好的，经过几个月的保存，您已经设法获得了一个闪亮的新固态驱动器 (SSD) 。(Solid-State Drive (SSD))您会很高兴知道SSD(SSDs)比传统硬盘驱动器(Hard Disk Drives)( HDD ) 快得多，这是一件好事。现在，当需要对驱动器进行分区时，您会遇到GPT 和 MBR(GPT and MBR)。最大的问题是，哪一个最适合您的驱动器？
GPT或MBR – (MBR – Which)SSD应使用哪种格式
在回答这个问题之前，我们必须先深入了解GPT 和 MBR(GPT and MBR)的含义。它们是相似的，这是肯定的，但在某些情况下是不同的。只要知道，如果您想要在Windows操作系统方面获得最佳性能，那么您必须为您的驱动器选择正确的选项。
在文章的最后，我们希望您对GPT(GPT)和MBR有更广泛的了解。从那里，您应该能够决定哪一个最适合您的SSD。
什么是MBR，又名主引导记录(Master Boot Record)？
如果您以前不知道，那么我们应该指出MBR是旧技术。它于 1983 年首次发布。它被称为主引导记录(Master Boot Record)，因为它位于驱动器的启动处，并且它执行独特的引导业务。
据我们了解，该扇区包含与逻辑车道墙相关的数据和为已安装的操作系统设计的引导加载程序。
请注意，MBR是可损坏的并且可以被覆盖，这就是为什么有时用户必须修复它才能访问他们的计算机的原因。
此外，MBR最多仅支持四个主分区，因此如果您只是家庭用户，则存在一些限制但没什么大不了的。如果您是高级用户，请记住MBR最多支持 2TB 的空间。
什么是GPT，又名GUID 分区表(GUID Partition Table)？
好的，所以GPT是最新的标准，从长远来看，它最终会取代MBR分区系统。这个GPT的有趣之处在于，您计算机驱动器上的每个分区都包含一个GUID（全局唯一标识符）。
GPT最好的方面之一是与MBR相比，它没有受到相同的限制。正因为如此，您会发现GPT驱动器的大小可能要大得多，但不仅如此，限制主要由主机操作系统决定。
您还可以创建无限数量的分区。但是，Windows操作系统仅支持GPT驱动器上最多 128 个分区。这可以追溯到我们上面所说的，您选择的操作系统主要决定了限制。
与MBR不同，其中分区和引导存储在一个位置， (MBR)GPT不能说来，因为它保存了驱动器上多个位置的信息。这很棒，因为如果驱动器损坏，它可以更轻松地恢复数据。
此外，每当GPT驱动器想要检查信息是否未损坏时，它都会利用CRC（循环冗余检查(Cyclic Redundancy Check)）。
GPT与MBR：哪种(Which)技术更好？
显然，我们可以肯定地说GPT优于MBR，特别是如果您使用的是运行Windows XP以上的任何新计算机系统。GPT不会出错，因为它具有更广泛的功能集和更好地保护数据的能力。
现在，假设您希望使用Windows XP(Windows XP)及更低版本的旧操作系统。在这种情况下，MBR是合适的选择，因为它绰绰有余。
就目前而言，这两种技术在这个世界上都有自己的空间。这一切都归结为你在做什么，使用它将决定选择两者中的哪一个。
GPT 与 MBR 是否更适合您的 SSD？
当我们看到固态驱动器(Solid-State Drive)时，我们可以肯定地说这项技术是计算机存储的未来。在速度和可靠性方面，SSD优于传统硬盘，但用户必须注意一些问题。
您会看到，当固态驱动器(Drive)的写入和读取次数很高时，这可能会导致驱动器切换到只读模式的寿命终止事件。GPT比MBR更能应对这种情况。不过，它仅在您使用现代操作系统（例如Windows 10 ）时才有效。
对于那些寻求与旧计算机系统兼容的人，我们建议至少暂时跳过GPT 。
现在，我们需要指出，如果您确实打算使用UEFI，那么MBR非常适合启动。但是，当涉及到GPT时，您不应该在这方面使用旧版(Legacy)引导。
最终判决
如果你已经到了这一步，那么你很可能已经得出了一个结论。但是，如果由于某种原因你没有，那么让我们把它说得很清楚，以消除所有疑虑。
当谈到MBR与GPT时，就您的固态驱动器(State Drive)而言，我们相信 100% 使用GPT而不是MBR。
阅读下一篇(Read next)：您需要对 SSD 进行碎片整理吗？如果你对其进行碎片整理会发生什么？
GPT or MBR: Which format should you use for a Solid State Drive (SSD)?
