Enhance Storage Performance with M.2 PCIe SSD RAID using Intel RTS
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Table of Contents
- Introduction
- The Gigabyte Z390 Elite Motherboard
- Configuring the PCIe RAID with M.2 SSDs
- Hackingtosh Compatibility with Intel RTS
- Installing Intel RTS Driver Software
- Configuring BIOS Settings
- Creating a RAID Volume
- Checking the RAID Configuration in Windows 10
- Performance testing and Considerations
- Conclusion
Introduction
In this article, we will explore the process of configuring a PCIe RAID with M.2 SSDs using the Gigabyte Z390 Elite motherboard. We will discuss the steps involved in setting up the RAID configuration and provide insights into the compatibility of Intel RTS technology with Hackingtosh systems. Additionally, we will go through the installation of the Intel RTS driver software, configuring BIOS settings, and testing the performance of the RAID setup. By the end of this article, you will have a clear understanding of how to utilize PCIe RAID with M.2 SSDs to enhance storage performance on your system.
The Gigabyte Z390 Elite Motherboard
The Gigabyte Z390 Elite motherboard is a high-performance motherboard that offers excellent features for both gaming and professional applications. It supports the use of M.2 SSDs and provides a reliable platform for configuring PCIe RAID setups. With its two M.2 slots and support for PCIe to M.2 adapters, you can easily create a RAID configuration using multiple M.2 SSDs. This motherboard allows for the creation of RAID volumes with various RAID levels, including RAID 0, which offers improved performance by striping data across multiple drives.
Configuring the PCIe RAID with M.2 SSDs
To configure a PCIe RAID with M.2 SSDs, there are several steps that need to be followed. First, you need to install the Intel RTS driver software in Windows 10. This software enables the RAID configuration and provides the necessary drivers for optimal performance. After installing the driver, you need to enter the BIOS and configure the Relevant settings to ensure that the motherboard recognizes all the M.2 SSDs. Once the BIOS settings are configured, you can proceed to finish the setup in Windows. It's important to note that if you are using a Hackingtosh system, you may encounter compatibility issues with Intel RTS. You will need to switch between HCI and Intel RTS settings in the BIOS every time you switch between macOS and Windows.
Hackingtosh Compatibility with Intel RTS
If you have a Hackingtosh system that dual boots with Windows, it's crucial to be aware of the compatibility limitations between Intel RTS and macOS. Mac OS does not recognize Intel RTS, so you will need to switch the SATA controller setting in the BIOS from Intel RTS to HCI each time you boot into macOS. This can be a hassle, so it's important to consider this before deciding to use Intel RTS on a Hackingtosh system.
Installing Intel RTS Driver Software
To begin the process of configuring a PCIe RAID with M.2 SSDs, you will first need to install the Intel RTS driver software. This software can be found in the driver section of the BIOS settings. Once downloaded, proceed with the installation and follow the on-screen instructions. It's important to note that the Intel RTS driver cannot be uninstalled, so ensure that you are committed to using it before proceeding with the installation.
Configuring BIOS Settings
After installing the Intel RTS driver software, you need to configure the BIOS settings to enable the recognition of the M.2 SSDs. Access the BIOS settings and navigate to the SATA settings. Change the controller from HCI to Intel RTS Premium to enable the RAID configuration. Additionally, ensure that the PCI storage devices are set to Intel RST controlled for proper recognition. Save the changes and reboot the computer to allow the BIOS settings to take effect.
Creating a RAID Volume
Once the computer has restarted, re-enter the BIOS settings and navigate to the Intel Rapid Storage Technology section. Here, you can create a RAID volume using the connected M.2 SSDs. Select the desired RAID level, such as RAID 0, which combines the storage capacity of all the SSDs for improved performance. After configuring the RAID volume settings, save the changes and restart the computer to complete the setup.
Checking the RAID Configuration in Windows 10
Upon booting into Windows 10, open the Disk Management tool to check if the RAID volume is recognized. The RAID volume should appear as unallocated space. Initialize the volume and create a simple volume using default settings. Once the volume is created, it will appear in the Disk Management tool with the designated storage capacity. At this point, the PCIe RAID configuration with the M.2 SSDs is successfully recognized and ready for use.
Performance Testing and Considerations
To ensure the effectiveness of the PCIe RAID configuration, it is important to conduct performance testing. Using tools such as Blackmagic Disk Speed Test, you can measure the read and write speeds of the RAID volume. Keep in mind that the performance may vary depending on the RAID configuration and the specifications of the M.2 SSDs used. It is also worth noting that when using SSDs of varying sizes and performance levels, the RAID configuration will always default to the smallest capacity, resulting in potential storage limitations. Therefore, it is recommended to use SSDs of the same brand, capacity, and performance for consistent and optimal performance.
Conclusion
In conclusion, configuring a PCIe RAID with M.2 SSDs on the Gigabyte Z390 Elite motherboard is a reliable method to enhance storage performance on your system. By following the steps outlined in this article, you can successfully set up a RAID configuration and leverage the benefits of Intel RTS technology. However, it is essential to consider the limitations and compatibility issues associated with Hackingtosh systems. With careful consideration and adherence to the recommended practices, you can enjoy improved storage performance and data reliability on your system.
Highlights
- Configuring PCIe RAID with M.2 SSDs on the Gigabyte Z390 Elite motherboard
- Installing Intel RTS driver software and configuring BIOS settings
- Compatibility challenges with Hackingtosh systems and Intel RTS
- Performance testing considerations for the RAID configuration
FAQ
Q: Can I use SSDs of different sizes and brands in a PCIe RAID configuration?
A: While it is possible to use SSDs of different sizes and brands in a PCIe RAID configuration, it is recommended to use SSDs of the same brand, capacity, and performance to achieve optimal and consistent performance. When using SSDs of varying sizes, the RAID configuration will default to the smallest capacity.
Q: Can I switch between macOS and Windows when using Intel RTS on a Hackingtosh system?
A: Yes, you can switch between macOS and Windows on a Hackingtosh system. However, it is important to note that macOS does not recognize Intel RTS. Therefore, you will need to switch the SATA controller setting in the BIOS from Intel RTS to HCI each time you boot into macOS, and vice versa when booting into Windows.
Q: How can I test the performance of a PCIe RAID configuration with M.2 SSDs?
A: To test the performance of a PCIe RAID configuration with M.2 SSDs, you can use tools such as Blackmagic Disk Speed Test. This software allows you to measure the read and write speeds of the RAID volume, giving you an indication of the performance boost achieved through the RAID configuration.
Q: Can the Intel RTS driver software be uninstalled once it is installed?
A: No, the Intel RTS driver software cannot be uninstalled. Before proceeding with the installation, it is important to consider this and ensure that you are committed to using Intel RTS.
Q: What is the recommended RAID level for a PCIe RAID configuration?
A: The recommended RAID level for a PCIe RAID configuration depends on your specific requirements. RAID 0, which offers improved performance by striping data across multiple SSDs, is commonly used to enhance storage performance. However, it is important to weigh the potential performance gains against the increased risk of data loss, as RAID 0 does not provide redundancy.
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