Servidor de juego de modo multiple

SERVIDOR DE MODO MÚLTIPLE, QUE COMPRENDE UN RECURSO DE CÓMPUTO DE JUEGO OPTIMIZADO Y UN RECURSO DE CÓMPUTO DE PROCESAMIENTO GENERAL OPTIMIZADO, DONDE LOS RECURSOS SON BALANCEADOS PARA UTILIZAR UNA CANTIDAD DE ENERGÍA SUSTANCIALEMENTE IGUAL A LA MÁXIMA, Y EN DONDE EL SERVIDOR COMPRENDE UN CONTROL PARA ACTIVAR UNO DE LOS RECURSOS EN UN PUNTO DADO EN EL TIEMPO, PERO NO SIMULTÁNEAMENTE AMBOS; MÉTODO PARA MANEJAR CARGAS DE TRABAJO. Aspects of the present invention relate to a multimode gaming server with different types of computing resources provided within the server. The different computing resources can be optimized for different computing tasks. For example, a first type of resource can be optimized for producing high definition graphics and a second type of resource for enterprise computing. Each resource may be activated or deactivated as demand for different computing tasks change throughout the day. In one aspect, the resources are different chip sets in different mother board sockets. In one aspect, provisioning of the other components (e.g., cooling, power supply, network bandwidth) in the multimode server is not adequate for both computing resources to run simultaneously.