GPT分区+UEFI引导模式下迁移系统至SSD
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摘要
随着硬盘容量需求的扩大和技术的进步,仅支持最大2TB左右的传统MBR分区格式正被GPT分区格式所替代。UE-FI和GPT是相辅相成的,使用GPT分区表一般在UEFI BIOS环境下引导启动系统。微机操作系统安装在SSD固态硬盘中,可以充分发挥SSD的读写速度、降低功耗和噪音,机械硬盘中的操作系统迁移到固态硬盘是系统维护中较为常见的需求。
The traditional MBR partition format, which only supports a maximum of about 2 TB, is being replaced by the GPT partition format as the demand of hard disk capacity expands and technology advances. UEFI and GPT are mutually complementary,and the GPT partition table is normally used under the UEFI BIOS environment to boot the system. The installation of micro computer operating system in the SSD solid state disk can give full play to the reading and writing speed of the SSD and reduce the power consumption and noise. In system maintenance, operating system is often required to installed in the solid state disk instead of the mechanical hard disk.
The traditional MBR partition format, which only supports a maximum of about 2 TB, is being replaced by the GPT partition format as the demand of hard disk capacity expands and technology advances. UEFI and GPT are mutually complementary,and the GPT partition table is normally used under the UEFI BIOS environment to boot the system. The installation of micro computer operating system in the SSD solid state disk can give full play to the reading and writing speed of the SSD and reduce the power consumption and noise. In system maintenance, operating system is often required to installed in the solid state disk instead of the mechanical hard disk.
引文
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[7]吴伟民,吴辉,苏庆.UEFI固件存储系统分析[J].计算机工程与设计,2017,38(4):1110-1116.
[2]金剑忠.在UEFI引导+GPT分区模式安装Win10[J].电脑知识与技术,2016,12(25):181-182.
[3]余立强.正确设置EFIBIOS与Legacy BIOS安装Windows系统[J].教育教学论坛,2015(03):175-177.
[4]林文婧.UEFI系统启动过程及设置分析[J].信息与电脑(理论版),2017(23):33-34.
[5]风云.以效率名义释放固态硬盘威力[J].个人电脑,2017,23(10):53-56.
[6]梁志勇,王良成.GPT分区表模式下Windows 10系统的封装[J].电脑与电信,2017(4):39-40.
[7]吴伟民,吴辉,苏庆.UEFI固件存储系统分析[J].计算机工程与设计,2017,38(4):1110-1116.