Abstract: A floor assembly includes a base panel including a depression, a spacing block at least partially disposed in the depression, and a floor panel spaced apart from the base panel by the spacing block.

Abstract: A prefabricated wall includes a surface, a depressed face spaced apart from the surface, an electrical assembly cavity adjacent to the depressed face, a first electrical pathway extending from the electrical assembly cavity, and a second electrical pathway extending from an end of the first electrical pathway at an angle from between 0 and 90 degrees of the first electrical pathway.

Abstract: A modular wall component is provided. One aspect of the modular wall component includes at least two vertical panels; at least two horizontal panels configured to form a lattice frame together with the at least two vertical panels, wherein each of the at least two horizontal panels is connected to each of the at least two vertical panels by an interior joint, respectively; and a feature configured to secure a mechanical component, an electrical component, or a plumbing component.

Abstract: A method for testing a DUT, operating in signaling mode, includes receiving sets of advertisements from the DUT over advertising channels; sending queries over one of the advertising channels in each set of advertisements in response to the advertisements; receiving acknowledgements over the one of the advertising channels in response to at least some of the scan requests, respectively; identifying respective advertising channels on which the queries are sent and the acknowledgements are received for each set of advertisements; calculating PER for each of the advertising channels using a ratio of the received and sent acknowledgements and queries; determining RF power of each of the advertising channels based on RF bursts associated with the advertisements and/or acknowledgements; temporally associating the PER and RF power based on timestamping; and determining quality of an RF radio in the DUT based on the associated PER and RF power.

Abstract: A method is provided for performing over-the-air (OTA) testing of a device under test (DUT). The method includes establishing an OTA connection with the DUT, while the DUT is in signaling mode, the OTA connection including advertising channels and data channels; sending universally unique identifier (UUID) requests at different transmit powers to the DUT over the data channels of the OTA connection; receiving UUID responses from the DUT over the data channels of the OTA connection in response to at least some of the UIDD requests; and determining a packet error rate (PER) for the received UUID responses from the DUT based on a ratio of a number of received responses and a number of sent connect requests. The determined PER indicates sensitivity of a receiver in the DUT.

Abstract: A method is provided for performing over-the-air (OTA) testing of a device under test (DUT). The method includes establishing an OTA connection with the DUT, while the DUT is in signaling mode, the OTA connection including advertising channels and data channels; sending universally unique identifier (UUID) requests at different transmit powers to the DUT over the data channels of the OTA connection; receiving UUID responses from the DUT over the data channels of the OTA connection in response to at least some of the UIDD requests; and determining a packet error rate (PER) for the received UUID responses from the DUT based on a ratio of a number of received responses and a number of sent connect requests. The determined PER indicates sensitivity of a receiver in the DUT.