There is something wrong, why does the time to send 1k file about 1 second and to send a 10M file about 1 second?
The copy is not made as an ssh, for example. I have been sending 60G to the drive for more than 15 hours, and it was only 14G, because it has millions of small files
Google only allows about 2-3 files per second to be created so small files are just slow as there isn't anyway around that other than zipping them up prior.
I saw on the b2 website that it has no limit for 2-3 files like google Drive. B2 is mounted, as you can see, does it have any flag to speed up the copy?
hello,
if you really need to optimize for speed, nothing is faster than wasabi, a s3 clone known for hot storage.
it does not have all those gdrive/b2 limits, quotas and whatnot.
I'm just assembling the b2, in the documentation it doesn't say which flags work only for the assembled b2 drive, for example these flags, only work for assembling the drive?
The b2 is good, and has a price that only pays for what you use I found most interesting. I was already recommending the use of wasabi, but it is for personal use.
it is a bit more complicated.
wasabi has a minimum storage of 1TB for $5.99.
and it has a minimum retention period of 90 days so if you upload a file today, delete it tomorrow, you will get charged for 89 days of pro-rated storage fees based on the file size
but if you upload veeam backups files, you can request the retention period, for any file, to be reduced to 30 days.
but wasabi does not charge egrees fees or api fees
i stream my media from a rclone crypt at wasabi.
as for cost, i find that following the best for my use-case
most recent backups and data in wasabi and deleted after 30 days.
older backups to aws s3 deep glacier for $1.01/TB/month
I'll stay with the b2. I will only pay for what I use and there is no minimum.
Just a doubt, I saw that the default for --transfers = 30 is equal to 4, 30 would be too much?
It would be the amount of files transferred simultaneously, correct?
What is more spent? CPU, RAM? I have 6GB of idle RAM.