Especially if it lets the device last longer than 24-48 hours on a single charge.
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Especially if it lets the device last longer than 24-48 hours on a single charge.
One example from a previous job, these in a Ceph cluster as an origin for a CDN delivering video. We transcode the video to various bit rates and chunk em, then clients request them through CDN, there is not a lot of writing, with some reads when the asset is new, but once it is cached it just basically sits and is idle.
Larger capacity meant we could store more data in a single rack, our limitation for the origin wasn't CPU or bandwidth throughput, it was literally our storage that forced us to keep expanding.
The deployment I did was using 8TB drives. We used HGST with their Helium because of the lesser power draw, allowing us to install more servers in a rack without going over our maximum power draw and heat density for cooling.
gen_random_uuid()
Exists in the pgcrypto extension.Only does UUID 4, which should work for many applications.
Standard opioids didn't touch. Should have tried MJ instead.
It got shortened... to just "app".
https://www.amazon.com/Apple-Radio-Remote-iPod-White/dp/B000...
Interesting, never knew about this.
Not a dongle...
This is true for any and all file systems. ext4 can't provide those guarantees either because it's up to the hypervisor to do the right thing when the guest requests it to flush caches to disk.
ZFS just happens to have made it very explicit that it requires certain guarantees to provide the data reliability, but those same requirements exist for other file systems.
Being frugal until you hit the $400MM doesn't matter anymore...
Dell sells one that is pretty good and used by a lot of my friends.
The Apple iPhone 5 was released in 2012. Apple has provided those users with 5 years of updates (assuming September is when they will release the new iPhone and also update the major iOS version number).
5 years is a long time in the mobile handset business... I doubt too many people will be livid about anything.
DisplayLink is pretty awful. Especially on macOS, due to limitations of macOS, they are laggy, don't display certain apps correctly and more.
There are quite a few docks out there (I know Asus had one) that use DisplayLink technology to show external displays.
I am definitely going to miss MagSafe and am hoping the third party market comes up with something that will emulate it enough to where I don't have to worry about my laptop going flying because some cut doesn't watch where he is walking and accidentally kicks the cord.
Yeah, if you have it sitting on your desk and slowly pull on it the magnet will hold... but give it a quick tug, laptop will stay, cord will come with you.
I always do this because I know they will have a cancelation, and I really hate booking a week out for something that is bothering me today.
310 GB for a database is not all that large.
Why exe? How do you package libraries using this new tool you are envisioning?
Not so much a feature of YouTube as it is a feature of HLS/Dash... but yes, it means you've gotta transcode the source video into multiple different bitrates.
https://www.supermicro.com/solutions/storage_ceph.cfm
We went for upgraded network capacity though, 20 Gbit/sec cluster backend, 20 Gbit/sec cluster frontend...
12 * 8 TB drives, with 800 GB NVMe for the Ceph journal. Fast, large Ceph journal was key.
Total installation was about 3 PB raw, that is 1 PB useable with replication size 3. 33 Ceph OSD nodes, 3 Ceph monitor nodes and Juniper low latency switching using the QFX5100.
Full IPv6 network on both frontend/backend. 11 nodes per rack, each rack being it's own /64 routed domain. 3 racks.
I'm no longer doing contract work for the company, but last I heard they were expanding it out to 6 racks with an additional 3 PB raw capacity added on because of growing datasets.
It's an OpenStack cluster that is connected to this Ceph cluster, 40 Gbit/sec storage backend network, with 40 Gbit/sec front-end that VM's have all their traffic on. So storage and standard traffic don't mix.
The performance and IOPS even virtualized were enough that the entire company is moving their bare metal databases to VM's. I am unable to disclose IOPS or Oracle database performance due to contractual obligations unfortunately.