RAID setup require two interfaces (same) and drives which are running at the same I/O speed. Thats not possible in this series! Her you have a PCIe/NVMe interface and a SATA interface.
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RAID setup require two interfaces (same) and drives which are running at the same I/O speed. Thats not possible in this series! Here you have a PCIe/NVMe interface and a SATA interface.
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Fusion Drives are a compromise leveraging the SSD as a cache to the slower HDD. Thats while the SSD’s Apple uses are on the small size. Using slightly larger SSD’s can be helpful at some point the benefits drops like a stone and the costs become wasteful!
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Fusion Drives are a compromise! Leveraging the SSD as a cache to the slower HDD. Thats why the SSD’s Apple uses are on the small size. Using slightly larger SSD’s can be helpful at some point the benefits drops like a stone and the costs become wasteful!
The best you can do here is setup a dual independent drive config! Get a 500 GB or larger PCIe/NVMe blade SSD set it up as your boot drive hosting your apps. Leave the rest of the drive empty so the OS can leverage it for virtual RAM, caching & paging. If your apps use scratch space make sure its setup to use the SSD. Use the HDD as your data drive. If you need to upgrade it consider doing with a SSHD drive. Going with a 2.5” SSD doesn’t offer any true benefit in this config given the cost.
References:
[https://beetstech.com/blog/apple-proprietary-ssd-ultimate-guide-to-specs-and-upgrades|The Ultimate Guide to Apple’s Proprietary SSDs]
RAID setup require two interfaces (same) and drives which are running at the same I/O speed. Thats not possible in this series! Her you have a PCIe/NVMe interface and a SATA interface.
Fusion Drives are a compromise leveraging the SSD as a cache to the slower HDD. Thats while the SSD’s Apple uses are on the small size. Using slightly larger SSD’s can be helpful at some point the benefits drops like a stone and the costs become wasteful!
The best you can do here is setup a dual independent drive config! Get a 500 GB or larger PCIe/NVMe blade SSD set it up as your boot drive hosting your apps. Leave the rest of the drive empty so the OS can leverage it for virtual RAM, caching & paging. If your apps use scratch space make sure its setup to use the SSD. Use the HDD as your data drive. If you need to upgrade it consider doing with a SSHD drive. Going with a 2.5” SSD doesn’t offer any true benefit in this config given the cost.
References:
[https://beetstech.com/blog/apple-proprietary-ssd-ultimate-guide-to-specs-and-upgrades|The Ultimate Guide to Apple’s Proprietary SSDs]
[https://www.seagate.com/www-content/product-content/firecuda-family/firecuda/files/firecuda-2-5-ds1908-1-1609us.pdf|Seagate FireCuda 2.5” SSHD]