Abstract: According to one configuration, a redundant power supply includes a first power supply and a second power supply that collectively provide power to a (circuit) load during a non-test mode. During a power supply test mode, controller hardware in communication with the redundant power supply selects the first power supply for testing. The controller hardware disables failure reporting of the second power supply and then deactivates the second power supply. The controller hardware tests an ability of the first power supply to power the load while the second power supply is prevented from powering the load. If the first power supply is unable to individually power the load, the controller hardware provides notification to a respective target recipient to go forward with replacing and/or fixing the first power supply.

Abstract: According to one configuration, a redundant power supply includes a first power supply and a second power supply that collectively provide power to a (circuit) load during a non-test mode. During a power supply test mode, controller hardware in communication with the redundant power supply selects the first power supply for testing. The controller hardware disables failure reporting of the second power supply and then deactivates the second power supply. The controller hardware tests an ability of the first power supply to power the load while the second power supply is prevented from powering the load. If the first power supply is unable to individually power the load, the controller hardware provides notification to a respective target recipient to go forward with replacing and/or fixing the first power supply.

Abstract: It is determined that a substantial portion of set-top terminals connected to a video content network require a software upgrade. In-band video bandwidth (e.g., video-on-demand or switched digital video) is allocated for the software upgrade. The software upgrade is broadcast to the set-top terminals from a carousel in a first remote node of the video content network, via the allocated in-band video bandwidth, until a predetermined number of the set-top terminals have received the software upgrade. Subsequent to the predetermined number of set-top terminals receiving the software upgrade, the in-band video bandwidth is de-allocated and the software upgrade is made available out-of-band to the remaining portion of the set-top terminals, via individual sessions with an application server in a second remote node of the video content network. An exemplary system, which can implement the method, includes a controller, a dynamic bandwidth allocation device, the carousel, and the application server.

Abstract: Techniques are afforded for providing syndication feed content on a television STB with limited decoder capability. A request is initiated for syndication feed content from a networked content source through the STB. The syndication feed content is obtained through a proxy device in communication with the networked content source. When the syndication feed content is in a first format usable by the STB, the proxy device passes the syndication feed content in the first format to the STB. When the syndication feed content is in a second format unusable by the STB, the syndication feed content is first converted from the second format to the first format usable by the STB and then the syndication feed content is passed, in the first format, to the STB.

Abstract: Techniques are afforded for providing syndication feed content on a television STB with limited decoder capability. A request is initiated for syndication feed content from a networked content source through the STB. The syndication feed content is obtained through a proxy device in communication with the networked content source. When the syndication feed content is in a first format usable by the STB, the proxy device passes the syndication feed content in the first format to the STB. When the syndication feed content is in a second format unusable by the STB, the syndication feed content is first converted from the second format to the first format usable by the STB and then the syndication feed content is passed, in the first format, to the STB.

Abstract: It is determined that a substantial portion of set-top terminals connected to a video content network require a software upgrade. In-band video bandwidth (e.g., video-on-demand or switched digital video) is allocated for the software upgrade. The software upgrade is broadcast to the set-top terminals from a carousel in a first remote node of the video content network, via the allocated in-band video bandwidth, until a predetermined number of the set-top terminals have received the software upgrade. Subsequent to the predetermined number of set-top terminals receiving the software upgrade, the in-band video bandwidth is de-allocated and the software upgrade is made available out-of-band to the remaining portion of the set-top terminals, via individual sessions with an application server in a second remote node of the video content network. An exemplary system, which can implement the method, includes a controller, a dynamic bandwidth allocation device, the carousel, and the application server.