Abstract: A storage server system includes a storage module including at least one storage device for generating at least one present signal, a micro controller coupled to the storage module for generating a setting signal according to the at least one present signal and system information, and a tunable resistor coupled to the micro controller, wherein a resistance of the tunable resistor is corresponding to an over current protection value of the storage server system.

Abstract: A manufacturing method of an epitaxial fin-shaped structure includes the following steps. A substrate is provided. A recess is formed in the substrate. An epitaxial layer is formed on the substrate. The epitaxial layer is partly formed in the recess and partly formed outside the recess. The epitaxial layer has a dent formed on the top surface of the epitaxial layer, and the dent is formed corresponding to the recess in a thickness direction of the substrate. A nitride layer is conformally formed on the epitaxial layer. An oxide layer is formed on the nitride layer. A first planarization process is performed to remove a part of the oxide layer, and the first planarization process is stopped on the nitride layer. The epitaxial layer in the recess is patterned for forming at least one epitaxial fin-shaped structure.

Abstract: A management method for a storage system is disclosed. The storage system comprises a plurality of hard disks, the management method comprises dividing the plurality of hard disks into a hot storage group, a warm storage group and a cold storage group according to a first threshold and a second threshold; exchanging a first warm storage hard disk conforming to the first threshold in the warm storage group with a hot storage hard disk in the hot storage group in response to not conform to the first threshold; and exchanging a cold storage hard disk conforming to the second threshold in the cold storage group with a second warm storage hard disk in the warm storage group in response to conform to the second threshold.

Abstract: A manufacturing method of an epitaxial fin-shaped structure includes the following steps. A substrate is provided. A recess is formed in the substrate. An epitaxial layer is formed on the substrate. The epitaxial layer is partly formed in the recess and partly formed outside the recess. The epitaxial layer has a dent formed on the top surface of the epitaxial layer, and the dent is formed corresponding to the recess in a thickness direction of the substrate. A nitride layer is conformally formed on the epitaxial layer. An oxide layer is formed on the nitride layer. A first planarization process is performed to remove a part of the oxide layer, and the first planarization process is stopped on the nitride layer. The epitaxial layer in the recess is patterned for forming at least one epitaxial fin-shaped structure.

Abstract: A metadata management method for a memory device includes generating a virtual address layer in a memory space of a non-volatile memory of the memory device; establishing a mapping table in the virtual address layer to store at least one metadata corresponding to at least one storing block, wherein the at least one storing block comprises at least one physical address and the at least one physical address is related to the memory space; when writing at least one datum to the memory device, writing the at least one datum to at least one memory block of the memory space according to the at least one physical address; and updating the at least one metadata of the at least one storing block when finishing writing the at least one datum.

Abstract: A method for fabrication a nanosheet device includes providing forming a stacked layer on a substrate, having first material layers and second material layers in different materials, alternatingly stacked up. The stacked layer is patterned to a stacked fin. A dummy stack is formed on the stacked fin. An etching back process is performed with the dummy stack with spacers to etch the stacked fin and expose the substrate. Laterally etches the first material layers and the second material layers, to have indent portions. Inner spacers fill the indent portions. A first/second source/drain layer is formed on the substrate at both sides of the dummy stack. Etching process is performed to remove the dummy gate of the dummy stack and the selected one of the first material layers and the second material layers between the inner spacers. Metal layer fills between the spacers and the inner spacers.

Abstract: A semiconductor device includes a metal gate on a substrate, a polysilicon layer on the metal gate, a hard mask on the polysilicon layer, and a source/drain region adjacent to two sides of the metal gate. Preferably, the metal gate includes a ferroelectric (FE) layer on the substrate, a work function metal layer on the FE layer, and a low resistance metal layer on the work function metal layer.

Abstract: A method for fabricating semiconductor device includes the steps of: providing a substrate having a first region and a second region; forming a first well in the substrate on the first region and a second well in the substrate on the second region; removing part of the first well to form a first recess; and forming a first epitaxial layer in the first recess.

Abstract: A lashing eye assembly includes amounting unit and an eye plate unit which includes two wing members and a bridge member. The wing members are angularly displaced from each other about an axle axis. Each of the wing members has a rim portion and a body portion which is formed with a lashing eye configured to couple a lower end of a lashing rod assembly. The bridge member has an outer interconnecting surface interconnecting outward regions of the rim portions of the wing members, and an inner interconnecting surface which extends in a circumferential direction about the axle axis to interconnect inward regions of the rim portions of the wing members.

Abstract: A storage server system includes a storage module including at least one storage device for generating at least one present signal, a micro controller coupled to the storage module for generating a setting signal according to the at least one present signal and system information, and a tunable resistor coupled to the micro controller, wherein a resistance of the tunable resistor is corresponding to an over current protection value of the storage server system.

