MPN: Q1J07B·By: HPE
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The HPE MSA 2050 DC-power Carrier Grade SFF Disk Enclosure Q1J07B is designed as a small form factor expansion option within the HPE MSA 2050 storage family. This enclosure is characterized by its DC-power design and carrier grade positioning, making it suitable for environments that require DC-powered infrastructure and telecom style deployments. As an SFF disk enclosure, it is intended for use with small form factor drives in MSA 2050 configurations. The carrier grade designation aligns it with deployment scenarios that demand robust, service provider oriented implementations. Integrated as part of an HPE MSA 2050 solution, the Q1J07B enables IT teams to build out SFF based storage capacity under DC power conditions. Organizations standardizing on HPE MSA 2050 and DC-powered racks can include this enclosure in their planning to maintain consistency of platform and form factor across their storage environment.
| Manufacturer part # | Q1J07B |
|---|---|
| Brand | HPE |
| Condition | Refurbished |
| Model | MSA 2050 DC-power Carrier Grade SFF Disk Enclosure |
| Power Type | DC power, carrier grade |
| Form Factor | SFF disk enclosure for rack mounting |
| Intended Use | For NEBS compliant MSA 2050 systems |
| Product Line | HPE MSA 2050 |
| Product Type | SFF disk enclosure |
| Rack Mounting | 2U rack-mount disk enclosure form factor within the HPE MSA 2050 SAN Storage family |
| Rails Included | Yes, with rails |
Q1J07B is an HPE MSA 2050 DC-power Carrier Grade SFF disk enclosure for NEBS compliant MSA 2050 storage.
Q1J07B is designed for use with NEBS compliant HPE MSA 2050 systems.
Suitable for carrier environments that require a carrier grade SFF disk enclosure aligned with HPE MSA 2050 DC-power infrastructure.
Intended for deployments where storage enclosures must operate in DC-power based racks using HPE MSA 2050 compatible hardware.
Used as a small form factor disk enclosure option within HPE MSA 2050 configurations where SFF based capacity expansion is required.
Designed for telecom and service provider data centers that standardize on DC-power and require carrier grade SFF disk enclosures.
Best suited for environments that build solutions around HPE MSA 2050, using this DC-power SFF enclosure to maintain platform consistency.
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[email protected]| Drive Bays (SFF) | 24 SFF drive bays |
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| DC Power Input Type | -48 V DC telecom-grade power input suitable for NEBS carrier-grade deployments |
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| Drive Support Class | Enterprise-class SSD, Enterprise SAS, and Midline SAS drives supported for performance and capacity tiers in MSA 2050 configurations using SFF disk enclosures |
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| Carrier Grade Design | Carrier grade DC-power SFF disk enclosure |
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| Drive Enclosure Type | HPE MSA 2050 SAN DC-power Carrier Grade SFF disk enclosure for NEBS compliant configurations |
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| Included External Cables | Two 0.5 m Mini-SAS to Mini-SAS cables included with each HPE MSA 2050 disk enclosure |
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| Compatible Storage System | HPE MSA 2050 |
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| Drive Technology Supported | 12 Gb SAS SSD, Enterprise SAS, and Midline SAS small form factor drives (inherits drive support from HPE MSA 2050 SFF family) |
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| System-Level Performance Positioning | Entry-level SAN array with hybrid flash capability and support for automated tiering across SSD and SAS drives in configurations using HPE MSA 2050 SFF disk enclosures |
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| Maximum LFF Drives in Mixed Configuration | Up to 96 LFF SSD/SAS/MDL SAS drives in HPE MSA 2050 systems when using LFF enclosures in combination with base array and SFF disk enclosures |
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| Maximum Raw Capacity Including Expansions | Up to 960 TB raw capacity in mixed SFF and LFF HPE MSA 2050 configurations including expansion disk enclosures |
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| Maximum Number of Enclosures per MSA 2050 System | Up to 7 additional drive enclosures supported by HPE MSA 2050 SAN Storage |
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| Maximum System Raw Capacity (SFF Configurations) | Up to 614 TB SFF maximum raw capacity for HPE MSA 2050 using SFF disk enclosures |
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| Maximum SFF Drives in Full MSA 2050 Configuration | Up to 192 SFF SSD/SAS/MDL SAS drives when combining HPE MSA 2050 SFF base array and SFF disk enclosures |
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| Supported Host OS Environments (via MSA 2050 platform) | Microsoft Windows Server 2016, Microsoft Windows Server 2012, Microsoft Windows Server 2012 R2, Microsoft Windows Hyper-V, HP-UX, Red Hat Linux, SUSE Linux, VMware |
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| Maximum Number of DC Power Enclosures in a Configuration | Up to 7 DC-powered HPE MSA 2050 disk enclosures can be added behind a base MSA 2050 SAN array |
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| Power Supply Configuration | Dual -48 V DC power supplies (redundant) integrated in the carrier grade SFF disk enclosure |
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| Interface Type | 6G SAS |
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| Included Mini-SAS Cable Length | 0.5 meter Mini-SAS to Mini-SAS cables supplied for each enclosure connection |
| Expansion Role in System Architecture | Functions as an expansion disk enclosure connected behind HPE MSA 2050 SAN controller arrays |
| External Drive Connectivity Interface | Mini-SAS (SFF-8644) external connections between MSA 2050 SAN arrays and SFF disk enclosures |
| Number of Expansion Ports per Enclosure | Two external Mini-SAS ports (for dual-path connectivity to HPE MSA 2050 controllers) on each SFF disk enclosure in the MSA 2050 family |
The HPE Q1J07B is the HPE MSA 2050 DC-power Carrier Grade SFF Disk Enclosure. It is categorized as an enclosure and more specifically as an SFF disk enclosure for the MSA 2050 platform. This means it serves as a small form factor disk enclosure component rather than a standalone storage array within the broader HPE MSA 2050 environment.
The Q1J07B model is explicitly identified as a DC-power Carrier Grade SFF Disk Enclosure. This indicates that it is intended for use in infrastructures that deliver direct current power, which is typical of many carrier and telecom environments. Organizations that rely on DC-powered racks can integrate this enclosure consistently into those power domains.
The product name describes the Q1J07B as a Carrier Grade SFF Disk Enclosure within the HPE MSA 2050 family. The carrier grade wording aligns it with deployment models commonly found in carrier and telecom networks. Combined with its DC-power design, this positioning makes it suitable for carrier style facilities that standardize on DC-powered, carrier grade components.
The Q1J07B is specified as an SFF disk enclosure in the HPE MSA 2050 range. SFF stands for small form factor, indicating that it is intended to house small form factor drives as part of an MSA 2050 configuration. This orientation helps organizations plan for SFF-based capacity expansion within their MSA 2050 environments.
Procurement teams can uniquely identify this enclosure using its SKU Q1J07B and full model description, HPE MSA 2050 DC-power Carrier Grade SFF Disk Enclosure. Including both the SKU and the descriptive model name in documentation and purchase requests helps avoid confusion with other MSA 2050 enclosures or non DC-power variants.
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