Abstract: A method for manufacturing a memory having at least one stacked integrated circuit chip is firstly to remove a plurality of transitional weld structures from a first IC chip. A varied insulation layer is then formed on the first IC chip. The varied insulation layer is then processed by a laser beam to form a plurality of metal-disposed portions. A plurality of chip-conductive structures are then formed on the metal-disposed portions. A plurality of manufactured weld structures is formed on the chip conductive structures. A second IC chip having a plurality of original weld structures is then provided to the first IC chip. The original weld structures of the second IC chip are connected to the chip conductive structures of the first IC chip to form a stacked IC chip. The stacked IC chip is then mounted onto a memory substrate component to form a memory having the stacked IC chip.

Abstract: A download management system includes a server, a computer host and a storage device. The server stores an encrypted data, which is encrypted according to a certification signature. The computer host is communicatively connected to the server for executing a management program. The storage device is connected electrically to the computer host and includes the certification signature, wherein the download management execution program is capable of reading the certification signature from the storage device, downloading the encrypted data from the server, decrypings the encrypted data according to the certification signature to obtain a decrypted data, and storing the decrypted data in the storage device.

Abstract: A data secure system includes a computer host and a storage device having a certification signature. The computer host includes an encryption/decryption program, a data transceiver unit, an encryption module, and a decryption module. The data transceiver unit is communicatively connected to the storage device and an external device for receiving a raw data from the external device. The encryption module reads certification signature from the storage device via the encryption/decryption program, encrypts the raw data into an encryption data according to the certification signature, and stores the encryption data in the storage device. The decryption module reads the certification signature and the encryption data from the storage device via the encryption/decryption program and decrypts the encryption data according to the certification signature. Moreover, a method of storing and reading data is also provided.

Abstract: The invention discloses a system capable of attaching position information to an image file, and the system comprises a GPS recorder and a memory card. The GPS recorder is used for receiving the position information and transmitting the position information via wireless transmission. When an image file is generated and stored in the memory card, the position information received from the GPS recorder will be immediately attached to the image file.

Abstract: The invention discloses a memory card comprising a GPS module, a storage unit, and a card controller. The GPS module is used for receiving a plurality of positional information. When an image file is being generated, the card controller is used for storing the image file to the storage unit and for immediately attaching positional information to the image file. The invention also discloses a memory card comprising a GPS module, a storage unit, a card controller, and a micro-controlling unit. The GPS module is used for receiving a plurality of positional information. When an image file is being generated, the card controller is used for storing the image file to the storage unit. The micro-controlling unit is used for immediately attaching positional information to the image file.

Abstract: The invention discloses a GPS recorder comprising a GPS receiver, a memory, a card connector, and a USB OTG controller. The GPS receiver is used for receiving a plurality of positional information and a plurality of first time information. The memory is used for storing the positional information and the first time information. The card connector is used for connecting with a memory card, wherein an image file with a second time information is stored in the memory card. When the memory card is connected to the card connector of the GPS recorder by a user, the USB OTG controller retrieves one of the first time information corresponding to the second time information and then attaches the positional information corresponding to the retrieved first time information to the image file.