Brand new Intel SSD DC P5800X 400GB 800GB P4800X Series 375GB 750GB 1.5TB DC P1600X 58GB 118GB D7 P5520 1.92TB – 15.36TB D7 P5620 1.92TB 7.68TB D5 P5316 3.84TB 30.72TB 3D XPoint SSD SSDPF21Q800GB01 U2 M2 E1 PCIE 4.0 PCIE 3.0 Solid State Drive SSD

Brand new Intel SSD DC P5800X 400GB 800GB P4800X Series 375GB 750GB 1.5TB DC P1600X 58GB 118GB D7 P5520 1.92TB – 15.36TB D7 P5620 1.92TB 7.68TB D5 P5316 3.84TB 30.72TB 3D XPoint SSD SSDPF21Q800GB01 U2 M2 E1 PCIE 4.0 PCIE 3.0 Solid State Drive SSD

Here’s a detailed comparison table for Intel SSD DC P5800X, Intel SSD DC P4800X, Intel Optane SSD DC P1600X, Intel D7-P5520, Intel D7-P5620, and Intel SSD D5-P5316:

Feature	Intel SSD DC P5800X	Intel SSD DC P4800X	Intel Optane SSD DC P1600X	Intel D7-P5520	Intel D7-P5620	Intel SSD D5-P5316
Interface	PCIe 4.0	PCIe 3.0	PCIe 3.0	PCIe 4.0	PCIe 4.0	PCIe 4.0
Form Factor	U.2, E1.S	U.2, AIC	M.2	U.2, E1.L	U.2	E1.L, U.2
Capacities	400GB, 800GB	375GB, 750GB, 1.5TB	58GB, 118GB	1.92TB – 15.36TB	1.92TB – 7.68TB	3.84TB – 30.72TB
Technology	Optane (3D XPoint)	Optane (3D XPoint)	Optane (3D XPoint)	TLC NAND	TLC NAND	QLC NAND
Endurance (DWPD)	100	30	1	1 – 3	1 – 3	0.65
Sequential Read	Up to 7.2 GB/s	Up to 2.4 GB/s	Up to 1.6 GB/s	Up to 7 GB/s	Up to 7 GB/s	Up to 7 GB/s
Sequential Write	Up to 6.2 GB/s	Up to 2.2 GB/s	Up to 1.2 GB/s	Up to 4.3 GB/s	Up to 4.3 GB/s	Up to 3.6 GB/s
Random Read (4K)	Up to 1.5M IOPS	Up to 550K IOPS	Up to 200K IOPS	Up to 1M IOPS	Up to 1M IOPS	Up to 800K IOPS
Random Write (4K)	Up to 1.5M IOPS	Up to 550K IOPS	Up to 20K IOPS	Up to 180K IOPS	Up to 180K IOPS	Up to 200K IOPS
Latency	<10µs	<10µs	~20µs	~85µs	~85µs	~90µs
Use Cases	Write-intensive, low-latency workloads	Write-intensive caching, databases	Metadata, edge caching	Mixed workloads, read-heavy	Mixed workloads, read-heavy	Cold storage, archival data

Highlights:

• Optane SSDs (P5800X, P4800X, P1600X): Stand out for low latency and high endurance, excelling in caching and tiering.
• D7 Series: Reliable NAND-based SSDs for enterprise, designed for mixed-use and read-intensive applications.
• D5-P5316: High-capacity QLC NAND drive optimized for cost-effective storage and archival use.

Here is a description of the Intel SSDs:

Intel SSD DC P5800X

The Intel SSD DC P5800X is a high-performance enterprise SSD using Intel Optane (3D XPoint) technology. It delivers ultra-low latency (<10µs), exceptional endurance (100 DWPD), and outstanding throughput. Designed for write-intensive workloads, it is ideal for demanding applications like databases and real-time analytics.

Intel SSD DC P4800X

An earlier generation Optane SSD, the DC P4800X offers low latency, high endurance (30 DWPD), and excellent random read/write performance. With PCIe 3.0 support, it is suitable for caching, tiering, and high-performance computing in enterprise environments.

Intel Optane SSD DC P1600X

The P1600X is an entry-level Optane SSD optimized for edge computing, metadata storage, and caching. It offers low latency and high endurance at a lower price point, with M.2 form factor options for compact applications.

Intel D7-P5520

This PCIe 4.0 TLC NAND-based SSD balances high performance and reliability. It supports mixed-use workloads with capacities up to 15.36TB, making it ideal for cloud, virtualization, and read-intensive enterprise environments.

Intel D7-P5620

Similar to the P5520 but tuned for slightly higher endurance and mixed-use cases, the D7-P5620 delivers consistent performance and reliability for enterprise and data center deployments.

Intel SSD D5-P5316

The D5-P5316 utilizes QLC NAND to provide high capacity (up to 30.72TB) at a cost-efficient price. It is designed for archival storage, content delivery networks, and cold data applications, offering robust performance for sequential workloads.

These SSDs cater to diverse needs, from ultra-low latency Optane solutions to high-capacity QLC drives for cost-effective storage. Let me know if you need further insights!