Abstract: Methods and systems are provided for a modular booth. In one example, a modular booth includes a first wall and a second wall coupled together by a ceiling, and further includes a plurality of modular elements coupled to the first wall and second wall. The modular elements may be moved to a retracted position to be stored within the walls or moved to an extended position to be utilized by a user of the booth, and the first wall, second wall, and ceiling may be decoupled from each other or folded against each other for transportation or compact storage of the booth.

Abstract: Methods and systems are provided for a modular booth. In one example, a modular booth includes a first wall and a second wall coupled together by a ceiling, and further includes a plurality of modular elements coupled to the first wall and second wall. The modular elements may be moved to a retracted position to be stored within the walls or moved to an extended position to be utilized by a user of the booth, and the first wall, second wall, and ceiling may be decoupled from each other or folded against each other for transportation or compact storage of the booth.

Abstract: A computer system includes a multi-layer circuit board having first and second routing layers. A component including pads is mounted on the first layer. Crosstalk protection is provided by a plurality of ground vias and signal vias adjacent to the component and extending between the first and second layers. A first circuit trace extends from a first pad along the first layer and between two adjacent ones of the ground vias. A second circuit trace extends from a second pad along the first layer to a signal via at the first layer and from the signal via along the second layer between the two adjacent ground vias.