WiFi Streaming Versus An Ethernet Cable Connection


Hey All,

I have a fairly new Bryston BDP 3 streamer/renderer. I haven't been all that happy with the sound of streaming on Qobuz. However may local files on my SSD sound astonishing. The router I'm using is standard for 500 GB but it's nothing special. I'm currently connected to my BDP 3 with a utilitarian 7 cat ethernet cable. Instead of buying a better modem/router and audiophile ethernet cable, I'm considering Bryston's WiFi dongle. Anybody familiar with wireless HiFi streaming? Thanks!

goofyfoot

I’ve only ever streamed via Ethernet. After reading this thread, I became curious about how it would sound via Wi-Fi so I disconnected Ethernet. Well crap! Now my tiny mind thinks listening via Wi-Fi is slightly more holographic. Live and learn. Conventional wisdom may not hold true in all instances.

I have zero Wi-Fi in my listening space. Sounds 100 times better than when I was using Wi-Fi. I have also upgraded my digital front end and we are all f/o

@fredrik222 ' For me it is following the specs of the services you intend to support, and the Bryson doesn’t. It has a smaller buffer than what Qobuz and Tidal mandates as one example that I am aware of, I am sure there are others. '

This could be true but I've never heard or seen anything to substantiate it. Do you have a citation from someone reputable that supports and clarifies this claim? I'd like to read it if so.

Etheregen from UpTone Audio!

made a huge difference. Changed the game for me.
Ethernet cable does matter. Everything matters. 

If you have standard network gear there is usually no difference between Ethernet and Wi-Fi. If you have decent audiophile network hardware, low noise LPS e.t.c then ethernet pulls ahead and can be noticeably better.

I think the whole jitter/reclocking theory about audiophile switches is wrong, and it's more likely high frequency noise is passed down the chain that ultimately effects the D/A conversion and small signal amplifications stages. Nothing to do with packet timing e.t.c.

But if that were true wouldn't an air-gap like wi-fi be the ultimate choice? I believe the wi-fi chips themselves have a huge amount of high frequency noise that deleteriously effects local circuitry. For example, if using just a router for all connections, turning off the 2G and 5G internal wireless (if possible) leads to an increase in transparency. Those wi-fi chips are not designed to be near delicate small signals and DAC's.