Abstract: Provided is a high-capacity SSD that has the same form factor as 3.5-inch hard disk drives and has a structure where memory cards, such as standard M.2 SSDs, M.3 SSDs or nonstandard full-scale SSDs, are inserted in a horizontal sliding manner into an exterior having the same size as a 3.5-inch hard disk drive, and are provided in a multi-stage arrangement in the vertical direction. The SSD multiplier provides a high-capacity SSD case structure having a novel structure where a vertical backplane board is placed at a fixed position such that the case does not need to be disassembled even when an SSD memory card is replaced with another SSD memory card having a different length. Further provided is a case structure which can handle the various sizes of SSD memory cards that are used, where individual SSD memory cards have vibration resistance characteristics against external vibrations in XYZ-axis directions.

Abstract: Provided is a data storage control apparatus and method having a data protection function by using wireless communication with a smartphone, the apparatus comprising: a connector and a control unit which are connected to a host computer inside the data storage control apparatus; and a bus switch capable of connecting or disconnecting a main data bus between the control unit and the data storage or a connection connector to which the data storage is connected, wherein the bus switch is connected to an on/off control pin of a wireless communication unit provided inside the data storage control apparatus. The wireless communication unit is connected to the smartphone of a user by a wireless interface such as Bluetooth or WiFi through an antenna.

Abstract: Provided is a high-capacity SSD that has the same form factor as 3.5-inch hard disk drives and has a structure where memory cards, such as standard M.2 SSDs, M.3 SSDs or nonstandard full-scale SSDs, are inserted in a horizontal sliding manner into an exterior having the same size as a 3.5-inch hard disk drive, and are provided in a multi-stage arrangement in the vertical direction. The SSD multiplier provides a high-capacity SSD case structure having a novel structure where a vertical backplane board is placed at a fixed position such that the case does not need to be disassembled even when an SSD memory card is replaced with another SSD memory card having a different length. Further provided is a case structure which can handle the various sizes of SSD memory cards that are used, where individual SSD memory cards have vibration resistance characteristics against external vibrations in XYZ-axis directions.

Abstract: Provided is a rack mount case storage system separably coupled to a body, wherein, constituting the storage system, a SATA interface based-3.5 inch storage media and a PCIe interface based-3.5 inch storage media are both accommodated in a front case, thereby forming a high-capacity hybrid Bay structure; and a power supply module for supplying power to the storage system of the present invention, as well as a HOST Computer interface card, a storage extension module, a RAID card, and some storage media, which are components for performing various controls of the storage system, are mounted in a rear case.

Abstract: Provided is a rack mount case storage system separably coupled to a body, wherein, constituting the storage system, a SATA interface based-3.5 inch storage media and a PCIe interface based-3.5 inch storage media are both accommodated in a front case, thereby forming a high-capacity hybrid Bay structure; and a power supply module for supplying power to the storage system of the present invention, as well as a HOST Computer interface card, a storage extension module, a RAID card, and some storage media, which are components for performing various controls of the storage system, are mounted in a rear case.

Abstract: Provided are a computer system and a method of booting the same. The computer system includes: a first storage unit for storing a booting-related program including an operating system program and data, the stored program and data being retained even when a power voltage is not supplied; and a second storage unit for storing data, the data being lost when the power voltage is not supplied for a predetermined time or longer.

Abstract: Provided are a computer system and a method of booting the same. The computer system includes: a first storage unit for storing a booting-related program including an operating system program and data, the stored program and data being retained even when a power voltage is not supplied; and a second storage unit for storing data, the data being lost when the power voltage is not supplied for a predetermined time or longer.

Abstract: A chip design verifying and chip testing apparatus includes a storing means for storing an application program verifying an operation of a designed chip and testing a manufactured chip having a plurality of blocks, an I/O file, and a test vector; an interface means controlling a data transmission between the storing means and the chip, and having a data applying means for applying the I/O file and/or the test vector outputted from the storing means and a data storing means for storing data outputted from the chip; and a computer including a CPU for performing and controlling the application program.

Abstract: Provided is an integrated circuit (IC) holder that includes: a case into which an IC package is inserted; a fastening unit for fastening the case to a printed circuit board (PCB); and a heat-dissipation unit for transferring heat generated from the IC package to the case, so that the IC holder is not in contact with the PCB or designed to avoid devices or circuits adjacent to the IC package even though it is contact with the PCB, thereby reducing an unnecessary area not used for layout of the PCB and providing a layout structure similar to that using only the IC package. Further, the IC holder can have a solderless structure to make the devices be readily replaced, solve an environment problem, and be easily applied to various kinds of the IC packages.

Abstract: A chip design verifying and chip testing apparatus includes a storing means for storing an application program verifying an operation of a designed chip and testing a manufactured chip having a plurality of blocks, an I/O file, and a test vector; an interface means controlling a data transmission between the storing means and the chip, and having a data applying means for applying the I/O file and/or the test vector outputted from the storing means and a data storing means for storing data outputted from the chip; and a computer including a CPU for performing and controlling the application program.

Abstract: A chip design verifying and chip testing apparatus is provided including a storing means for storing an application program verifying an operation of a chip and testing the chip, the chip having a plurality of blocks, an I/O file, and a test vector; an interface means controlling a data transmission between the storing means and the chip, the interface means having a data applying means for applying the I/O file and/or the test vector outputted from the storing means and a data storing means for storing data outputted from the chip; and a computer including a CPU for performing and controlling the application program.

Abstract: A chip design verifying and chip testing apparatus includes a storing means for storing an application program verifying an operation of a designed chip and testing a manufactured chip having a plurality of blocks, an I/O file, and a test vector; an interface means controlling a data transmission between the storing means and the chip, and having a data applying means for applying the I/O file and/or the test vector outputted from the storing means and a data storing means for storing data outputted from the chip; and a computer including a CPU for performing and controlling the application program.