the gas through the use of a separator; and adjusting the final gas pressure and temperature.