Description
OSCOO's ON2000PRO M.2 2280 NVMe SSD delivers extreme PCIe Gen5.0 performance for elite high-end systems. With revolutionary NVMe technology, it offers exceptional sequential speeds up to 13,000MB/s read and 11,800MB/s write with capacities up to 4TB to handle AI computing, intensive content creation and professional workloads. The ON2000PRO features advanced 3D NAND Flash with high-performance DRAM cache technology, enabling content creators and AI professionals to achieve unmatched efficiency and stability in demanding multitasking environments.
Specifications
Model
ON2000PRO
Product Dimensions
80 × 22 × 3.5mm (3.1" × 0.9" × 0.1")
Form Factor
M.2 2280
Interface Protocol
NVMe PCIe Gen5.0×4
Sequential Speed
Up to 13000MB/s read, Up to 11800MB/s write
Function Support
TRIM, NCQ and S.M.A.R.T
Support System
Windows, Mac OS, and Linux.
Operation Temperature
0~70°C
Storage Temperature
-40°C to 85°C
Color
Blue and Black
Product net weight
8.0g
Capacities
1TB, 2TB, 4TB
Material
3D TLC NAND
IOPS 4k Random Speed
1 TB - 1650K | 1800K
2 TB - 2100K | 1800K
4 TB - 2100K | 1700K
Encryption
TCG Opal 2.0, AES 128/256-bit Encryption
Warranty
3 years
Endurance
1TB - 700TBW
2TB - 1400TBW
4TB - 2800TBW
5-10 Business Days
30-Day Return Policy
Secure Payment
3 Years Warranty
Frequently Asked Questions
This resource is crafted to help you find information easily and efficiently.
Can the ON2000PRO be installed in my gaming PC/workstation?
The ON2000PRO uses the standard M.2 2280 form factor and requires a PCIe Gen5.0×4 compatible motherboard for maximum performance. It's compatible with latest Intel 12th gen+ and AMD AM5 platforms that support PCIe 5.0. For older PCIe 4.0 systems, it will still work but speeds will be limited to Gen4 performance (~7000MB/s). Check your motherboard specifications for PCIe 5.0 M.2 slot availability.
Will gaming and AI workload performance improve significantly with Gen5 speeds?
Absolutely. The 13,000MB/s read speeds dramatically reduce game loading times, especially for DirectStorage-enabled titles and open-world games with large asset streaming. For AI computing, machine learning model loading, dataset processing, and neural network training see substantial performance gains. The high-speed DRAM cache ensures smooth multitasking between intensive applications.
Will it overheat and throttle during sustained AI training or rendering workloads?
The ON2000PRO is engineered for sustained high-performance workloads with advanced thermal management. However, given the extreme Gen5 speeds, we recommend adequate case airflow or M.2 heatsinks for extended intensive tasks like AI training, 8K video rendering, or continuous large dataset processing. The built-in thermal protection prevents damage while maintaining optimal performance.
Can I use this for 8K video editing and large-scale content creation?
Absolutely. With 11,800MB/s write speeds and dedicated DRAM cache (up to 4GB), the ON2000PRO handles 8K RAW footage, uncompressed audio, and massive project files effortlessly. Professional software like DaVinci Resolve, Premiere Pro, and Blender benefit significantly from the Gen5 performance, enabling real-time 8K timeline scrubbing and faster rendering times.
What is the actual usable capacity of the ON2000PRO?
1TB version: approximately 931GB usable
2TB version: approximately 1.86TB usable
4TB version: approximately 3.72TB usable
(System formatting and binary conversion consume some space, which is industry standard)
How reliable is it for professional AI and content creation workflows?
The ON2000PRO features enterprise-grade 3D NAND Flash with dedicated DRAM cache for exceptional reliability. TRIM, NCQ and S.M.A.R.T monitoring ensure data integrity during intensive workloads. The 3-year warranty covers professional use cases including AI model training, scientific computing, and high-end content creation workflows.
Why doesn't my system reach the advertised 13,000MB/s speed?
Achieving maximum speed requires:
①PCIe Gen5.0×4 compatible motherboard and CPU
②Proper M.2 slot configuration (some slots may be PCIe 4.0 only)
③Large sequential file transfers (AI datasets, video files)
④Adequate cooling to prevent thermal throttling
If your system only supports PCIe Gen4×4, speed is capped at approximately 7000MB/s; Gen3×4 caps at approximately 3500MB/s.
These are interface limitations, not product defects.
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