ОK, so you’ve mаnaged to acquіre a shiny new Solid-State Drive (SSD) after months of saving. You’ll be glad to know that SSDs are much faster than traditional Hard Disk Drives (HDD), and that’s a good thing. Now, when it is time to partition the drive, you will come across GPT and MBR. The big question is, which one is best for your drive?
GPT or MBR – Which format should you use for SSD
Before we can answer this question, we must first dig deep into what GPT and MBR are about. They are similar, that is for sure, but different in several instances. Just know that if you want optimal performance where your Windows operating system is concerned, then you must select the right option for your drive.
At the end of the article, we hope you will gain a more extensive understanding of GPT and MBR. From there, you should then be able to decide which one is best for your SSD.
What is MBR, aka Master Boot Record?
If you weren’t aware before, then we should point out that MBR is old technology. It was first released back in 1983. It is called Master Boot Record because it’s located in the launch of the drive, and it performs a unique boot business.
This sector, from our understanding, contains data related to the logical driveway walls and a bootloader designed for the installed operating system.
Note that the MBR is corruptible and can be overwritten, which is why there are times when users must repair it to gain access to their computer.
Additionally, MBR only supports up to four primary partitions, so there are some limitations but nothing major if you’re merely a home user. If you’re an advanced user, please bear in mind that MBR supports up to 2TB of space.
What is GPT, aka GUID Partition Table?
OK, so GPT is the newest standard, and it will eventually replace the MBR partitioning system in the long run. What makes this GPT interesting is because every partition on your computer drive incorporates a GUID (globally distinctive identifier).
One of the best aspects of GPT is that it does not suffer from the same limitations compared to MBR. Because of this, you’ll find that GPT drives can be a lot larger in size, but not only that, the limitations are primarily determined by the host operating system.
You can also create an unlimited number of partitions. However, the Windows operating system only supports up to 128 partitions on a GPT drive. This goes back to what we’ve stated above that your operating system of choice mainly determines the limitations.
Unlike MBR, where the partition and boot are stored in a single spot, the came cannot be said with GPT since it keeps information on multiple locations on the drive. This is great because it makes it easier to recover data if the drive becomes corrupt.
Furthermore, whenever a GPT drive wants to check if the information is undamaged, it takes advantage of CRC (Cyclic Redundancy Check).
GPT vs. MBR: Which technology is better?
Clearly, we can state for sure that GPT is superior to MBR, especially if you’re using newer computer systems running anything above Windows XP. You cannot go wrong with GPT due to its more extensive feature set and its ability to secure your data better.
Now, suppose you are looking to use an older operating system from Windows XP and lower. In that case, MBR is the appropriate option because it is more than enough.
As it stands right now, both technologies have their space in this world. It all boils down to what you’re doing, and using that will determine which one of the two to choose.
Is GPT vs. MBR better for your SSD?
When we look at the Solid-State Drive, we can safely say this technology is the future of computer storage. In terms of speed and reliability, an SSD is better than a traditional hard drive, but there are a few problems a user must look out for.
You see, when a Solid-State Drive experiences high write and read numbers, this can cause an end-of-life event where the drive switches to read-only mode. GPT is much better than MBR to combat such scenarios. Still, it only works if you’re using a modern operating system such as Windows 10.
For those looking for compatibility with their old computer systems, we suggest skipping GPT, at least for the time being.
Now, we need to point out that if you do plan to use UEFI, then MBR is excellent to boot. However, when it comes down to GPT, you should not aim to make use of Legacy boot in this regard.
Final Verdict
If you’ve reached this far, then chances are you’ve come to a conclusion. But if for some reason you haven’t, then let us make it abundantly clear to remove all doubts.
When it comes down to MBR vs. GPT, where your Solid State Drive is concerned, we believe 100 percent in using GPT over MBR.
Read next: Do you need to defrag SSD? What happens if you defragment it?
