Wouxun has been selling ham radio / Part 90 handheld radios for a few years already, with steadily improving quality.
The unconventional yet economical design approach of using two different transmit power transistors seems to be sound economically and technically.
Some of the compromises in performance include
Squelch performance: the noise squelch has a too-narrow adjustment range–I can’t adjust it high enough for CSQ channels.
This also stops the scanning despite having PL.
Scanning speed is too slow, and it doesn’t exit to the original channel if you exit–an expected feature that is missing.
No true dual receiver: the TDR button just scans between the two frequencies on display.
If scanning, the non-scanning freqeuncy is treated like a “priority scan channel” in traditional radios.
If I just think of it as a single-channel radio, then I can be satisified.
In urban environments, the noise level is too high to hear more than a couple repeaters well.
One day, I suddenly couldn’t SSHFS mount via the head end server from any computer.
could not ssh into the main head end server
could ssh into the individual cluster units.
could not sshfs mount from those cluster units
could see files via ssh.
Workaround:
Using a Windows guest virtual machine, I was able to mount the windows side of the network share (that I can typically always mount via sshfs)
I could sftp and scp from one of the cluster nodes (not the head end node, since I couldn’t get in via ssh).
Probably a weird, incorrect workaround–but it got the badly needed files in a pinch.
SSHFS allows accessing directories and files on remote SSH servers as if they were on your local PC.
One quirk is that accessing a large number of small files will incur a speed penalty.
When specifying the remote directory using sshfs, include a trailing slash to avoid Input/Output Error messages.