Abstract: According to one embodiment, a semiconductor includes a first surface and a second surface. The semiconductor storage device includes a nonvolatile memory, a controller to control the nonvolatile memory, and terminals exposed in the first surface. The controller transmits first data indicative of a temperature of the controller measured by a temperature sensor, second data indicative of a temperature difference between the temperature of the controller and a temperature of the first surface, and third data indicative of a temperature difference between the temperature of the controller and a temperature of the second surface to a host device.

Abstract: According to one embodiment, an electronic device includes a terminal, a display and a controller. The terminal is capable of charging a battery included in a connected device independently from reception of data stored in the connected device. The display is configured to display video and a setting screen for inputting an input of an instruction regarding whether the connected device connected to the terminal should be operated by a) a first operation mode or b) a second operation mode. The controller is configured to control the display to a) preclude display, during charging the connected device, an output in which video of content stored in the connected device is reproduced in response to the first operation mode being selected on the setting screen, and b) display the output in which the video is reproduced in response to the second operation mode being selected on the setting screen.

Abstract: According to one embodiment, an electronic device including a display configured to display video, a reception module configured to receive a video signal from a connected device, and a controller configured to perform a display process of displaying input video corresponding to the video signal received by the reception module in the video being displayed by the display.

Abstract: According to one embodiment, a first controller is connected to one of a plurality of terminals. A detector is configured to detect a connection between each of the plurality of terminals and an MHL cable. A power supply module supplies electric power to a first connected apparatus connected via a first MHL cable in response to a first connection detection between a first terminal and the first MHL cable. A second controller is configured to connect the first terminal and the first controller, in response to the first connection detection, and to connect a second terminal and the first controller, when a signal is not received from the first connected apparatus via the first terminal at a timing of a second connection detection between the second terminal and a second MHL cable.

Abstract: According to one embodiment, an information processing apparatus includes a terminal, power supply module, measurement module, prediction module, and output module. The terminal is configured to connect with a cable from a chargeable external apparatus. The power supply module is configured to connect the terminal and to supply electric power to the external apparatus via the terminal. The measurement module is configured to measure a supplied power from the power supply module. The prediction module is configured to predict a charging status of the external apparatus based on the measurement result of the supplied power. The output module is configured to output the charging status.

Abstract: According to one embodiment, an information processing apparatus includes a first terminal, a power supply module, a detector, a processor and an output module. The first terminal is configured to connect a cable from a chargeable first external apparatus. The power supply module is configured to supply electric power to the first external apparatus via the first terminal. The detector is configured to detect a power supply status of the power supply module. The processor configured to process first input information from the first external apparatus via the first terminal. The output module is configured to output first unique information of the first external apparatus included in the first input information, and the power supply status detected by the detector.

Abstract: According to one embodiment, a first controller is connected to one of a plurality of terminals. A detector is configured to detect a connection between each of the plurality of terminals and an MHL cable. A power supply module supplies electric power to a first connected apparatus connected via a first MHL cable in response to a first connection detection between a first terminal and the first MHL cable. A second controller is configured to connect the first terminal and the first controller, in response to the first connection detection, and to connect a second terminal and the first controller, when a signal is not received from the first connected apparatus via the first terminal at a timing of a second connection detection between the second terminal and a second MHL cable.

Abstract: According to one embodiment, a receiving device configured to receive a stream transmitted from a transmitting device connected by an MHL cable in compliance with an MHL standard, including, two or more HDMI terminals, to which the MHL cable is connected, two or more MHL processors, each configured to process signals of the stream input to the HDMI terminals in compliance with an MHL standard, and a switch configured to switch connection between the terminals and one of the MHL processors based on whether the MHL cable is connected thereto.

Abstract: In a recording/reproducing apparatus capable of communicating with a data transmission site and the other apparatus through a network, a control unit controls the recording and reproducing of the information based on firmware. A receiving unit receives first information from the other apparatus through the network, the first information including a request of updating of the firmware. An output unit outputs second information to the data transmission site through the network in response to reception of the first information, the second information including a request of transmitting third information used for updating the firmware. A unit acquires the third information from data transmission site through the network to update the firmware.

Abstract: This invention enables the user to change the display state of the sub-picture signal on the reproducing apparatus side arbitrarily and obtain the display state of the sub-picture signal according to the user's taste. A main picture decoder decodes the compressed main picture data and outputs the main picture signal. A sub-picture decoder decodes the sub-picture data. A sub-picture processing section receives the sub-picture signal decoded the sub-picture decoder and can change the layout position and/or size of the sub-picture signal. A combining section combines the processed sub-picture signal outputted from the sub-picture processing section with the main picture signal and outputs the resulting signal.

Abstract: Disclosed is a network-based information recording/reproducing system, in which a first information recording/reproducing apparatus being a sender of an information transmits an information transfer request information containing a transaction ID to all the information recording/reproducing apparatus(es) connected via a network except the first apparatus itself; out of the information recording/reproducing apparatus (es) received such a transmission, a second information recording/reproducing apparatus applicable to the information transfer request transmits (for example, unicasts) an information transfer response information containing the transaction ID, a hostname/IP address information of itself, and an information medium type information indicating the type of an information medium device; the first apparatus receiving the response information transmits an information content to the second apparatus specified by the hostname/IP address information contained in the response information; and the second app

Abstract: A mail containing recording conditions is transmitted by a portable terminal, and a recording and playback apparatus receives the mail from a server. Thereby, a recording programming, that is, a recording start and recording end of information, can be set in the recording and playback apparatus, even when the recording programming cannot be set on the recording and playback apparatus by using an apparatus main body or a remote control device.

Abstract: Disclosed herein is a data-recording/reproducing apparatus that is connected to the Internet. The apparatus has a memory. The apparatus downloads program-recording reservation data from an iEPG site connected to the Internet. In the apparatus, the memory stores the program-recording reservation data.

Abstract: In a recording/reproducing apparatus capable of communicating with a data transmission site and the other apparatus through a network, a control unit controls the recording and reproducing of the information based on firmware. A receiving unit receives first information from the other apparatus through the network, the first information including a request of updating of the firmware. An output unit outputs second information to the data transmission site through the network in response to reception of the first information, the second information including a request of transmitting third information used for updating the firmware. A unit acquires the third information from data transmission site through the network to update the firmware.

Abstract: This invention enables the user to change the display state of the sub-picture signal on the reproducing apparatus side arbitrarily and obtain the display state of the sub-picture signal according to the user's taste. A main picture decoder decodes the compressed main picture data and outputs the main picture signal. A sub-picture decoder decodes the sub-picture data. A sub-picture processing section receives the sub-picture signal decoded the sub-picture decoder and can change the layout position and/or size of the sub-picture signal. A combining section combines the processed sub-picture signal outputted from the sub-picture processing section with the main picture signal and outputs the resulting signal.