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Computer & Network Cables756663-B21 HPE 480GB SATA 6GBPS VE QR G1 2.5 Inch Solid State Drive
756663-B21
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Brief Overview of 756663-B21
HPE 756663-B21 480GB SATA 6GBPS Value Endurance Quick Release G1 2.5 Inch Solid State Drive. New (System) Pull with 1 year Replacement Warranty
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Description
HPE 756663-B21 480GB SATA 6GBPS SSD Overview
The HPE 756663-B21 is a high-performance solid-state drive engineered to boost system speed, reliability, and storage efficiency. Designed with enterprise-class durability, this 2.5-inch internal SATA SSD delivers dependable performance for demanding environments.
General Information
- Manufacturer: HPE
- Model Number: 756663-B21
- Product Category: Solid State Drive (SSD)
Technical Specifications
- Storage Capacity: 480 Gigabytes
- Form Factor: 2.5-inch internal drive
- Connection Interface: 6Gb/s SATA
- Data Throughput: Supports up to 6 Gigabits per second transfer rate
- Drive Type: Internal SSD
- Drive Size: 2.5-Inch width
- Quick Release Mechanism: Enabled for easy installation and replacement
Interface & Performance
- Interface Technology: Serial ATA (SATA)
- Speed Standard: SATA III (6Gbps)
- Drive Interface: 6Gb/s SATA Interface
Eco Compliance & Standards
Environmental & Safety Certifications
- RoHS Compliant: Yes, meets environmental regulations
- WEEE Compliant: Yes, supports electronic waste directives
- Eco-Friendly Design: Manufactured with sustainability in mind
System Compatibility
Supported HPE Servers
- HPE ProLiant SL165s G7
- HPE ProLiant SL335s G7
- HPE ProLiant SL390s G7
Benefits of Choosing this HPE 756663-B21 SSD
- Boosts performance with ultra-fast data access
- Ideal for enterprise-level servers and storage arrays
- Reliable and efficient for business-critical workloads
- Compact 2.5” form factor for optimal space utilization
- Tool-less quick release mechanism for easy maintenance
Enterprise 2.5 Inch SATA Solid‑State Drive
The Value Endurance 2.5‑inch SATA SSD Category
In today’s enterprise storage environment, 2.5‑inch SATA solid‑state drives represent a mature yet mission‑critical category. These drives are optimized for direct replacement of traditional 2.5″ hard disk drives and entry‑to‑mid tier SSD deployments, offering the advantages of flash performance in a familiar form factor and interface. The “Value Endurance” subset includes models engineered to deliver solid endurance, consistent throughput and reliability for use cases where read and write operations are moderate but uptime and compatibility remain essential. The HPE 756663‑B21 is a prime example of this class, combining a 480 GB capacity with a 6 Gb/s SATA interface, in a 2.5″ internal drive format with quick‑release tray capabilities.Significance of “Value Endurance” in the SSD Landscape
The term “value endurance” typically signals that the drive is optimized to provide a balance of cost, durability and performance rather than raw top‑end throughput. In an enterprise scenario many applications do not require ultra‑high write cycles or NVMe‑level latency; instead they demand consistent operation, good lifespan, and broad compatibility. Drives in this category often employ Multi‑Level Cell (MLC) or advanced TLC flash with firmware and controller tuning that support sustained performance under moderate workloads. The V/E drives fill the gap between consumer SSDs and high‑end “write‑intensive” or “mixed use” data‑centre SSDs. With the HPE 756663‑B21 you gain this balance: a 480 GB capacity adequate for many applications, a standard SATA III 6 Gb/s interface for universal compatibility, and the quick‑release mechanism for ease of deployment in server racks.
Form Factor & Interface Specifics for the Category
The hallmark of this category is the 2.5″ (small form factor) internal drive, designed for server bays and enterprise chassis. The drive width and height conform to standard 2.5″ dimensions allowing drop‑in replacements in many existing systems. The SATA interface at 6 Gb/s (also referred to as SATA III or SATA600) provides reliable, widely supported connectivity. This means that system integrators and IT teams can deploy these drives without the need to upgrade controllers or change server architecture. The quick‑release version of the HPE 756663‑B21 adds convenience — it supports hot‑swap or tool‑less removal in compatible chassis and sleds, streamlining maintenance. The internal 2.5″ SATA drive remains a compelling choice in legacy server platforms, entry storage arrays, boot pools, and lower‑tier caching layers, where the speed advantage of SSDs is needed yet budget and compatibility are also important.
Capacity and Performance Characteristics in this Segment
Drives in the value endurance segment typically offer capacities from a few hundred gigabytes to a few terabytes, though the 480 GB size remains very common for enterprise readiness. For example, the HPE 756663‑B21 offers 480 GB of flash‑based storage. The performance profile is tuned for SATA interface constraints: with data transfer rates up to the 6 Gb/s limit, and internal architecture built to facilitate consistent throughput rather than maximum possible bursts. This allows predictable performance for database boot volumes, OS drives, caching tiers, or general server storage. Endurance is higher than consumer drives, but lower than ultra‑high-end SSDs: the value endurance class expects to support workloads that might involve moderate writes per day across the drive’s lifetime. Additionally, the quick‑release design helps minimize downtime and simplifies replacement, which is a key operational benefit in enterprise contexts.
