Abstract: Example implementations relate to a system for enabling compression of a video output. For example, the system can include a circuit board including a plurality of slots, each slot to receive a module, a multiplexor coupled between the plurality of slots, and a management controller, among other components. The management controller can detect a respective type of module coupled to each of the plurality of slots and instruct the multiplexor to transmit signals between a first slot among the plurality of slots and a second slot among the plurality of slots in response to detection of a graphics coprocessor module coupled to the first slot and an accelerator module coupled to the second slot. Similarly, the management controller can compress a video output from the first slot using the second slot.

Abstract: Example implementations relate to a system for enabling compression of a video output. For example, the system can include a circuit board including a plurality of slots, each slot to receive a module, a multiplexor coupled between the plurality of slots, and a management controller, among other components. The management controller can detect a respective type of module coupled to each of the plurality of slots and instruct the multiplexor to transmit signals between a first slot among the plurality of slots and a second slot among the plurality of slots in response to detection of a graphics coprocessor module coupled to the first slot and an accelerator module coupled to the second slot. Similarly, the management controller can compress a video output from the first slot using the second slot.

Abstract: A multi-bay apparatus can include a connector located in a multi-bay of a printed circuit assembly (PCA) of the apparatus, the connector is shaped to support a plurality of electronic input components at separate periods of time. The connector can connect an electronic input component among the plurality of electronic input components supported by the connector.

Abstract: A system for generating energy from waste includes a generator device and an ejector device integrated in a pipe line unit. The generator device includes nozzle venture inlets. The ejector device is coupled with the generator device and includes a slit venture outlet to restore any velocity pressure loss in the pipe line unit and eliminate any back pressure buildup in the generator device.

Abstract: A system for generating energy from waste includes a generator device and an ejector device integrated in a pipe line unit. The generator device includes nozzle venture inlets. The ejector device is coupled with the generator device and includes a slit venture outlet to restore any velocity pressure loss in the pipe line unit and eliminate any back pressure buildup in the generator device.

Abstract: A system for generating energy from waste includes a generator device and an ejector device integrated in a pipe line unit. The generator device includes nozzle venture inlets. The ejector device is coupled with the generator device and includes a slit venture outlet to restore any velocity pressure loss in the pipe line unit and eliminate any back pressure buildup in the generator device.

Abstract: A generator system includes a pipe line which includes a control valve for diverting input gas or liquid into a pair of bypass pipe lines, whose output is coupled with two nozzle venture inlets in a turbine housing. Gas or liquid entering the turbine housing through the nozzle venture inlets rotates a turbine impellor having a generator shaft to generate energy. Gas or liquid exiting from the turbine housing, along with diverted input gas or liquid, pass through an ejector device which eliminates back pressure and restores any pressure loss.