Hi Kelly,
This may not apply . . .
But if you have a remote desktop connection to AC that seems weirdly slow at times . . .
Then I'd check two things to eliminate your end as the problem.
I'm curious, since most AC cloud users aren't complaining about this kind of trouble.
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First, I'd try to run AC from someone else's home or office computer through a non-Verizon ISP.
You can probably ask another doctor for a favor like this or even do it from your own home.
If you can run AC at a normal speed from a different computer through a different ISP, then the problem is at your end, not AC.
Otherwise, the problem is at AC's end.
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I'd also run a ping trap from one of your computers for a day to see if your apparently excellent high-speed connection is actually flaky and losing packets.
(You can get excellent speed results if a brief speed test happens to run between the packet-loss raindrops, so to speak.)
Preferably you'd run the ping test to the ip address of your remote AC connection if it responds to ping.
Otherwise, settle pinging to a reliable site like google's dns service at 8.8.8.8
You can do a bare-bones test by opening a command window and typing this command:
ping 8.8.8.8 -t
The -t option pings once per second endlessly.
You end it with CRTL-C or pause it and resume it with CTRL-BREAK (often marked as the PB key for Pause-Break).
The screen statistics at the end show the loss as a percentage.
(A no-t test sends just 4 pings and rarely finds flaky connections--you need at least a thousand 1-second pings and preferably a whole working day.)
You can minimize the command window and keep working. Ping doesn't slow anything down. Let it run for hours.
If you see even 1% ping loss when you stop or pause the program, you've got a flaky connection that will seem slow when dropping packets.
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If you want a much more elaborate graphical ping test, here's one that I often use:
https://www.dropbox.com/s/habh38mii0dxpzq/pngplt_241.exe?dl=0You have to set the time and fool with the display and what to show, but failures show as dramatic red lines on the graph.
Cheers,
Carl Fogel