Abstract: A system is provided that is capable of storing and presenting within an interface, interactive content. For instance, it is appreciated that there may be a need to effectively present interactive content at a customer site using standard computer equipment. Also it may be beneficial to provide user tools to easily calibrate the system and customize the interactive content to suit the particular interactive content and environment. A distributed system permits the use, customization and display of interactive content among a number of various site locations.

Abstract: A system is provided that is capable of storing and presenting within an interface, interactive content. For instance, it is appreciated that there may be a need to effectively present interactive content at a customer site using standard computer equipment. Also it may be beneficial to provide user tools to easily calibrate the system and customize the interactive content to suit the particular interactive content and environment. A distributed system permits the use, customization and display of interactive content among a number of various site locations.

Abstract: Communication between a host and a data storage device (DSD) including a first media for storing data and a second media for storing data. In one embodiment, a first controller of the DSD is configured to control operation of the first media and a second controller of the DSD is configured to control operation of the second media. The first controller receives a key data block of a monitoring system from the host with the key data block including a task file. The key data block is evaluated to determine if the key data block is directed to the second media, and if it is determined that the key data block is directed to the second media, the task file of the key data block is sent from the first controller to the second controller.

Abstract: Communication between a host and a data storage device (DSD) including a first media for storing data and a second media for storing data. In one embodiment, a first controller of the DSD is configured to control operation of the first media and a second controller of the DSD is configured to control operation of the second media. The first controller receives a key data block of a monitoring system from the host with the key data block including a task file. The key data block is evaluated to determine if the key data block is directed to the second media, and if it is determined that the key data block is directed to the second media, the task file of the key data block is sent from the first controller to the second controller.

Abstract: A data storage device (DSD) enters a high spindle suppression (HSS) mode to reduce instances of rotation of a spindle motor of the DSD during the HSS mode. When a read command is received from a host to read requested data from the DSD in the HSS mode, it is determined whether the requested data is not stored in a solid state memory of the DSD. If it is determined that the requested data is not stored in the solid state memory, the spindle motor is controlled to rotate a disk of the DSD. The requested data is read from the disk and stored in the solid state memory before completing transfer of the requested data to the host.