3DT34 – Dell 600GB 15000RPM SAS 12Gb/s 512n 2.5-Inch Hard Drive
The Dell 3DT34 600GB SAS Hard Drive is a high-performance enterprise storage solution designed for speed, reliability, and consistent operation in Dell PowerEdge server environments. Featuring a 15,000 RPM spindle speed and SAS 12Gb/s interface, this drive delivers ultra-fast data access, low latency, and strong IOPS performance for mission-critical workloads.
Built in a 2.5-inch small form factor (SFF), this drive uses 512n (512-byte native) sector format, ensuring broad compatibility with enterprise operating systems and storage architectures. Its high-speed design makes it ideal for transactional workloads requiring rapid data retrieval and processing.
Engineered for continuous 24/7 operation, this enterprise-class drive is well-suited for virtualization, databases, and RAID storage environments where performance and reliability are essential.
Model Type:
Internal Enterprise HDD — 2.5″ SAS (12Gb/s, 15K RPM, 512n)
Category:
Storage — Enterprise SAS Hard Disk Drive (HDD)
Key Features:
600GB Capacity — Optimized for high-performance workloads
15,000 RPM Speed — Ultra-fast rotational performance for low latency
SAS 12Gb/s Interface — High-speed enterprise connectivity
512n Sector Format — Native sector format for compatibility
2.5-Inch SFF Design — Ideal for dense server environments
Enterprise-Class Reliability — Designed for 24/7 continuous operation
High IOPS Performance — Suitable for transactional applications
Optimized for Virtualization & Databases — Supports demanding workloads
Technical Specifications:
Specification Details
Model 3DT34
Capacity 600GB
Drive Type Internal HDD
Interface SAS 12Gb/s
Spindle Speed 15,000 RPM
Sector Format 512n
Form Factor 2.5″ SFF
Workload Type Enterprise / High Performance
Compatibility Dell PowerEdge Servers & Storage Systems
Lead Time 4–6 Business Days
Typical Use Cases:
Enterprise virtualization platforms
High-performance database systems
Transaction-heavy applications
RAID storage arrays
Data center mission-critical workloads