Abstract: A method for fabricating semiconductor device includes the steps of: forming a gate structure on a substrate; forming an interlayer dielectric (ILD) layer around the gate structure; removing the gate structure to form a first recess; forming ferroelectric (FE) layer in the first recess; forming a compressive layer on the FE layer; performing a thermal treatment process; removing the compressive layer; and forming a work function metal layer in the recess.

Abstract: A method for fabricating semiconductor device includes the steps of: forming a gate structure on a substrate; forming an interlayer dielectric (ILD) layer around the gate structure; removing the gate structure to form a first recess; forming ferroelectric (FE) layer in the first recess; forming a compressive layer on the FE layer; performing a thermal treatment process; removing the compressive layer; and forming a work function metal layer in the recess.

Abstract: A storage system and a data transferring method thereof are provided. The storage system includes at least one drawer storage device, a backplane board and a processing unit. Each of the drawer storage devices accommodates at least one storage device, and has a first connecting interface. The backplane board has a second connecting interface. The backplane board and each of the drawer storage devices are connected with each other through a transmission line. The first connecting interface and the second connecting interface are connected or isolated with each other. The processing unit detects a connection status between the first connecting interface and the second connecting interface, and determines to transfer data through at least one of the transmission line and a connection between the first connecting interface and the second connecting interface according to the connection status.

Abstract: A multi-function power converting apparatus including an inverter circuit and a controller is provided. The inverter circuit drives a load. The controller generates a control signal according to a sampled DC voltage, a sampled AC voltage, a load current, and an output current. The controller causes the inverter circuit to enter an uninterruptible power supply mode or a grid-connected power supply mode through the control signal. Specifically, when the inverter circuit enters the grid-connected power supply mode, the multi-function power converting apparatus operates in one of a mixed real-virtual power output mode, a rectification charging mode, an active filtering mode, and an active power balancing mode.

Abstract: A power control system includes a power supply unit, first and second microcontrollers, a transmission line and first and second filters, for transmitting a power management bus (PMB) to a server. The power supply unit provides a power signal, the PMB and a carrier frequency. The first and second microcontrollers respectively perform modulation and demodulation to the PMB according to the carrier frequency, such that the transmission line simultaneously transmits the power signal and the PMB to the server.

Abstract: A server system and a method for detecting a transmission mode of the server system are provided. The storage system includes a control device and a storage back plane. The storage back plane includes a non-volatile memory module having mode information. When the control device is plugged into the storage back plane, the control device obtains the mode information of the storage back plane, determines whether the transmission mode of the control device matches the mode information, and decides whether to send a first prompt signal according to whether the transmission mode of the control device matches the mode information.

Abstract: A computer system and a bus arbitration method are provided. The computer system includes a bus, a plurality of master devices, and a slave device. The master devices and the slave device are coupled to the bus. Each of the master devices determines the number of the operating master devices through the bus. When a first master device intends to access the slave device, the first master device performs a bus arbitration on the slave device and attempts to access the slave device. If the slave device is accessed successfully, the first master device does not participate in N number of times of subsequent bus arbitrations. If the slave device is accessed unsuccessfully, the first master device determines whether the slave device is released. If the slave device is released, the first master device performs a next bus arbitration and attempts to access the slave device continuously.

Abstract: A server system and a control method for a storage unit are provided. The server system includes multiple modular devices and a connection device. The storage unit in the modular devices includes a transmission interface expander. The transmission interface expander detects whether connects a former modular device, and sets the storage unit as a slave device of the former modular device when the transmission interface expander connects the former modular device. When the transmission interface expander does not connect the former modular device, the transmission interface expander is set as a storage node and communicates to the external server, and the latter storage unit connected behind the transmission interface expander becomes a slave device of the transmission interface expander.

Abstract: A server including a first storage unit, a control unit, and a host is provided. The first storage unit enters a first sleep mode or a second sleep mode according to a first control signal. When operating in the first sleep mode, the storage unit has a first power consumption value. When operating in the second sleep mode, the storage unit has a second power consumption value that is different from the first power consumption value. The control unit adjusts the first control signal according to a switching signal. The host generates the switching signal according to an access state of the first storage unit.

Abstract: A server system and a data access method using the same are provided. The server system includes a first server and a second server. The first server includes a first host, a first expander unit and a first peripheral device. The first expander unit is coupled to the first host, and the first peripheral device is coupled to the first expander unit. The second server includes a second host, a second expander unit and a second peripheral device. The second expander unit is coupled to the second host, and the second peripheral device is coupled to the second expander unit. The first expander unit is connected to the second expander unit. The first host accesses the first peripheral device through the first expander unit. The first host further accesses the second peripheral device through the first expander unit and the second expander unit while the second host malfunctions.