That's not how they work. They use blue lasers to excite yellow phosphors creating white light. The white light is not collimated. It's very similar to what a white LED does except they're using a blue laser to excite the phosphor instead of a blue LED.It will probably make other drives blind and cause some accidents.
That's not how they work. They use blue lasers to excite yellow phosphors creating white light. The white light is not collimated. It's very similar to what a white LED does except they're using a blue laser to excite the phosphor instead of a blue LED.
This is pretty awesome.
Probably LOTR or some other similar piece...What film is that derived from?
Is there any hope for a WD in the toilet?
I'm not sure I should even ask. I don't keep my portable drives or computers in the bathroom. Maybe you could try that too.Is there any hope for a WD in the toilet?
Is there any hope for a WD in the toilet?
I have a file transfer that is pegged at 222kB/s. I have no idea how big the total transfer will be (files are mostly <1MB), but I suspect it will be a few hundred GB.
Source is a telephone system that records phone calls, archive needs to happen through their crappy software running on a local workstation, destination is a NAS on the other end of 3 WAN links. Depressingly none of the WAN links are the bottleneck.
10.5 days for 200GB.
Have you considered a courier instead?
Maybe their transfer implementation is overly sensitive to latency? Can you stage it locally and transfer it after it is complete? Mount an iSCSI LUN to the system from your remote NAS.
Not that I'm aware of...Out of curiosity, do we have an IRC channel?
I'm half surprised someone your age knows what IRC is.Out of curiosity, do we have an IRC channel?
I'm guessing it's something like a trout trying to return to its native stream.
Out of curiosity, do we have an IRC channel?