[ NOTE: machine translation with the help of DeepL translator without additional proofreading and spell checking ]
Last March I published an article (FlashArray: the next 3rd/generation of FlashArray //X R3 - NVMe DFMs now for X10. A useful Matrix.), which included a matrix for possible FlashArray //X configurations.
With the release of the new 24.7TB DFMc QLC modules for FlashArray //C I took the opportunity to add //C and the new modules to this matrix. With FlashArray //C with QLC one speaks of latencies between 2-4ms - in comparison FlashArray //X 1-2ms - and focuses here above all Tier-2 applications.
INFO: I shared a post today on Twitter & LinkedIn titled "Now Shipping - 49TB QLC SSDs in FlashArray //C". The 49TB DFMc are not yet included in Matrix in version 2 as there are no official articles on this yet. Addressed module sizes will be included in Matrix version 3 soon.
New DataPacks/configuration options for FA //C
If you purchase a new FlashArray //C as of today, you can choose between 5 configuration variants (RAW capacities):
Variant 1: Chassis 345TB (14x 24,7TB)
Variant 2: Chassis 494TB (20x 24,7TB)
Option 3: Chassis 494TB (20x 24,7TB) + Shelf 1 345TB (14x 24,7TB) = 839TB
Variant 4: Chassis 494TB (20x 24,7TB) + Shelf 1 691TB (28x 24,7TB) = 1185TB
Variant 5: Chassis 494TB (20x 24.7TB) + Shelf 1 691TB (28x 24.7TB) + Shelf 2 345TB (14x 24.7TB) = 1531TB
The original 18.3TB DFMs (TLC-based) can no longer be shipped for new configurations, but are still supported in existing systems and are purchasable for expansion.
Thus, with an assumed DR of 3:1, one achieves:
Variant 1: 740TB = 0.74PB @ 3:1 on 3 height units
Variant 5: 3521TB = 3.52PB! @ 3:1 on 9 height units
We are talking about almost unimaginable storage capacities on an extremely consolidated-tight storage system with a maximum of 9 height units. With the progress of QLC development, we can soon expect even larger capacities.
From a price perspective, FlashArray //C with 100% NVMe QLC is really extremely interesting! I myself would not have thought it possible to acquire the capacities mentioned above for this money.
The matrix shows the maximum RAW capacities of the individual controllers and the available or compatible DataPacks. The matrix also contains the SAS DataPacks for old stock systems, as well as the DirectMemoryModules/DMMs (read caching for X70/X90 based on Intel Optane StorageClassMemory) in addition to the current DirectFlashModules/DFM + Efficiency DataPacks.
Also included are the DataPacks for DirectFlashShelfs/DFS and the legacy SAS Shelfs.
INFO: for the latest EoS overview for obsolete/discontinued modules, please refer to the Pure Technical Services Portal: Pure Storage End-of-Product Life Cycle Overview.
//C and //X are still identical in operation. //C as a tier-2 target, however, already has the Purity Files (NFS/SMB-CIFS) functionalities from Purity 6 in direct comparison to //X.
More info - Links
All officially published setting options in the GUI but also CLI can be read via the "on-board" user guides of the Pure Storage systems.
Click on "Help" in the Purity main menu.
The User Guide is structured like the main menu and can be opened downwards. A search function is also integrated - within here you can also search for keywords.
WEB: Pure Storage (Pure1) support portal - Ticket system and support *(requires registered FlashSystems)
PHONE: Pure Storage phone support: GER - (+49) (0)800 7239467; INTERNATIONAL - (+1) 650 7294088