I had that same BT transmitter for awhile and was using it with BT earbuds in my workout room for my TV. Even with movies and whatnot, I could still notice the latency sometimes. It probably wouldn't be viable because of that for guitar.

Anything wireless is going to be a crap shoot. So many things can factor into wireless, latency, interference, rf signals that can jam or block the path, heck even fluorescent light bulbs can cause static on a wireless setup. If you want to monitor yourself clean, clear, and on time then some high impedance cans would be the best way to go. A good 250 ohm set of beyerdynamics would really sound good. If you absolutely must go wireless try to take some time and prepare the area that you practice in for a wireless signal. shield whatever you can, hide your cell phone and turn off other electronics in the room. It may help SLIGHTLY with rf interference. But I doubt it will be perfect. There is a cost/benefit to everything man. Wireless is convenient and comfortable. It's also susceptible to latency and rf noise. It's worth it in some spots, not in others. I recall once about a year and a half ago, I was rehearsing with the guys and suddenly everyone stops and goes "wtf is THAT??" I stopped and played it back and heard ..pop pop pop pop buzzzzzzzzz. My phone was receiving text messages and the signal was being picked up on the wireless channel. The point is, depending on your situation wireless may be a god-send. Then again high impedance cans with a really long extension cable might be cleaner. If you were just alone in a room Bluetooth probably wouldn't be that awful. It's when other people are in the room that you might have a problem. Not to mention the wiring in your building could play a role, how close you are to other appliances, even other equipment in your station. Wireless just puts so many variables in the mix. Like so many.

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This enables me to monitor my Helix in stereo during rehearsal, use a stereo send from the monitor mixer or receive a mono signal from the monitor mixer and mix it with my own guitar signal when gigging.

Against all odds, I went ahead and purchased about 6 or 8 bluetooth transmitters & receivers from Amazon hoping to find a combination that would transmit with minimal delay using the AptX "low latency" profile... I tested each/every combination yielding wildly different results (all items had Aptx profile capability).

The transmitter is plugged into the "headphone out" of the Helix. Then I have a standard pair of wired headphones plugged into the receiver. I had to use a 3.5mm to 1/4" adapter to allow the transmitter to plug into the Helix.

There is still a very slight delay, but not enough to throw me off. I put my wired earbuds in, then put a generic pair of sound reducing cans over my ears when practicing w/ my band in the loud lollipop basement.

The first combinations of products I tried were indeed horrible (even though they all supported aptX), but the specific combination I linked above is definitely acceptable. Those two devices just "get along" faster than any other combination I tried. Again, I spent an hour trying all different combinations and indeed NONE of them were close... except the two products I mentioned.

I bought these and I will say they work flawsly for my needs. I do not experience any latency that I notice. The IEM market needs to respond to the market place for good wireless IEMS with a "sexy" small footprint like they have done in the guitar world. Thanks khall187 for the research. 

Thanks for posting. The only issue I have is that my PA has a bluetooth channel and the darn transmitter auto joins that instead of my IEM receiver and honestly they do not pair super easily. Thank for posting updates to this thread.

I got my toys. I think the delay with this combo is likely in the 30-40ms range. It bugs me, so I don't think I'll use this for guitar, but I do think it's in the "YMMV" range. It does work great for its intended use - keeping sync with video. It doesn't bug me there (though you can usually adjust sync in modern media player software anyway).

I was playing bass and really only had vocals in the ears but I experienced no latency issues. It might be different playing keys or guitar with these as the only monitors - I haven't tried that yet. When I experimented at home before the gig there was a perceptible delay but it was very small and it didn't bother me live. Either that or I was just late...

To get away with selling a mono IEM system they'd have to price it well below what the G10S sells for. Most people are going to want a stereo option, even if they never use. IMO wireless needs to move away from 2.4GHz anyways, as that band is loaded as it is. I can't even use my G30 system live anymore unless we're playing in a basement or something. Every venue I've tried to use it in the last year and half or so, as soon as there's more than 25-30 people in there I get interference like crazy between venue wi fi and all the cell phones.

and figured for $50 it was worth a shot. Much lower latency than Aptx-LL bluetooth. It actually works well at home in close range, but I can't speak to it in a gig situation. For that I'd probably pony up the $$ for a pro solution. Not the most high fidelity solution for a full mix, and it's mono, and clunky with the unneeded 1/4" plug and no clip, but it's cool to be untethered when practicing. The above caveats regarding 2.4GHz apply. I'd like to see a 5.6GHz version of this, since my cheapo 5.6GHz unit has good range and hasn't given me any interference grief.

In my small rig based on HX Stomp I use headphones out with wireless headset. However it's not good idea for live situation in my case because of e.g. headphones size. For practice it's great due to good sound quality, low latency (under 20ms) and isolation. So in general I'm using Steelseries Arctis 7 headphones (dedicated for gamers) with dedicated transmitter. You can try them.

The purpose (I have a tutorial for receiving already) is to have multiple Raspberry Pi that receive the Bluetooth and output to the 3.5 mm jack, so multiple people can watch a movie in a room using headphones without there being any sound heard from people without headphones.

Bluetooth uses what are called piconets. Each piconet is made up of at least one master and as many slaves as the bands will allow. No bluetooth device can be the master of more than one piconet but a bluetooth can be the slave of many.

This means that what you are looking for can only be done where each headset is the Master of its own piconet and the device delivering audio is the slave of them all. I've never tried it but I dont think the built in bluetooth for the RPi3 will handle this correctly, unless someone has come out with an epic package for that.

The only thing i can think of that would work is a splitter, something designed specifically to act as the slave of multiple BT devices. Like this one from Walmart or these ones from Amazon. Take care: a lot of them however, only work for two piconets, meaning two headsets. I don't know of any that do more, but id love to see one.

The problem comes from managing the frequency hopping that must be done to maintain paired connection. The more connections the more managements it takes to make sure the chirps don't overlap. And the master is the device that decides what clock to synchronize and what frequency schedule to maintain, further complicating things.

On a side note, something I used to do a while back was get over the ear radio headphones that could pick up AM/FM frequencies. Then I set up a short range radio transmitter and used this to supply as many headphones as i desired for an outdoor movie night against a brick wall. It was a blast and worked like a charm. Bluetooth is awesome and if you want to stick with it that's fine, but it wasn't designed for this. 152ee80cbc

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