How to choose an SSD without overbuying
Choose the right NVMe, SATA, or portable SSD by matching the interface, capacity, flash type, endurance, and real workload—not the biggest benchmark number.
Clear, independent guidance for matching drives and memory cards to cameras, computers, and real production workflows—from capture through verified backup.
Choose the right NVMe, SATA, or portable SSD by matching the interface, capacity, flash type, endurance, and real workload—not the biggest benchmark number.
Learn what V30, V60, and V90 guarantee, how UHS-I and UHS-II differ, and how to match an SD card to a camera's actual recording requirements.
Match microSD capacity, Video Speed Class, A1 or A2 ratings, endurance, and device compatibility without paying for specifications the host cannot use.
Choose a CFexpress Type B card by checking camera compatibility, sustained write performance, VPG markings, capacity, thermals, and reader speed.
Check card format, capacity, bus interface, speed class, approved media, firmware, and slot behavior before buying memory for a camera.
Understand the contacts, bus-speed ceilings, backward compatibility, speed classes, camera-buffer benefits, and reader requirements that separate UHS-I from UHS-II.
Estimate JPEG and RAW photo capacity from average file size, understand why the number changes, and choose a practical card size without relying on a misleading fixed count.
Calculate recording time from bitrate, compare 64GB through 512GB cards, and budget headroom for high-resolution video, proxies, audio, and card rotation.
Turn the 3-2-1 rule into a practical protection plan for camera originals, project files, catalogs, exports, and long-term photo or video archives.
Use a repeatable card-to-computer workflow that creates verified copies, protects catalogs and project files, and prevents accidental card erasure.
Choose an external SSD or hard drive by separating active editing speed, travel needs, backup capacity, interfaces, and long-term archive responsibilities.
Understand direct-attached storage, network-attached storage, common RAID layouts, usable capacity, and why redundancy is not a complete backup plan.