Dell 200GB 1.8Inch 6Gbps DC S3610 uSATA Mixed Use MLC SSD DPN: 0NDDN1,NDDN1
- Brand: Dell
- Part #: 0NDDN1,NDDN1,400-AILV
- Model: Intel SSDSC1BG200G4R
- Alt. Part Identifier: SSDSC1BG400G4
- Specs:
- ::Type: Dell data center SSDs
- ::Description: Dell 200GB 6Gb/s 1.8-inch SFF uSATA Slim Mixed-Use (MU) Multi-Level Cell MLC) Hot-Plug Dell SSD in Dell JV1MV 1.8-inch Hot-Plug Hard Drive Tray
- ::Generation: uSATA SSD
- ::Capacity: 200GB
- ::Interface: uSATA
- ::Drive Dimensions: 1.8 inches
- ::External Data Transfer Rate 6G = 6Gb/sec (750 MB/s)
- ::Are these Hot Swap?: Yes
- ::Dell Pre-Failure Warranty: Yes
- ::Hot Swap Tray Included/Attached: JV1MV
- Compatibility:
- :: These drives will be compatible with any server that accepts 1.8inch x 5mm (Thin/Case) SATA SSD drives.
- Condition: New
- Warranty: 1 (one) year Tekmart Africa warranty
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INT0406251
**Eligible for immediate collection / shipping upon order confirmation**
This SKU, 0NDDN1, refers to a Dell 200GB 6Gb/s 1.8-inch uSATA Mixed-Use (MU) Solid State Drive (SSD).
They are enterprise-grade SSD designed to provide fast, reliable storage for Dell servers and workstations, particularly those that utilize the 1.8-inch form factor and require a balanced read/write performance profile.
They are also MLC (Multi-Level Cell) and Mixed-Use (MU) which then means:-
- As Mixed-Use (MU): This is a crucial classification for enterprise SSDs. It indicates that the drive is designed to handle a balanced workload of both read and write operations.
- ::Read-intensive SSDs: optimized for applications that primarily read data (e.g., web servers, data warehousing).
- ::Write-intensive SSDs: optimized for applications that primarily write data (e.g., transaction processing, logging).
- ::Mixed-Use SSDs: offer a balance, suitable for applications that have a significant mix of both reads and writes, providing good performance and endurance for a broader range of workloads.
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- As MLC (Multi-Level Cell): This refers to the type of NAND flash memory used in the SSD. MLC stores multiple bits per cell, offering a good balance of cost, performance, and endurance for enterprise use cases compared to older SLC or newer TLC/QLC technologies.
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