Best selling SSD from Intel
Here you’ll find the best products from Intel in the SSD category. The ranking is based on the best-selling products from this brand within the category. In addition to sales volume, factors such as availability, pricing, and overall customer relevance also influence the order. For each product, we include a short description and the most important highlights from customer reviews, giving you a quick overview of the most popular Intel options. This page always stays fresh and updates automatically.
1. Intel Optane
With the Intel Optane Series, Intel presents compact M.2 modules that are equipped with 3D XPoint memory cells and thus no longer rely on NAND flash. The modules are primarily intended to serve as system accelerators and can cache frequently used data in this 16 GB version. This means that especially extremely large HDD data carriers can approach or even surpass the transfer speeds of SSD hard disks. Comparatively large SSD hard drives are much more expensive in most cases, which is why the investment in a large desktop HDD with Intel Optane module can be well worth it.
2. Intel SSD 540S Series
Higher expectations. More productivity. Boost your productivity with fast performance, entrust your data to extremely reliable storage, and charge your computer's battery less often thanks to energy-efficient performance. Intel® SSDs offer more – with a combination of performance, quality, and reliability from Intel, as well as energy efficiency that optimizes the computing experience across a variety of devices. Say goodbye to the delays and moving parts of a traditional hard drive and switch to an Intel® SSD.
3. Intel 730 Series
The 730 Series is a SATA SSD designed for enhanced performance and reliability across various applications. With a storage capacity of 480 gigabytes, it provides ample space for data, applications, and operating systems. The SSD utilizes MLC NAND technology, ensuring high speed and durability. With a read speed of up to 550 MB/s and a write speed of 470 MB/s, it allows for fast data transfers, while the high number of Input/Output Operations per Second (IOPS) of 89,000 for reading and 74,000 for writing ensures smooth performance during random data access. These features make the 730 Series an ideal choice for users seeking a reliable and high-performance storage solution.
- SATA III interface for high compatibility
- Support for SSD TRIM for improved performance
- Low power consumption of 5.5 watts during operation
- Lightweight design at only 78 grams.
4. Intel P4510
The Intel Solid-State Drive DC P4510 Series offers a powerful and reliable storage solution for demanding applications. With a storage capacity of 2 TB and the use of TLC NAND technology, this U.2 SSD ensures high speeds and improved data integrity. The SSD supports the NVMe protocol and delivers impressive read speeds of up to 3200 MB/s and write speeds of up to 2000 MB/s. These features make the P4510 ideal for use in data centers and for applications that require high performance and fast data processing. Additionally, the SSD is equipped with 256-bit AES encryption, providing extra protection for sensitive data. The combination of high capacity, speed, and security features makes the Intel P4510 an excellent choice for modern storage requirements.
- Maximum random 4k read of 637,000 IOPS for fast data access
- Maximum random 4k write of 81,500 IOPS for efficient write operations
- Maximum TBW (Total Bytes Written) of 2610 TB for long-term reliability
- Power consumption of only 12 watts during operation and 5 watts in standby
- Password protected for additional data security.
5. Intel -S4520 2.5inch SATA /s 3D4 TLC Generic Single
The Solidigm D3 Series D3-S4520 solid-state drive offers a blend of capacity, performance, and durability for enterprise environments. With advanced 144-layer 3D NAND technology, this SSD meets the demands of data-intensive applications while ensuring data integrity. It provides high internal data rates for both reading and writing, making it suitable for a wide range of enterprise applications. The D3-S4520 is designed for reliability, boasting a mean time between failures (MTBF) of 2,000,000 hours. Its low power consumption leads to energy savings over time. Additionally, this drive is built to withstand extreme conditions and ensures high operational reliability through its shock and vibration tolerance. Whether for workloads or everyday tasks, the Solidigm D3-S4520 is an excellent choice for companies seeking performance and reliability in their storage solutions.
6. Intel -S4620 2.5inch SATA /s 3D4 TLC Generic Single
The Solidigm D3 Series D3-S4620 solid-state drive combines high storage capacity, efficient performance, and durability to meet the demands of demanding business environments. With a capacity of 1.92 TB and advanced 144-layer 3D NAND technology, it offers ample space for data storage and quick access to files. The drive boasts impressive internal data transfer rates of 550 MB/s for reading and 510 MB/s for writing, ensuring efficient data transfer. Designed for energy efficiency, the drive operates with a low power consumption of 3.3 watts during active use and 1.2 watts in idle mode, helping to reduce operating costs. Additionally, the D3-S4620 is built for reliability with a mean time between failures (MTBF) of 2,000,000 hours and robust shock and vibration tolerance, making it a dependable choice for enterprise applications.
7. Intel Dc P4500
The Intel SSD DC P4500 Series offers the perfect blend of performance characteristics, manageability, and reliability, ensuring that data centers can keep pace with the demands of the digital enterprise environment.
8. Intel SSD/P5620 U.2 PCIe SglPk
The highest performance for the most demanding workloads
At the top of our highest-performing SSD series, the Solidigm D7-P5620 is the industry’s most advanced PCIe product, performance-tuned for the real world. It’s designed with the highest endurance and tested with zero tolerance for data errors while delivering consistently durable performance.
Accelerate your write-intensive and mixed workloads
For highly random, mixed-workload environments requiring low latency for improved user experience, the D7-P5620 delivers consistently amazing response time. For server-based storage solutions using virtualization software with random and sequential read/writes, it offers substantial random read IOPS and increases sequential write throughput.
Deploy with confidence
Solidigm D7 Series drives are designed and tested with a passion for—and a relentless focus on—quality and reliability. Our data reliability is enhanced on multiple levels with PLI testing that simulates real-world conditions. Consistency is key, and this SSD provides up to 90% IOPS consistency and less than 0.3% IOPS variability over the life of the drive.
9. Intel 525 Series
The 525 Series mSATA SSD offers a reliable and high-performance storage solution for various applications. With a storage capacity of 240 gigabytes, it enables efficient data management and storage. The SSD utilizes MLC NAND technology, ensuring high performance and durability. With a read speed of up to 550 megabytes per second and a write speed of 520 megabytes per second, it facilitates fast data transfers, while support for AES encryption provides additional security for sensitive data. With a compact form factor and a lightweight of only 10 grams, this SSD is ideal for use in mobile devices and space-saving systems.
- Max. Random 4k Read of 550 IOPS for quick data access
- Max. Random 4k Write of 520 IOPS for efficient writing
- Low power consumption with 350 mW in operation and 275 mW in standby
- MLC NAND technology for improved performance and durability
- Compact design with a height of only 3.7 mm.
10. Intel 545s
The Intel 545s Series SSDs are high-performance storage devices for home users. Designed for ultrabooks, notebooks, and desktop PCs, the 545s Series offers reliable and powerful storage options. With 64 layers of 3D NAND TLC memory, it provides higher data transfer rates and reduced latency while maintaining nearly identical power consumption compared to its predecessor, the 540s. The advantages over traditional hard drives include significantly shorter access times, lower energy consumption, and greatly increased shock resistance. This means your operating system boots faster, generates less heat, and your data remains intact even during significant shocks. Another benefit is the very high lifespan, ensuring your data is preserved over a long period.
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