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Key Features
- Offload Dock for Atomos Drive Caddies
- Efficiently Offload Direct to Computer
- Features Power Port for RAID Caddy Cable
- USB-C 3.1 Connector Cable
A low-profile offload dock for your Atomos drive caddies, the Atomos USB-C 3.1 Powered Docking Station will be an elegant addition to your computer desk as well as compact accessory for your transport bag. It supports a single drive caddy at a time and efficiently offloads the drive contents direct to your computer via an integrated USB cable.
More DetailsSee any errors on this page?
Will this work with the Atom X drives?
Will this work with the Atom X drives?
Yes it is a must
Date published: 2019-02-27
is it the same speed as Atomos Powered Docking ...
is it the same speed as Atomos Powered Docking Station with USB 3.1 Gen 1?
Hello Piboon, yes, all of the Atomos USB Docking are buss powered.
Date published: 2020-12-11
Is this USB 3.1 Gen 2 or Gen 1?
Is this USB 3.1 Gen 2 or Gen 1?
USB-C 3.1, gen 1
Date published: 2021-08-31
Are there standard 5.25 inch drive bays that I ...
Are there standard 5.25 inch drive bays that I could install in my PC case that will read these SSD Mini's? If there was a SATA connection drive bay that I could install to read these SSD Mini's it would make my life a lot easier than having to sit the docking station on top of my chassis all the time.
Hello Cole, the MINI SSD's are still a standard SATA connector so yes you can use any SATA bay readers, pretty much.
Date published: 2020-05-15
Is it faster than usb3.0?
Is it faster than usb3.0?
The 3.1 is about 10% (NOT 10X) faster on sequential reads and sequential writes (the most meaningful measure if you're using best practices -- a freshly formatted disk to write then later read video files). For random reads/writes using high queue with high thread count, the numerical differences were meaningful (but may not show in practice for video work) and for random reads/writes using low queue and low thread count, a marginal difference is seen. Details follow.
I ran CrystalDiskMark 7.0 using the same SSD (a Samsung EVO 850 480GB) with each dock (the ATOMDCK003 --USB A 3.0 and ATOMDCK004 --USB C 3.1) plugged directly into my HP Spectre laptop native ports. I used default settings, which produce 8 results (2 sequential read, 2 random read, 2 sequential write and 2 random write results, average of 5 tests for each result and using 1 GiB file size).
The 3.1 was slightly faster on sequential reads and sequential writes -- 464 (8 queues, 1 thread) and 443 MB/s (1 queue, 1 thread) compared to 426 and 422 MB/s read speeds, and 465 (8 queues, 1 thread) and 438 MB/s (1 queues, 1 thread) compared to 431 and 429 MB/s write speeds. For random reads/writes using high queue with high thread count, -- 127 MB/s read vs. 24 MB/s -- call that a factor of 5, and 90 vs. 40 MB/s write speeds -- a bit more than a factor of 2 (32 queues, 16 threads for those numbers). For random reads and writes with 1 queue and 1 thread, the numbers were only marginally better for the 3.1 compared to the 3.0 (24 vs 22 read and 33 vs 27 write).
Date published: 2020-01-02