Compatibility & Deployment Considerations Within the Category
When deploying drives in this category, compatibility with the server platform, firmware expectations and drive sled/tray design are important. The HPE 756663‑B21, for instance, is noted to be compatible with a wide range of HPE ProLiant server models, covering multiple generations. This broad compatibility means fewer surprises in integration, making the value endurance category a safe choice for enterprise IT teams migrating from older hard drives or earlier SSDs. Because these drives use the standard SATA interface and a 2.5″ form factor, they integrate seamlessly into hot‑swap bays, intelligent storage controllers, and legacy infrastructures. Deployers should be sure to check firmware versions, hot‑plug support, tray compatibility and RAID controller settings. In many cases the quick‑release variant means the drive is mounted in a sled or carrier designed for rapid exchange, reducing maintenance time.
Operational Use‑Cases for Value Endurance 2.5″ SATA SSDs
In practice, value endurance 2.5″ SATA SSDs like the HPE 756663‑B21 are used in the following deployment scenarios. They serve as boot/system volumes where fast OS performance and reliable uptime are important but write volume is moderate. They act as cache or tier‑1 storage in hybrid arrays, accelerating performance for database indices, VM hosts, and virtualization infrastructures. They replace older 10K or 15K RPM hard drives in server storage tiers to reduce latency, power consumption and noise. They are ideal in environments where migration to NVMe is not yet feasible, or where SATA infrastructure remains compatible and cost‑effective. Because the category emphasizes durability and compatibility, they also suit remote‑office, branch‑office deployments where reliability is required but budget is constrained.
Advantages That Define the SSD
Drives in the value endurance 2.5″ SATA SSD segment provide a number of meaningful advantages. They offer significantly faster access times compared to mechanical hard drives, resulting in quicker boot times, application loading, and reduced latency in I/O‑bound workloads. The 2.5″ format and SATA interface allow widespread compatibility with existing server hardware, reducing integration risk and total cost of ownership. The “value endurance” label indicates a drive engineered for longevity and consistent performance—factors critical in enterprise deployments where failures are costly. The quick‑release design featured by models such as the HPE 756663‑B21 means faster servicing and less downtime in production.
Trade‑Offs and Considerations within the Class SSD
While value endurance drives bring many benefits, they also come with trade‑offs that users should understand. Because they use the standard SATA interface and 2.5″ form factor, they are constrained to the 6 Gb/s link rate, which is significantly lower than SAS 12 Gb/s or NVMe PCIe designs. Additionally, while endurance is better than most consumer SSDs, it may not match the highest‑end enterprise “write intensive” drives suited for heavy write workloads or sustained logging and transaction processing. Users must evaluate whether their workload demands high write‑cycles or ultra‑low latency; if so, a mixed‑use or write‑intensive drive might be more appropriate. For general purpose workloads, however, the value endurance category offers a strong balance of performance, capacity and cost. Deployers must also verify firmware compatibility, sled/tray design, and ensure the RAID controller and server hardware support the drive’s features (such as hot‑swap quick‑release). Temperature and environmental ratings may also differ in older servers, so it is prudent to consult vendor documentation.
Integration With Larger Storage Ecosystems
The value endurance 2.5″ SATA SSDs integrate well into larger storage ecosystems by providing a cost‑effective upgrade pathway for existing SATA infrastructures. They can be slotted into storage arrays or servers alongside SAS and NVMe devices, enabling tiered storage architectures where high‑performance costs are reserved for critical workloads and SATA SSDs deliver reliable performance for general workloads. Because the category leverages standard interfaces and form factors, system architects can design mixed environments where older infrastructure continues to be used while benefiting from SSD performance gains. Compatibility with common RAID controllers, server bays, and sleds ensures the drives like HPE 756663‑B21 fit smoothly into these ecosystems without requiring extensive redesign.
Emerging Trends and Future Considerations in this Class
Although the 2.5″ SATA SSD category is mature, it still evolves. The value endurance segment sees incremental improvements in flash cell technology, firmware optimization, and endurance metrics. For example, while still using the SATA interface, some drives enhance endurance via over‑provisioning, improved flash management and better thermal handling. On the broader horizon, many enterprises are migrating toward NVMe and PCIe architectures, but the value endurance 2.5″ SATA SSD remains relevant where legacy compatibility, minimal disruption, and cost‑efficiency are primary concerns. Enterprises transitioning fleets can maintain homogeneity in server storage and leverage the value endurance drives as interim or long‑term solutions. When planning future refresh cycles, IT departments should evaluate whether to stay on SATA, transition to SAS 12 Gb/s, or move toward NVMe — but value endurance SATA remains a viable and sensible option for many deployments.
Although the 2.5″ SATA SSD category is mature, it still evolves. The value endurance segment sees incremental improvements in flash cell technology, firmware optimization, and endurance metrics. For example, while still using the SATA interface, some drives enhance endurance via over‑provisioning, improved flash management and better thermal handling. On the broader horizon, many enterprises are migrating toward NVMe and PCIe architectures, but the value endurance 2.5″ SATA SSD remains relevant where legacy compatibility, minimal disruption, and cost‑efficiency are primary concerns. Enterprises transitioning fleets can maintain homogeneity in server storage and leverage the value endurance drives as interim or long‑term solutions. When planning future refresh cycles, IT departments should evaluate whether to stay on SATA, transition to SAS 12 Gb/s, or move toward NVMe — but value endurance SATA remains a viable and sensible option for many deployments.
Features
Manufacturer Warranty:
None
Product/Item Condition:
New (System) Pull
ServerOrbit Replacement Warranty:
1 Year Warranty
