Seagate Enterprise Performance 15K 2.5" 300 GB SAS
Product information
Technical specifications
Weight | 225 g |
Depth | 100.5 mm |
Height | 15 mm |
Width | 69.8 mm |
Operating voltage | 5 V |
Power consumption (idle) | 4.7 W |
Power consumption (typical) | 6.9 W |
Non-operating shock | 400 G |
Operating shock | 40 G |
Non-operating vibration | 2.4 G |
Operating vibration | 0.5 G |
Storage temperature (T-T) | -40 - 70 °C |
Operating temperature (T-T) | 5 - 55 °C |
Storage drive adapter included | No |
Average latency | 2 ms |
HDD number of heads | 2 |
HDD interface transfer rate | 12 Gbit/s |
Storage drive buffer size | 256 MB |
Component for | Server/workstation |
Type | HDD |
Interface | SAS |
HDD speed | 15000 RPM |
HDD capacity | 300 GB |
HDD size | 2.5 " |
Description
Performance You Need, Versatility You Want, Affordability You Demand
- Accelerates I/O operations and completes more transactions faster—even during peak demand
- At 900GB, stores 50% more mission-critical data than any other 15K HDD
- Optimizes TCO with higher capacity at lower cost than high-performance alternatives
- Delivers more predictable performance (up to 27% SDR over previous generation)
- while helping to protect data from corruption due to unexpected power loss
- Supports all drive formats including 512 native and a single Fast Format™ model for advanced formats (4Kn and 512e) that simplifies HDD management
- Industry-leading read caching with TurboBoost™ technology for optimum response times—perfect for OLTP applications
- Advanced Write Caching feature utilizing enhanced algorithms for the industry’s highest mission-critical storage workload performance efficiencies
- Uses traditional NAND and advanced algorithms to promote hot data and achieve performance improvement (up to 2.6× improvements over last generation
- Enables high density with power efficiency due to lower power and cooling requirements ideal for space- and power-constrained enterprise data centers
- Widely accepted, proven sixth-generation technology for reliable access to demanding high performance applications.