Abstract: An electronics module for a data storage device enclosure, and, data storage device enclosures. The module comprises an enclosure connector for connecting to the enclosure, at least one bay constructed and arranged to receive a data storage device, and a controller arranged to selectively provide access to storage devices to which it is connected. The module has a communications path between the controller and the enclosure connector by which the controller can communicate with storage devices in the enclosure. The module also has a first communications path to the data storage device when received in the bay by which the controller can communicate with that data storage device. The module also has a second communications path to the data storage device when received in the bay by which that data storage device can be accessed from outside the module.

Abstract: An electronics module for a data storage device enclosure, and, data storage device enclosures. The module comprises an enclosure connector for connecting to the enclosure, at least one bay constructed and arranged to receive a data storage device, and a controller arranged to selectively provide access to storage devices to which it is connected. The module has a communications path between the controller and the enclosure connector by which the controller can communicate with storage devices in the enclosure. The module also has a first communications path to the data storage device when received in the bay by which the controller can communicate with that data storage device. The module also has a second communications path to the data storage device when received in the bay by which that data storage device can be accessed from outside the module.

Abstract: There is disclosed an electronics module (101) for a data storage device enclosure (100) and data storage device enclosures (100). The module comprises an enclosure connector (104) for connecting to the enclosure, at least one bay constructed and arranged to receive a data storage device (200), and a controller (102) arranged to selectively provide access to storage devices to which it is connected. The module (101) has a communications path (107) between the controller and the enclosure connector (104) by which the controller can communicate with storage devices in the enclosure. The module (101) also has a first communications path to the data storage device (200) when received in the bay by which the controller can communicate with that data storage device. The module (101) also has a second communications path to the data storage device (200) when received in the bay by which that data storage device can be accessed from outside the module.

Abstract: Cross product/service management of subscriber products/services is provided. When multiple product/services orders or instructions are received for a shared service or resource (e.g., a unified voicemail box/system) from two or more order or instruction entry systems (e.g., wireline and wireless telephone systems), the multiple orders or instructions are passed to a shared product/services provisioning manager for management of the orders or instructions with respect to the shared service or resource. If the orders require a change to the shared service or resource, the orders or instructions are mediated for concurrent or otherwise conflicting requests to the shared service or resource. Mediated requests are formatted for receipt and use by the shared service or resource and are then passed to a network element responsible for the shared service or resource for implementation.

Abstract: There is disclosed an electronics module (101) for a data storage device enclosure (100) and data storage device enclosures (100). The module comprises an enclosure connector (104) for connecting to the enclosure, at least one bay constructed and arranged to receive a data storage device (200), and a controller (102) arranged to selectively provide access to storage devices to which it is connected. The module (101) has a communications path (107) between the controller and the enclosure connector (104) by which the controller can communicate with storage devices in the enclosure. The module (101) also has a first communications path to the data storage device (200) when received in the bay by which the controller can communicate with that data storage device. The module (101) also has a second communications path to the data storage device (200) when received in the bay by which that data storage device can be accessed from outside the module.

Abstract: Cross product/service management of subscriber products/services is provided. When multiple product/services orders or instructions are received for a shared service or resource (e.g., a unified voicemail box/system) from two or more order or instruction entry systems (e.g., wireline and wireless telephone systems), the multiple orders or instructions are passed to a shared product/services provisioning manager for management of the orders or instructions with respect to the shared service or resource. If the orders require a change to the shared service or resource, the orders or instructions are mediated for concurrent or otherwise conflicting requests to the shared service or resource. Mediated requests are formatted for receipt and use by the shared service or resource and are then passed to a network element responsible for the shared service or resource for implementation.