Intel vs ADATA: Nvme SSDs Compared by Specs
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When you compare intel vs ADATA nvme SSD options, you find two distinct SATA drives. Both use 2.5-inch form factors and SATA III interfaces. The Intel D3-S4510 targets enterprise environments with high endurance and data protection features. The ADATA SU800 focuses on consumer performance with caching technologies. You need to decide which spec profile fits your storage needs.
Key differences
| Aspect | Intel D3-S4510 1.92TB Enterprise SATA SSD | ADATA SU800 1TB 2.5-Inch SATA SSD |
|---|---|---|
| Storage Capacity | 1.92TB | 1TB |
| Max Write Speed | 510 MB/s | 520 MB/s |
| NAND Type | 64-Layer 3D TLC | 3D NAND |
| Endurance Rating | 1 DWPD | not listed |
| Data Protection | AES 256-bit, Power Loss Protection | RAID Engine, Data Shaping |
| Cache Type | not listed | DRAM Cache Buffer |
Which one should you choose?
Choose Intel D3-S4510 1.92TB Enterprise SATA SSD if
- You need higher storage capacity for enterprise workloads
- You require proven endurance ratings for 24/7 operation
- You need AES encryption and power loss protection
Choose ADATA SU800 1TB 2.5-Inch SATA SSD if
- You prefer a standard 1TB capacity for general use
- You want DRAM cache for consistent performance
- You are looking for a consumer-focused SATA drive
Verdict: The Intel drive suits data centers needing high endurance and security features. The ADATA model fits consumers wanting standard performance with DRAM caching. Your choice depends on whether you prioritize enterprise reliability or consumer caching.
Intel vs ADATA SSD Spec Comparison
transfer speed
Both drives offer identical maximum sequential read speeds of 560 MB/s, leveraging the SATA III interface limit. The write speeds differ slightly, with the Intel D3-S4510 rated at 510 MB/s and the ADATA SU800 reaching 520 MB/s. For most users, this 10 MB/s gap is negligible in everyday tasks. However, the ADATA model holds a slight technical advantage in sustained write throughput. Intel focuses on consistent low-latency access for enterprise workloads rather than peak burst speeds. You will notice minimal difference in file copying or boot times between these two specific models.
nand type
The Intel D3-S4510 utilizes 64-layer 3D TLC NAND, a specific architecture designed for read-intensive enterprise environments. This tiered structure helps manage endurance and latency in high-demand data centers. The ADATA SU800 also employs 3D NAND technology but does not specify the layer count or exact TLC configuration in the provided data. Both use triple-level cell technology, which stores three bits per cell to maximize density. Intel’s explicit mention of 64-layer construction suggests a mature, optimized manufacturing process for server reliability. ADATA’s generic 3D NAND label focuses on the generational leap over older planar NAND.
cache type
The ADATA SU800 includes a dedicated DRAM cache buffer alongside Dynamic SLC Caching. This hardware cache improves random access performance and system responsiveness by mapping file locations separately from the NAND flash. The Intel D3-S4510 data does not list a DRAM cache, which is common for read-intensive enterprise drives that prioritize cost-efficiency and endurance over random write latency. Instead, Intel relies on firmware optimization and End-to-End Data Protection for integrity. If you need fast random access for multitasking, the DRAM buffer in the ADATA drive is a significant functional difference.
security
Data protection is a key differentiator for the Intel D3-S4510. It features AES 256-bit encryption, Power Loss Protection, and End-to-End Data Protection. These features ensure data integrity during unexpected power outages and protect against unauthorized access in sensitive enterprise environments. The ADATA SU800 mentions RAID Engine and Data Shaping for protection but does not list hardware-level encryption or power loss safeguards in the provided specs. For general consumer use, the ADATA features may suffice, but the Intel drive offers robust security protocols required for compliance in business settings.
endurance
The Intel D3-S4510 is rated for 1 Drive Write Per Day (DWPD) endurance, meaning it can write its full 1.92TB capacity every day for its lifespan. This is a high endurance rating suitable for heavy write workloads in servers. The ADATA SU800 does not provide a DWPD or TBW (Terabytes Written) rating in the available data. Without this metric, you cannot compare the long-term wear leveling capabilities directly. The Intel drive’s explicit endurance rating makes it the safer choice for continuous, high-volume data writing, whereas the ADATA drive’s endurance remains unspecified.
