Abstract: A portable entertainment system is created from a base unit, a handheld controller, and a remote computing device. The base unit includes a universal docking system to receive the remote computing device and a controller dock to receive the handheld controller. Several electronic systems allow for multimedia inputs and outputs to be obtained through the base unit. The base unit also acts as an access point, thanks to Ethernet and wireless capabilities. The handheld controller has several ergonomic improvements, including finger grooves along a bottom portion and elliptical shaped rests that are better adapted to the natural contours of a person's finger. Improved triggers are also provided; a reverse trigger system allows users to easily slide their fingers along a lower trigger to an adjacent upper trigger.

Abstract: A portable entertainment system has a base unit and a remote computing device. The base unit has an electronics apparatus, the electronics apparatus has a base processing module, the base processing module has a base central processing unit and a base graphics processing unit, the base central processing unit and the base graphics processing unit are electrically connected with each other, the remote computing device has a remote processing module, the remote processing module has a remote central processing unit and a remote graphics processing unit, and the remote central processing unit and the remote graphics processing unit are electrically connected with each other. When the base unit and the remote computing device are electrically connected with each other, the base central processing unit and the remote central processing unit are coupled with each other, the base graphics processing unit is active, and the remote graphics processing unit is inactive.

Abstract: A portable entertainment system is created from a base unit, a handheld controller, and a remote computing device. The base unit includes a universal docking system to receive the remote computing device and a controller dock to receive the handheld controller. Several electronic systems allow for multimedia inputs and outputs to be obtained through the base unit. The base unit also acts as an access point, thanks to Ethernet and wireless capabilities. The handheld controller has several ergonomic improvements, including finger grooves along a bottom portion and elliptical shaped rests that are better adapted to the natural contours of a person's finger. Improved triggers are also provided; a reverse trigger system allows users to easily slide their fingers along a lower trigger to an adjacent upper trigger.