Thunderbolt™ 3 technology is currently the fastest, most versatile protocol on the market capable of high-speed transfers 8x faster than USB 3.0, connecting multiple displays/monitors and daisy-chaining storage devices through a single port.
Thunderbolt 3 uses the versatile USB-C™ connector - it doesn't matter which end you connect to your PC - making connecting easy.
Thunderbolt 3 delivers transfer speeds of up to 40Gb/s with a portion of the bandwidth reserved for video transmission like dual 5K monitors. That still leaves ample bandwidth for access from storage devices, and other peripherals.
Daisy chain up to 6 devices through a single Thunderbolt 3 port (ex. storage + network + monitor + power), leaving other ports available for additional peripheral devices.
A single Thunderbolt 3 cable can be used for high-speed data transfers or supply up 100W of power.
Better Bus Power
Thunderbolt 3 delivers up to 15W of power for connected bus-powered devices. This is required for high-performance NVMe SSDs like our G-DRIVE Mobile Pro SSD.
G-TEAM Ambassador, Aerial Specialist
Vincent, a three-time winner at the prestigious 2010 Cannes Lions International Advertising Festival, is a director and Pulitzer Prize-winning photographer who is known for his forward-thinking approach to image-making, storytelling, and aerial photography.
With ever-evolving media storage requirements, Vincent has relied on G-Technology’s Thunderbolt 3 storage solutions since they first released. Staying ahead of the technology curve is critical for Vincent’s work, where fast transfers and effective data management can save thousands of dollars in his aerial shoots.
Honestly, it wasn’t much of a debate. Given the vast amount of data I shoot, I’ve always used the fastest drives and connections possible throughout the past 20 years. I work 12-18 hour days and I don’t want to wait to make copies and backups late into the night or to skip a backup when I’m just too tired. Speed and reliability are of the essence.
In a typical project, I shoot, ingest media to drives, edit down from my overall shoot to my selects, and then cut down selects to 5 stars. After narrowing the selects down, I color correct, retouch master files and then finally… output the files. I often work with post houses for video and colorists and/or editors and retouchers for still imagery, so I will ship them drives, share via the cloud or do both.
In the field, I copy from various media (Red Mini Mags, CF, SD, micro SD and CFast 2.0 card to portable SSD (G-DRIVE Mobile Pro SSD) directly. Then I copy another backup to my G-SPEED Shuttle SSD or to the G-SPEED Shuttle XL with my ev Reader RED Mini Mag edition. Both of those storage units are copied to the G-SPEED Shuttle XLs back at the office, which are tied to my cloud account. All of the incoming assets are backed up to the cloud from my LA office. The cloud data is then synced to yet another G-SPEED Shuttle XL in NYC for redundancy automatically. At the office, I will work on the Shuttles as my scratch disk. A few months after a project is completed, the data is copied off the SSDs to Thunderbolt 3 G-SPEED Shuttle XLs called Visuals ONLINE. After a year or so, I take copy them off onto older Thunderbolt 2 G-SPEED Shuttle XL devices, which serve as my archive. I have more than 320TB2 online in my office with my only Shuttle SSD syncing with the cloud 24/7. My Thunderbolt 3 and Thunderbolt 2 G-SPEED Shuttles are turned on as needed since they heat up my room. I have a total of 6 Shuttle XLs in my office. I use the G-DRIVE Mobile Pros to deliver the data and to travel with if I need to edit on the go on my laptop.
I use G-SPEED Shuttles with Thunderbolt 3 and G-SPEED Shuttle SSD (My main library), and G-DRIVE Mobile Pro SSD with Thunderbolt 3 (portable backup).
1. Based on read speed, unless otherwise specified. As used for transfer rate, megabyte per second (MB/s) = one million bytes per second. Performance will vary depending on your hardware and software components and configurations.
2. As used for storage capacity, 1GB = 1 billion bytes and 1TB = one trillion bytes. Actual user capacity may be less, depending on operating environment.