You may want to finish tuning your setup, but for great victory, click OK to save, and close Mumble. (Text-to-speech is sorta cool, but believe me, it gets old really fast on a conference!) This bothered me, so I disabled all message notifications. See What is SSL and What is TLS to learn more. Any website with an HTTPS web address uses SSL/TLS. Basically every message which has an audio-generating alert associated with it will be broadcast over the conference. What is SSL SSL, more commonly called TLS, is a protocol for encrypting Internet traffic and verifying server identity. Switch to Messages on the left-side menu. Again, for longer range Mumble links, higher levels may be required on these two fields. Switch to Audio Output on the left-side menu.ĭefault Jitter Buffer may be set quite low, I use 10ms. It also improves responsiveness to do this, but higher settings may be required if you're connecting to a server off-site. I've found that when speaking to a murmur server running on my LAN, this can be set to the minimum (10ms) without any issues. Tune your Audio per packet as you like as well. I -highly- suggest recompiling with support for both, unless you have control over -every- Mumble client which this configuration will communicate with otherwise you may not 'hear' what they say). If it stays on CELT, your Mumble client probably wasn't compiled with Speex. Adjust your Compression settings (I always suggest using Speex codec for compatibility with all Mumble clients, which may be achieved by selecting a Quality level below 45.5kbit. Under Transmission, set Transmit to Voice Activity. If they don't, don't worry, we'll fix that in a minute. Your devices (amix/asnoop) probably won't appear in the dropdown. Select Audio Input on the left-side menu. Once you have Mumble built and running on your server (using Xorg or Xvnc), open the settings via Configure->Settings, and check the Advanced box in the bottom left. I'm not going to explain how, their website should help you out. If you've made it this far, it gets much easier. I haven't found any way to directly address the subdevices ('2,0,0', '2,0,1', etc.) Luckily, it picks up our handrolled PCMs, which is good enough. The 'Loopback' entries (6 and 7) are possibly unusable. The next line has an 'i' at the end, meaning the endpoint will use this device as input. At the end of each line you'll see 'r,o' which means 'ringer, output', meaning this device is where your portaudio endpoint will both ring on and send output to. The entries to note are 'ploop' and 'cloop', entries 15 and 16.
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