Erasable-resistant low-energy consumption external computer accelerating equipment

Abstract

The invention discloses erasable-resistant low-energy consumption external computer accelerating equipment. The erasable-resistant low-energy consumption external computer accelerating equipment comprises a main control chip and a storage module (the storage module can use a phase transition storage, a 3DNAND flash memory or the combination thereof) made of material with high erasing life span and low energy consumption; the external computer accelerating equipment is connected with a computer through an external data transmission port (such as USB, Thunderbolt or PCI-E), cache files are created for the computer in the phase transition storage or 3DNAND flash memory, wherein the cache files comprise active files of the system and application programs and scattered files which are pre-read or read and written frequently, and the cache files serve as cache. The algorithm and architecture of the erasable-resistant low-energy consumption external computer accelerating equipment can use the designs that 1, providing intelligent compression for the system memory and automatically releasing the background; 2, judging data to be used by the system through monitoring user customs for a long time, and pre-storing in the equipment; 3, using a multi-channel mode, integrating a plurality of phase transition storage chips with an array module, and using multi-channel main control; 4, enabling the equipment to carry out virtualization treatment on the application program so as to pre-store all the program files and needed system environment files.

Description

technical field [0001] This product belongs to the field of computer equipment. It is a computer acceleration device based on new materials and new architecture that can be used continuously for a long time. (Here refers to computer equipment in a broad sense, including personal computers, servers, tablet computers, etc.). Background technique [0002] The replacement of computers is very fast, and there are many product models, various types of equipment, large age spans, and complex system platforms. At present, there is currently no effective general-purpose upgrade solution. [0003] 1. Why do you need products with computer-accelerated functions? [0004] The development of technology always leaves hardware behind. Movies have become high-definition, the system has Win8, the minimum configuration of games has changed to quad-core, and Microsoft's new Office 2013 will take up 2G of memory. Upgrading a computer is expensive, typically costing thousands of dollars. At...

AI Technical Summary

Problems solved by technology

The main reasons for its failure are: 1. It cannot be used on desktops, nor can it be used on most notebooks

All netbooks and most notebook computers do not support the fast disk module, because it not only requires the notebook computer to provide an additional Mini PCI-E slot, but more importantly, it also requires the SATA interface of the notebook computer to support the ACHI function; 2. The installation is complicated, General users will not disassemble and install mini PCI-E, so that they cannot be used for upgrading old computers; 3. The effect is not good

The speed of the PCI-E bus itself is limited to less than 150M per second, while Intel's NAND flash memory is far from reaching this speed. The measured random read and write speed is 35M per second, which does not greatly improve the hard disk, which is even faster than the solid-state drive. Not as good as; 4. Expensive

4G Xunpan is priced at $100; 5. Poor system compatibility

Both Readydrive and Readyboost can only be used for operating systems above Windows Vista, and most of the old computers are XP operating systems, and they can only run smoothly under XP

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