Dell 800GB 12Gbps SAS Write Intensive MLC 2.5 SSD 1680ASS204 CPO
- Price: $2,699
Unsure of your model or have a large order?
- Free 1-Year Warranty
- 100% Dell Original Components
- 30-Day Money-Back Guarantee
- Dell Certified Technicians & Engineers
- Part Condition:Certified Pre-Owned
- Capacity:800GB
- Drive Size:2.5in / 3.5in
- Interface:SAS
- Interface Speed:12Gbps
- Drive Type:Write Intensive
- NAND Flash Memory:MLC
- Encryption Capability:None
Part Number
- CW988
- HUSMM1680ASS204
Compatible with
- C6420
- C6520
- C6525
- FC630
- FC640
- FC830
- FD332
- M630
- M640
- M830
- MX5016s
- MX740c
- MX750c
- MX840c
- R230
- R250
- R330
- R350
- R430
- R440
- R450
- R530
- R540
- R550
- R630
- R640
- R650
- R650xs
- R6515
- R6525
- R730
- R730XD
- R740
- R740xd
- R740xd2
- R7425
- R750
- R750xa
- R750xs
- R7515
- R7525
- R830
- R840
- R930
- R940
- R940xa
- T150
- T330
- T340
- T350
- T430
- T440
- T550
- T630
- T640
- VRTX
- XR11
- XR12
- XR2
- MD1400
- MD1420
Features
Certified Pre-Owned - Part Condition
Hardware from xByte Technologies offers a reliable, cost‑effective solution for customers looking to maximize value without compromising on quality. These parts have been used in a range of real‑world applications.
Every component is thoroughly tested and validated to meet strict quality assurance standards before being accepted into our inventory for resale.
Customers can purchase with confidence knowing that all parts are fully tested, enterprise‑ready, come with a FREE 1‑year warranty, and are backed by xByte's 100% money‑back guarantee.
Write Intensive - Drive Type
Built for demanding applications with frequent and sustained write activity, typically providing endurance of 10 DWPD or greater.
These Dell SSDs are designed for write‑heavy enterprise workloads where high endurance, reliability, and consistent performance are critical.
MLC - NAND Flash Memory
Multi‑level cell NAND flash stores two bits of data per cell, providing a balance of performance, endurance, capacity, and cost.
These SSDs are well suited for enterprise server and storage workloads that require greater write endurance than higher‑density NAND technologies.