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Ultrastar DC SA210
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Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba maisBuilt on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba maisBuilt on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba maisBuilt on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba maisBuilt on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba maisBuilt on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba maisBuilt on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba maisBuilt on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba maisBuilt on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba maisBuilt on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
... Saiba mais
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A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
A Natural Western Digital Drive for Edge Computing & Read-intensive Environments
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
The Right Choice for Server Boot Drives
Built on Western Digital 64-layer 3D NAND, the Ultrastar® DC SA210 SATA SSD is Western Digital’s first SSD purpose-built for enterprise boot and edge applications. The Ultrastar DC SA210 offers outstanding value and provides the best alternative to enterprise boot HDDs. With capacities as low as 120GB1 and up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements. End-to-end data protection and LDPC error correction mechanisms provide greater reliability and help support a five-year warranty5. Ultrastar DC SA210 has been validated to operate with Windows Server® 2012/2016 and various versions of the enterprise Linux® operating systems.
A Natural SSD for Edge Computing & Read-intensive Environments
Edge computing is pushing applications, like content delivery, away from centralized data centers and closer to those who are consuming the content. In such environments, data access speed is essential. The Ultrastar DC SA210 delivers up to 510MiB/s sequential read throughput and 64K IOPS random read performance to unleash the full potential of your server grade system and its high-end CPU capabilities. Such applications can also benefit from higher capacity offerings. The Ultrastar DC SA210 is designed to be cost-optimized and offer sufficient endurance for read-intensive environments. It is architected to minimize the probability of data loss due to unexpected power loss yet still be a cost-effective alternative to traditional enterprise SSDs that rely on costly hold-up capacitors. To address encryption requirements, the Ultrastar DC SA210 supports self-encryption drive (SED) capability with TCG OPAL 2.01 SSC security protocol support to help protect data from unauthorized access. The DC SA210 also includes Instant Secure Erase functionality to speed and simplify drive redeployment and retirement.
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Especificações
- Reliability up to 2M hours MTBF
- Designed specifically for boot and edge applications
- Self-encrypting with TCG OPAL 2.01 SSC security protocol support and Instant Secure Erase
Classificações e revisões
Suporte e Recursos
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Informações
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.
- One megabyte (MB) is equal to one million bytes, one gigabyte (GB) is equal to 1,000MB (one billion bytes), and one terabyte (TB) is equal to 1,000GB (one trillion bytes) when referring to storage capacity. Accessible capacity will vary from the stated capacity due to formatting, system software, and other factors.
- Endurance rating based on DW/D over 5 years
- Performance will vary by capacity point, or with the changes in useable capacity. Consult product manual for further details. All performance measurements are in full sustained mode and are peak values. Preliminary and subject to change. 1MiB=1,048,576 bytes or 220, 1KiB= 1,024 bytes or 210.
- MTBF and AFR targets are based on a sample population and are estimated by statistical measurement and acceleration algorithms under median operating conditions. MTBF and AFR rating do not predict an individual drive’s reliability and do not constitute a warranty.
- Warranty, DW/D is the lesser of 5 years from the date of manufacture of the product or expiration of the relevant endurance threshold
- Operating temperature is defined as temperature reported by the drive. Note that drive temperature readings are expected to be higher than ambient temperature when the SSD is placed inside a system.