Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.

Operating Temperatures
Vehicles are expected to operate in harsh conditions from snow storms to the hottest deserts. Keeping cool is of utmost importance when designing a vehicle and the wide operating temperatures of the new IX SN530 NVMe SSD (-40˚C to +85˚C) allow designers to worry less about our components increasing the need for a cooling solution so that their vehicles can operate reliably and safely for longer periods of time. Likewise, being able to immediately operate in very cold environments eliminates the need to wait for the system to warm up.

Built for Rugged and Extreme Conditions
Vehicles are only the beginning. The IX SN530 is designed to not only operate in a wider range of temperatures, but also to withstand more extreme situations by having shock resistance of 1,500G at 0.5msec and vibration resistance of forces of 20G at 7Hz to 2,000Hz. This makes the IX SN530 ideal for placing in various locations, in vehicles or equipment to give designers a broad range of flexibility to design their systems.

Endurance
For write intensive applications, such as data recorder, “black box” and data logging, the IX SN530 SLC option, with endurance of up to up to 24,000 TBW (projected) and sustained sequential write performance of up to 1,950 MB/s, saves the need to use multiple high-capacity TLC devices by delivering 9 times the TLC endurance and up to 5 times the TLC sustained write performance.

In-house Robust Design
With Western Digital’s fully vertically integrated supply chain, from the 96-layer 3D NAND, in house controller, firmware to internal validation and qualification, Western Digital supports 5-year longevity with controlled bill-of-material and provides product change notifications, for customers’ peace of mind.

Performance to match the Need for Speed
Using PCIe Gen 3x4, the IX SN530 delivers incredible speed, at wide-temperatures, to meet the needs of recording massive amounts of data generated by vehicles. With sequential read speeds of up to 2,400 MB/s and write speeds of up to 1,950 MB/s, the IX SN530 will meet the needs for high performance writing to capture the data and read speeds for offloading the data.

NVMe SSDs Provide Options
With two form factors, M.2 2280 and M.2 2230, the IX SN530 provides flexibility for the design and mechanical constraints a designer may encounter with thinking about what SSD to use.