Which NVMe SSD Should You Buy
Enterprise admins needing high endurance
The Intel D3-S4510 offers 1.92TB capacity and 1 DWPD endurance, ideal for read-intensive workloads like virtualization and databases. Its 2 million hour MTBF and power loss protection ensure reliability in 24/7 data center environments. You get enterprise-grade data integrity with AES 256-bit encryption and end-to-end protection for mission-critical deployments.
Consumers wanting DRAM cache
The ADATA SU800 includes a DRAM cache buffer and Dynamic SLC Caching, optimizing performance for everyday tasks. You get 1TB of storage with sequential write speeds up to 520 MB/s. The RAID Engine and data shaping features provide robust protection for your files, making it a solid choice for standard desktop or laptop upgrades.
Users needing maximum storage space
You get 1.92TB of storage with the Intel drive, nearly double the ADATA SU800's 1TB capacity. This larger size supports large-scale analytics and content delivery. The 64-layer 3D TLC NAND provides consistent low-latency access, ensuring your data remains accessible even under heavy read-intensive loads common in professional and commercial settings.
The products compared
Intel D3-S4510 1.92TB Enterprise SATA SSD
Best for: Enterprise read-intensive server storage
- Storage Capacity
- 1.92TB
- Interface
- SATA 6Gb/s
- Form Factor
- 2.5-Inch
- Max Read Speed
- 560 MB/s
- Max Write Speed
- 510 MB/s
- NAND Type
- TLC
View on Amazon: Intel D3-S4510 1.92TB Enterprise SATA SSD Affiliate link
This Intel D3-S4510 is a 1.92TB enterprise SSD built for read-heavy tasks. It uses 64-layer 3D TLC NAND and delivers 560 MB/s read and 510 MB/s write speeds. The drive features 1 DWPD endurance and AES 256-bit encryption. It fits standard 2.5-inch SATA bays in servers. You need this for consistent low-latency access in data centers or virtualization environments.
Pros
- 1.92TB storage capacity for large datasets
- 560 MB/s sequential read speed
- 1 DWPD endurance rating for heavy use
- AES 256-bit encryption for data security
Cons
- SATA 6Gb/s interface limits maximum speed
- Read-intensive design restricts write endurance
- No consumer-grade warranty mentioned in specs
Good fit if
- You run virtualization or database workloads
- You need enterprise-grade data protection
- You require 24/7 server reliability
Skip if
- You need NVMe speeds
- You are building a home gaming PC
- You require high write endurance
Verdict: Intel D3-S4510 1.92TB SATA SSD suits data centers needing read-intensive performance. It provides reliable 560 MB/s speeds for virtualization and cloud applications.
ADATA SU800 1TB 2.5-Inch SATA SSD
Best for: Standard SATA storage upgrades
- Storage Capacity
- 1TB
- Interface
- SATA III
- Form Factor
- 2.5 Inch
- Max Read Speed
- 560 MB/s
- Max Write Speed
- 520 MB/s
- NAND Type
- 3D NAND
View on Amazon: ADATA SU800 1TB 2.5-Inch SATA SSD Affiliate link
The ADATA Ultimate Su800 is a 1TB 2.5-inch SATA III drive using 3D NAND. It offers sequential read speeds up to 560 MB/s and write speeds up to 520 MB/s. The unit includes a DRAM cache buffer and dynamic SLC caching to help maintain performance. It weighs 1.6 ounces and fits standard 2.5-inch drive bays. This drive suits users needing reliable storage for everyday computing tasks.
