SanDisk Ultra 512GB SDXC UHS-I Card 150MB/s

SanDisk Ultra SDXC Card

The SanDisk Ultra 512GB SDXC memory card provides high-capacity storage for digital cameras and video recorders. This unit utilizes the UHS-I bus architecture to achieve read speeds up to 150MB/s. Consequently, users experience faster file transfers from the device to workstations during post-production workflows. The Class 10 video rating ensures consistent performance for Full HD video capture without frame drops. Furthermore, the 512GB capacity allows for extended shooting sessions without the need for frequent media swaps. This storage solution supports the exFAT file system to handle large file sizes efficiently.

Key Features

• High-Speed Data Transfer
  The internal controller supports read speeds up to 150MB/s to minimize downtime during data offloading tasks.

• Rugged Environmental Resistance

  • Waterproof construction protects data against moisture ingress.
  • Shockproof design withstands mechanical vibrations and accidental drops.
  • X-ray proof shielding prevents data corruption during airport security screenings.
  • Temperature-proof engineering ensures operation between -25 and 85 degrees Celsius.

• Class 10 Video Performance
  This card maintains a minimum sustained write speed of 10MB/s for reliable 1080p video recording.

Specifications

What’s in the Box

• SanDisk Ultra 512GB SDXC UHS-I Memory Card

• Protective Jewel Case (Standard Retail Packaging)

Why Choose SanDisk Storage

• The card integrates a mechanical write-protect switch to prevent accidental data deletion or overwriting.

• Compatibility extends to all SDXC-compliant host devices including DSLRs, mirrorless cameras, and laptops. Therefore, it serves as a versatile backup medium.

• Advanced error correction code (ECC) logic monitors data integrity during high-speed write cycles.

• The high capacity eliminates the logistical burden of managing multiple smaller flash cards during remote field assignments.

• UHS-I technology optimizes battery life in host devices by completing data operations quickly and entering low-power states.