- Introduction to Interface and Connectivity: The interface and connectivity options of a hard drive determine how the drive is connected to a server or storage system, and how data is transferred to and from the drive. Seagate Enterprise 1.2TB hard drives use SAS (Serial Attached SCSI) interface and 12Gb/s data transfer speeds.
- Understanding SAS Interface: SAS (Serial Attached SCSI) is a high-speed data transfer interface used in enterprise storage systems. Seagate Enterprise hard drives use SAS interface, making them suitable for high-speed data transfer and high-performance storage systems.
- The Benefits of SAS Connectivity: SAS connectivity provides several benefits, including high-speed data transfer, improved reliability, and greater scalability compared to other interface options.
- Understanding 12Gb/s Data Transfer Speeds: Seagate Enterprise hard drives use 12Gb/s data transfer speeds, providing fast and reliable data transfer for large data storage requirements.
- Comparison with Other Interface Options: Other common interface options for hard drives include SATA (Serial Advanced Technology Attachment) and NVMe (Non-Volatile Memory Express). Each interface option has its own advantages and disadvantages, and the right choice depends on the specific requirements of the application.
- The Importance of Fast Data Transfer Speeds: Fast data transfer speeds are essential for high-performance storage systems, as they help ensure that data can be quickly and efficiently transferred to and from the hard drive.
- Understanding Dual-Port Connectivity: Dual-port connectivity refers to the ability to connect a hard drive to two separate systems at the same time. Seagate Enterprise hard drives use dual-port SAS connectivity, providing improved reliability and redundancy compared to single-port connectivity.
- The Benefits of Dual-Port Connectivity: Dual-port connectivity provides several benefits, including improved reliability, better data protection, and the ability to use a hard drive in a variety of storage systems.
- Understanding Multi-Path I/O: Multi-Path I/O is a technology that enables data to be transferred to and from a hard drive over multiple paths, providing improved reliability and redundancy compared to single-path connectivity. Seagate Enterprise hard drives support Multi-Path I/O.
- The Benefits of Multi-Path I/O: Multi-Path I/O provides several benefits, including improved reliability, better data protection, and the ability to use a hard drive in a variety of storage systems.
- Understanding Cable-Less Connectivity: Cable-less connectivity refers to the ability to connect a hard drive to a system without the use of cables. Seagate Enterprise hard drives use cable-less SAS connectivity, making them easy to install and manage.
- The Benefits of Cable-Less Connectivity: Cable-less connectivity provides several benefits, including improved reliability, better data protection, and easier installation and management compared to cabled connectivity.
- Understanding Hot-Plug Connectivity: Hot-plug connectivity refers to the ability to remove and replace a hard drive without shutting down the system. Seagate Enterprise hard drives support hot-plug connectivity, making them easy to maintain and upgrade.
- The Benefits of Hot-Plug Connectivity: Hot-plug connectivity provides several benefits, including improved reliability, better data protection, and the ability to use a hard drive in a variety of storage systems.
- The Importance of Reliable Connectivity: Reliable connectivity is essential for high-performance storage systems, as it helps ensure that data can be quickly and efficiently transferred to and from the hard drive. Seagate Enterprise hard drives provide reliable SAS connectivity, making them a suitable choice for enterprise
- ntroduction to Reliability and Durability: The reliability and durability of a hard drive determine its ability to operate continuously without failure and maintain data integrity over time. Seagate Enterprise 1.2TB hard drives are designed for high reliability and durability, making them suitable for use in demanding enterprise storage environments.
- Understanding Mean Time Between Failures (MTBF): Mean Time Between Failures (MTBF) is a measure of the reliability of a hard drive, expressed as the average time between failures. Seagate Enterprise hard drives have a high MTBF, making them suitable for demanding enterprise storage environments.
- The Benefits of High MTBF: High MTBF provides several benefits, including improved reliability, better data protection, and lower downtime compared to hard drives with lower MTBF.
- Understanding Error Correction Code (ECC): Error Correction Code (ECC) is a technology that helps detect and correct errors in data storage, providing improved data protection and reliability. Seagate Enterprise hard drives use ECC, making them suitable for use in demanding enterprise storage environments.
- The Benefits of ECC: ECC provides several benefits, including improved reliability, better data protection, and lower downtime compared to hard drives without ECC.
- Understanding Unrecoverable Read Errors (UREs): Unrecoverable Read Errors (UREs) are errors that cannot be corrected by the hard drive's error correction technology. Seagate Enterprise hard drives have a low URE rate, making them suitable for demanding enterprise storage environments.
- The Benefits of Low URE Rate: Low URE rate provides several benefits, including improved reliability, better data protection, and lower downtime compared to hard drives with higher URE rates.
- Understanding Drive Writes per Day (DWPD): Drive Writes per Day (DWPD) is a measure of the durability of a hard drive, expressed as the average number of drive writes per day. Seagate Enterprise hard drives have a high DWPD, making them suitable for demanding enterprise storage environments.
- The Benefits of High DWPD: High DWPD provides several benefits, including improved durability, better data protection, and lower downtime compared to hard drives with lower DWPD.
- Understanding Power-On Hours (POH): Power-On Hours (POH) is a measure of the durability of a hard drive, expressed as the number of hours the drive has been powered on. Seagate Enterprise hard drives have a high POH, making them suitable for demanding enterprise storage environments.
- The Benefits of High POH: High POH provides several benefits, including improved durability, better data protection, and lower downtime compared to hard drives with lower POH.