Pros
- 1TB storage capacity
- 560 MB/s max read speed
- DRAM cache buffer included
- 3D NAND technology
Cons
- SATA III interface limits speed compared to NVMe drives
- 2.5-inch form factor requires more space than M.2
- No NVMe PCIe interface support
Good fit if
- You need a reliable SATA SSD for a desktop or laptop
- You want 1TB of storage without the cost of NVMe
- You prefer a drive with a DRAM cache for better sustained performance
Skip if
- You require the fastest possible transfer speeds available
- You are building a system with only M.2 slots
- You need NVMe PCIe connectivity for high-bandwidth workloads
Verdict: ADATA Ultimate Su800 1TB SATA SSD is a solid choice for users upgrading older systems with SATA ports. It provides ample capacity and decent speeds for general use, though it cannot match the performance of modern NVMe drives.
Specifications side by side
| Spec | Intel D3-S4510 1.92TB Enterprise SATA SSD | ADATA SU800 1TB 2.5-Inch SATA SSD |
|---|---|---|
| Storage Capacity | 1.92TB | 1TB |
| Interface | SATA 6Gb/s | SATA III |
| Form Factor | 2.5-Inch | 2.5 Inch |
| Max Read Speed | 560 MB/s | 560 MB/s |
| Max Write Speed | 510 MB/s | 520 MB/s |
| NAND Type | TLC | 3D NAND |
| Dimensions | 2.5 × 2.5 × 1.5 inches | 3.95 × 0.28 × 2.75 inches |
| Weight | 3.2 ounces | 1.6 ounces |
| Color | Silver | Black |
| Model | SSDSC2KB019T8 | ASU800SS-1TT-C |
| Size | not stated | 1 TB |
Frequently asked questions
Is Intel better than ADATA for enterprise storage?
Intel is the superior choice for enterprise environments. The D3-S4510 is designed for read-intensive server storage with high endurance. It offers 1.92TB capacity and targets data centers needing reliable virtualization support. ADATA focuses on consumer upgrades, making Intel the clear winner for professional workloads.
Which drive has more storage capacity?
The Intel D3-S4510 provides 1.92TB of storage. This is significantly larger than the ADATA SU800, which offers 1TB. If you need extra space for large datasets or extensive virtualization, the Intel drive delivers more raw capacity within the same 2.5-inch form factor.
Do both SSDs use the same NAND type?
No, they use different NAND technologies. The Intel D3-S4510 utilizes TLC NAND for its enterprise workload. The ADATA SU800 employs 3D NAND for consumer performance. This difference reflects their distinct target markets, with Intel prioritizing endurance and ADATA focusing on general utility.
Can I use the ADATA drive in a server?
The ADATA SU800 is not optimized for server use. It is best for standard SATA storage upgrades in older systems. The Intel D3-S4510 is built for 24/7 data center reliability. Using the ADATA drive in an enterprise setting may not provide the necessary endurance or protection.
What is the physical size of these drives?
Both drives share a standard 2.5-inch form factor. The Intel D3-S4510 measures 2.5 by 1.5 inches and weighs 3.2 ounces. The ADATA SU800 is slightly thicker at 0.28 inches high, measuring 2.75 by 3.95 inches. Both fit standard 2.5-inch drive bays.
Which SSD is lighter?
The ADATA SU800 is lighter. It weighs 1.6 ounces. The Intel D3-S4510 weighs 3.2 ounces. While weight rarely impacts performance, the ADATA drive is nearly half the weight of the enterprise-focused Intel model, making it slightly easier to handle during installation.
Is the Intel drive suitable for gaming?
The Intel D3-S4510 is not ideal for gaming. It is designed for read-intensive server storage and virtualization. The ADATA SU800 is a better fit for general use and gaming upgrades. Its 1TB capacity and consumer focus make it more practical for typical desktop applications.