Fancy network cables are similar or just about same as fancy shoes, jeans, dress, jewelry. It serves purpose to look nice and carry the brand. The trivial t-shirt with ARMANI or PRADA letters will worth 20 times more than plain one, but purpose will remain same.
Most audiophiles I know have heard differences, but will refuse to respond to posts like this, because they are tired of having to "defend" themselves from the naysayers out there. They don't want to get into a dreaded, drawn out argument of their ability to hear a difference. The same goes for other forms of digital cables. Naysayers will try to defend their position of "bits is bits" from a technical standpoint only. Most of them refuse to actually take the time, cost and effort to try different cables in their system. If you can consistently hear a difference, then there is a difference. If you like the difference/improvement enough that the cost justifies it, buy the cable. Most of the better dealers today offer a refund policy or 30 day trial without restocking fees. Be your own judge and take the time to experiment, without letting the naysayers convince you first. Start with the reasonably priced cables, and if you like what you hear, keep on experimenting!
Most audiophiles don't know anything about electronics or science in general and are willing victims of snake oil salesmen.
I agree with : "Be your own judge and take the time to experiment, without letting the [yay- or] nay-sayers convince you first. Start with the reasonably priced cables, and if you like what you hear, keep on experimenting!" as long as you do blind testing.
You would need to do a double-blind listening test to determine if you are hearing a difference and not just falling under the spell of confirmation bias. That is why such rigorous testing is required when it counts -- for new medicines.
There is an extnsive discussion of ethernet cables on http://www.computeraudiophile.com/
Many of the posters are electronics engineers. Bottom-line: assure there is galvanic isolation and use good name-brand cabling, then worry about more important things like speakers and room treatments.
Are these fancy cables banking on the same principles of other digital (SPDIF/XLR) cables ~ a well made cable reduces the margin of errors resulting in less requests for re-sends, and if there are less errors and subsequent re-sends, perhaps this higher performance results in less noise, fewer dropouts at the receiving end, and subsequently better sound quality?Under typical circumstances the reason S/PDIF and AES/EBU cables can make a difference is related to timing jitter at the point of D/A conversion, which in turn can be affected by waveform degradation resulting from impedance mismatches between the cable and the components it is connecting, and by electrical noise resulting from ground loop effects and/or RFI pickup, both of which can be affected by the characteristics of the cable. Ethernet is a somewhat different story, since the timing of the signals it conveys is unrelated to the timing of D/A conversion.
I have no specific knowledge of how frequently retransmission of ethernet data occurs under typical circumstances in a home environment. I suspect, however, that what is much more likely to have audible consequences in most cases is that any cable that is conducting high speed digital signals, such as an ethernet cable, and that is located in physical proximity to the audio system (e.g., in the same room), can radiate or couple RFI into the audio system. And in addition, noise conducted into the destination component via the cable could to some degree (depending on the specific design) conceivably couple around the ethernet interface circuitry and into other circuitry within that component that is more directly involved in processing the audio. Including circuitry that may be sensitive to noise-induced jitter.
None of this necessarily means, however, that an ethernet cable costing hundreds or thousands of dollars would be any more beneficial than an upgrade to a very modestly priced cable. You may wish to consider experimenting with inexpensive shielded ethernet cables, as member Bryoncunningham described doing in this thread, with significant sonic benefit resulting. (I consider him to be a particularly astute and perceptive listener, btw, and one who is very thorough in his approaches to evaluating tweaks and optimizing his system. Unfortunately, though, he hasn’t been posting here in recent times). See the posts in that thread dated on and around 2-16-12. Inexpensive ethernet cables are commonly unshielded, but good quality shielded cables are also readily available at low prices.
I would think you would need to use the same cable from your device all the way to the router or switch, not just the last couple of feet. Plus, you're still using the crappy wall plates. If it does matter, then I would run a continuous Ethernet cable from the device all the way to the router or switch and bypass the wall plate. How much would a 100' Ethernet cable cost from audioquest?
@rbstehno, I am using a pair of Apple AirPort Extreme base stations. Since my AT@T router is 60 feet away from streamer, this setup allows me to create a wired 'dedicated' intranet for streaming.
The ethernet cable upgrade will be between Apple routers which are located 3 feet away from my server and AT&T router. And these routers are plugged into Audience line conditioners.
In a typical home setup, your music server is in your room, you have an Ethernet patch cable from this server to a wall plate, then a long Ethernet cable from your room to a switch or to a router, then to a modem, then out of your home. Anytime you connect a cable to a wall plate, router, or a switch, you will be routing the signal thru cheap 22ga wire. So I really don't see a benefit using an expensive cable between multiple devices when each device uses cheap wire
Lalitk, your answer is Blue Jeans Cable. No snake oil, only pro broadcast-standard cabling. Here's your test data: https://www.bluejeanscable.com/articles/is-your-cat6-a-dog.htm
I went from a cheap Monoprice Cat 6 to Blue Jeans 6a and easily noticed an absence of noise.
In most homes, there are outlets in various rooms for BNC (110 ohm) cable connections for TV use. There are "adaptors" out there that allow converting BNC to RJ45, of course without the need for getting a second modem set up which can be problematic for the service providers, e.g., multiple DNS, etc. I personally have not tried this option since I use WiFi but have always been curious to see is a wired connection would yield better (sonic) results.
I once heard from professor of quantum physics that a hex nut placed in the empty drinking glass still have probability(extremely small) of jumping out of it using its own potential energy, but it isn't happening in real life.
Same thing with Ethernet wires sharing same magnitude or 'head room' of sound quality improvement.
Hey Eric, I guess everybody got bored of talking about speaker cables and the more 'typical' interconnects 'twixt 'regular' equipment...now it's off on digital signal transfer quality. I can't wait for the discussion on fibre optical cables....
*L* First post, last post, good night, y'all. Have fun...;)
Audiophile Ethernet cables are 100% snake oil. Here is why and how I tested and also a proof of concept video here (YouTube).
In the video I test out into my ADC a 315 foot generic cable CAT5e that I made and a $330 12 foot WireWorld CAT8. Player is Jriver, server is a Windows 7 machine, playback computer is Windows 8 with an Intel CT GBit PCIe adapter. The switch is a Cisco SG 200-8 with ports 7/8 in a LAG and port 1 going back to the file server.
During capture into the ADC I’m able to swap the 315 foot generic CAT5e and the 12 foot WireWorld.
Here are the tracks for you to download and evaluate:
Here is the question I would like to pose:
You can pull the Ethernet cable and playback will still continue. If my options are fancy cable, generic cable, no cable and play back continues:
1. Does my SQ increase with no cable?
2. Does my SQ decrease with fancy cable
3. Does my SQ decrease even more with 315 foot of generic CAT5e
Some other quick information:
Ping rates (*out of 500 pings) were neck and neck. Transfer rate direct connect (bypassing the switch since it slowed things down for both cables due to the LAG) was averaged at 107MBps for both cables on a 3.57GB folder transfer.
Switch stats for both cables in the 3.57 GB transfer showed 0 errors.