SSD Comparator for underwater photographers
Find the ideal portable SSD for your dive trips. Compare ruggedness, speed and price.
Professional PRO-G40
Pro field backup with maximum durability
Extreme PRO Portable V2
Fast field backup with rugged protection
Rugged SSD
Iconic field drive for photographers
Rugged SSD Pro
Pro Thunderbolt field drive
SD810
Budget high-speed IP68 waterproof SSD
Extreme Portable V2
Rugged and affordable travel backup
T7 Shield
Reliable and rugged travel backup
X10 Pro
Best value high-speed SSD
X9 Pro
Best value rugged SSD
Envoy Pro FX
Universal Thunderbolt/USB drive with max protection
Envoy Pro Elektron
Compact IP67 SSD for USB-C workflows
Tuff Nano Plus
Rugged IP67 SSD with included case
T9
High-speed backup without IP certification
My Passport SSD
Ultra-lightweight travel companion
XS2000
Ultra-compact high-speed pocket drive
Rocket XTRM-Q
Max Thunderbolt capacity (up to 8 TB)
WD_BLACK P40 Game Drive
Fast transfers, gaming design
SE880
Budget ultra-compact fast drive
One Touch SSD
Budget travel backup
Which SSD for an iPad on a dive trip
More and more underwater photographers are swapping laptops for iPad Pros when it comes to sorting and editing on the road. The weight savings are significant, but the backup workflow changes completely.
The iPad Pro (M2 and later) supports external SSDs via USB-C at speeds up to 10 Gbps over USB 3.2. In practice, transferring a 128 GB SD card of RAW files takes about 4 minutes through a USB-C hub to the SSD. Lightroom for iPad reads files directly from the external drive without importing them into internal storage.
Choosing an SSD for an iPad workflow comes down to three points. The form factor should be compact (NVMe stick SSDs like the Samsung T9 or Crucial X10 Pro fit easily in a waterproof pouch). The connector should be native USB-C (no adapters, no USB-A with cable). The IP rating should be at least IP65 to withstand boat conditions.
A common trap: some SSDs advertise impressive theoretical speeds (2,000 MB/s) but throttle after 30 seconds of continuous transfer due to overheating. For full card transfers after each dive, check sustained speed benchmarks, not just peak numbers.