1. Introduction: Form Factor Is Not Just About Size
In the world of enterprise and industrial storage, the choice of SSD form factor is not just about fitting components into a designated space. It is a crucial design decision that addresses specific technical and deployment challenges. While smaller form factors such as the widely used 2280 are sufficient for consumer-grade applications, more complex and demanding environments like data centers, edge servers, and industrial systems require specialized storage solutions. This is where the 22110 form factor comes in.
This article explores why enterprise SSDs often come in the 22110 form factor, its key advantages, and the industries where it’s most beneficial. With increasing demands for reliability, long-term performance, and capacity, understanding the design rationale behind this larger form factor can help businesses and engineers make better storage choices.
2. Understanding the 22110 Form Factor
The 22110 form factor is defined by its dimensions: 22mm in width and 110mm in length, making it slightly longer than the common 2280 (22mm × 80mm) and 2230 (22mm × 30mm) SSDs. Beyond simple measurements, this extended design provides a versatile platform for advanced SSD engineering:
- Higher storage density:Thanks to its extended physical length, the 22110 form factor can accommodate significantly more NAND flash packages, enabling much higher storage capacities. For example, by integrating up to 16 × 1TB NAND packages, a single 22110 SSD can reach capacities of up to 16TB. This capacity advantage directly reduces storage density costs in servers—measured as storage capacity per rack unit (U)—aligning with data centers’ “space efficiency first” design philosophy.
- Thermal Efficiency:The Foundation of Enterprise Stability. Servers are typically deployed in high-density configurations, such as 1U or 2U rack-mounted systems, where internal space is limited and heat dissipation is challenging. The larger PCB area and extended layout of the 22110 form factor provide more room for optimized thermal design, allowing heat to be distributed more evenly and improving overall thermal efficiency. This helps maintain stable performance under sustained enterprise workloads.
- Design for High Performance:Servers must handle highly concurrent I/O workloads, such as database transactions and communication within virtualized clusters, which place strict demands on interface bandwidth and latency. SSDs in the 22110 form factor typically natively support PCIe Gen4 x4 interfaces (with a theoretical bandwidth of up to 64Gbps) and leverage the NVMe protocol, which is purpose-built for high-speed flash storage. This combination enables sequential read/write speeds exceeding 7,500 MB/s and hundreds of thousands of 4K random IOPS (for example, the Transcend MTE730P achieves up to 540,000 4K random read IOPS). Such performance fully meets the low-latency, high-throughput requirements of server environments, while 2280-sized SSDs are often constrained by limited PCB space and struggle to deliver the full performance potential of PCIe Gen4 x4.
By offering this spacious foundation, the 22110 form factor provides SSD designers with the freedom to innovate and build products capable of handling high-capacity, high-reliability workloads.
3. Why Enterprise SSDs Need a Larger Form Factor
In enterprise storage, several factors make the 22110 form factor a superior choice compared to smaller alternatives like 2280. Here’s why:
- Increased NAND Capacity: As the demand for larger storage capacities continues to grow, the 22110 form factor supports more NAND packages, enabling higher storage capacities, up to several terabytes, without sacrificing performance.
- Better Thermal Management: Larger SSDs have more room for thermal management solutions. With sustained workloadsin enterprise applications, heat dissipation becomes a critical factor in maintaining consistent performance and longevity. The 22110 form factor reduces thermal throttling compared to smaller SSDs by improving heat distribution.
- Room for Power-Loss Protection (PLP): Industrial-grade SSDs often include PLP technology, which ensures that data being written to the drive is safely stored during unexpected power interruptions. The larger 22110 form factor provides space for additional capacitors that are essential for this feature.
4. Performance Consistency and Reliability Considerations
When it comes to enterprise SSDs, sustained performance is more important than peak performance. The 22110 SSDs excel in this area:
- Thermal Throttling Resistance: Due to its larger form factor and better heat management, 22110 SSDs are less likely to experience thermal throttling compared to smaller drives, ensuring stable performance over extended periods of high workload.
- Endurance and Reliability: Enterprise environments require storage that can handle continuous read/write cycles without degrading over time. The 22110 form factor, with its robust design, is built to offer better endurance and reliability for high-demand applications such as databases and real-time data logging.
5. Typical Use Cases for 22110 Enterprise SSDs
While the 22110 form factor offers clear advantages, it is important to match it with the right use case. Here are some common applications for 22110 enterprise SSDs:
- Data Centers and Cloud Infrastructure: These high-demand environments require high-capacity and high-reliability storage solutions. The 22110 SSDsfit perfectly into data centers that need large storage capacities and reliable performance under heavy loads.
- Edge Servers and Industrial Servers: Edge computing and industrial applications, such as IoT and smart manufacturing, demand reliable SSDs with large capacities. The 22110 form factor is ideal for edge serversthat need to process and store vast amounts of data in real-time.
- AI Inference, Logging, and High-Write Applications: The 22110 SSD is also suitable for AI applications, including inference and data logging, where high-speed and large-capacity storage are necessary for quick data access and analysis.
6. YANSEN PCIe4.0 22110 SSD
At YANSEN, we position our 22110 enterprise SSDs as ideal solutions for applications where long-term stability, sustained performance, and reliability are prioritized over compact size. Our 22110 SSDs are designed with extended PCB layouts to support higher-capacity NAND configurations, improved thermal behavior, and enterprise-grade reliability features. We focus on ensuring predictable performance under continuous workloads, ensuring that our clients get the most out of their storage infrastructure.
- Capacity: 800GB~7.68TB
- Sequential Read/Write: Up to 7100MB/s&2500MB/s
- MTBF: 2 Million Hours
- DWPD: 3
Our 22110 series is perfect for edge servers, industrial servers, and enterprise platforms that operate 24/7 and require stable performance across long product lifecycles. By aligning form factor design with real-world application requirements, YANSEN continues to support system designers with reliable storage solutions from qualification through mass deployment.
7. Conclusion: Form Factor Reflects Application Priorities
The presence of 22110 SSDs reflects the growing needs of enterprise and industrial systems that require more than just size; these systems demand performance consistency, endurance, and reliability. Understanding why 22110 form factors exist and how they solve technical challenges in specific use cases allows for better storage system design.
Let YANSEN help you design your storage solutions that can withstand the demands of the most critical industrial and enterprise applications. Reach out today for tailored advice and high-performance storage products.