- Understanding Shock and Vibration Resistance: Shock and vibration resistance are important measures of the durability of a hard drive, as they help ensure that the drive can withstand physical shocks and vibrations without failure. Seagate Enterprise hard drives have high shock and vibration resistance, making them suitable for use in demanding enterprise storage environments.
- The Benefits of High Shock and Vibration Resistance: High shock and vibration resistance provides several benefits, including improved reliability, better data protection, and lower downtime compared to hard drives with lower shock and vibration resistance.
- Understanding Environmental Tolerance: Environmental tolerance is a measure of a hard drive's ability to operate in a variety of temperature, humidity, and atmospheric pressure conditions. Seagate Enterprise hard drives have high environmental tolerance, making them suitable for use in demanding enterprise storage environments.
- The Benefits of High Environmental Tolerance: High environmental tolerance provides several benefits, including improved reliability, better data protection, and the ability to use a hard drive.
- Introduction to Power Consumption and Heat Generation: Power consumption and heat generation are important factors to consider when selecting a hard drive, as they impact the performance, reliability, and longevity of the drive. Seagate Enterprise 1.2TB hard drives are designed to minimize power consumption and heat generation, making them suitable for use in demanding enterprise storage environments.
- Understanding Power Consumption: Power consumption is the amount of power a hard drive uses when operating. Seagate Enterprise hard drives have low power consumption, making them suitable for use in demanding enterprise storage environments.
- The Benefits of Low Power Consumption: Low power consumption provides several benefits, including lower operating costs, better energy efficiency, and reduced environmental impact compared to hard drives with higher power consumption.
- Understanding Heat Generation: Heat generation is the amount of heat a hard drive produces when operating. Seagate Enterprise hard drives have low heat generation, making them suitable for use in demanding enterprise storage environments.
- The Benefits of Low Heat Generation: Low heat generation provides several benefits, including improved reliability, better performance, and lower downtime compared to hard drives with higher heat generation.
- Understanding Power Management Features: Power management features, such as power-saving modes, can help reduce power consumption and heat generation, improving the performance, reliability, and longevity of the drive. Seagate Enterprise hard drives include power management features, making them suitable for use in demanding enterprise storage environments.
- The Benefits of Power Management Features: Power management features provide several benefits, including lower operating costs, better energy efficiency, and reduced environmental impact compared to hard drives without power management features.
- Understanding Drive Operating Temperature: Drive operating temperature is an important factor to consider when selecting a hard drive, as high temperatures can impact performance, reliability, and longevity. Seagate Enterprise hard drives have a low drive operating temperature, making them suitable for use in demanding enterprise storage environments.
- The Benefits of Low Drive Operating Temperature: Low drive operating temperature provides several benefits, including improved reliability, better performance, and lower downtime compared to hard drives with higher drive operating temperature.
- Understanding Temperature Monitoring and Management: Temperature monitoring and management features help ensure that hard drives operate within a safe temperature range, protecting performance, reliability, and longevity. Seagate Enterprise hard drives include temperature monitoring and management features, making them suitable for use in demanding enterprise storage environments.
- The Benefits of Temperature Monitoring and Management: Temperature monitoring and management features provide several benefits, including improved reliability, better performance, and lower downtime compared to hard drives without temperature monitoring and management features.
- Understanding Cooling Requirements: Cooling requirements are an important factor to consider when selecting a hard drive, as adequate cooling is necessary to maintain performance, reliability, and longevity. Seagate Enterprise hard drives have low cooling requirements, making them suitable for use in demanding enterprise storage environments.
- The Benefits of Low Cooling Requirements: Low cooling requirements provide several benefits, including lower operating costs, improved energy efficiency, and reduced environmental impact compared to hard drives with higher cooling requirements.
- Understanding Drive Power-Up and Power-Down Sequences: Drive power-up and power-down sequences are important factors to consider when selecting a hard drive, as they impact performance, reliability, and longevity. Seagate Enterprise hard drives have optimized power-up and power-down sequences, making them suitable for use in demanding enterprise storage environments.
- The Benefits of Optimized Power-Up and Power-Down Sequences: Optimized power-up and power-down sequences provide several benefits, including improved reliability, better performance, and lower downtime compared to hard drives with non-optimized power-up and power-down sequences
- MPN : 1FF200-151
- Manufacture : Seagate
- Product Type : Hard Drive
- SKU : 1FF200-151
- Storage Capacity : 1.2TB
- Rotational Speed : 10K RPM
- Interface : SAS-12GBPS
- Drive Type : Internal
- Nand Flash Type : EMLC
- Nand Flash Size : 32 GB
- I/o Acceleration And Response Time Optimization : Enabled
- Intelligent Nand Endurance Management : Yes
- Afr : 0.44%
Performance
- Rotational Speed : 10K RPM
- External Transfer Rate : 1200 MBPS
- Average Latency : 2.9 Ms
- Sustained Transfer Rate Outer To Inner Diameter : 241 To 117 MBPS
- Cache : 128 MB
Dimensions & Weight
- Width : 2.8 Inch
- Depth : 3.9 Inch
- Height : 0.6 Inch
- Weight : 0.50 lbs
Here, you can check more available conditions of your desired product 1FF200-151 at a competitive price. We are trying our best to meet your needs on the enterprise-level computer, server, data centre, and networking hardware. You are welcome to ask our live chat or get live representative support over the phone.
Other Available Conditions for this Part
Other Available Categories For - Hard Drive - SAS-12GBPS
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