Device and method for realizing data interaction of solid-state hard disks
A solid-state hard disk, data interaction technology, applied in electrical digital data processing, instruments, etc., can solve the blue screen, structural redundancy, complex design and other problems of intelligent equipment such as computers, avoid blue screen or crash, device structure is simple, and production costs low effect
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Embodiment 1
[0035] A device for implementing solid-state hard disk data interaction in an embodiment of the present invention is installed on a smart device, such as figure 1 and figure 2 As shown, the device includes: a system management bus 2, a bridge unit 4 and a CPU 5, and the device can operate storage devices such as at least one solid-state hard disk (such as NVMe SSD) so that it can realize operations such as hot swapping during data interaction , which is convenient for users to use while avoiding failures. The system management bus 2 (SMbus) can be a PCIe slot-based system management bus 2, which is the communication trunk line between the solid state drive and the smart device, and the smart device can pass through the system management bus. 2. To operate and control the solid-state hard disk, the bridging unit 4 can bridge the high-speed transmission data flow and the low-speed transmission data flow, so that the data flow can be normally transmitted between different types ...
Embodiment 2
[0042] The embodiment of the present invention also provides a method for realizing data interaction of a solid-state hard disk, which is applied to a smart device. Using this method, at least one storage device such as a solid-state hard disk (such as NVMe SSD) can be operated so that it can Realize hot-swapping and other operations, which is convenient for users to use while avoiding failures. The system management bus 2 (SMbus) can be a system management bus 2 based on PCIe slots, which is the communication backbone between solid-state drives and smart devices. Smart devices The solid-state hard disk can be operated and controlled through the system management bus 2, and the bridging unit 4 can bridge the high-speed transmission data flow and the low-speed transmission data flow, so that the data flow can be normally transmitted between different types of equipment. In one embodiment, bridge unit 4 can be realized by Field Programmable Gate Array (FPGA), such as image 3 As...
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