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<blockquote data-quote="Scott Bolt" data-source="post: 106211" data-attributes="member: 3950">Re: X32 Networking CardsWireless IEM&#039;s (the new ones) operate in the 516Mhz to 568Mhz region while the only radio on your phone operates at either 2.4Ghz or 5Ghz (or both in some cases).This is far from the only difference though.Within the frequency range they operate in, IEM&#039;s have several bands they can operate on.&nbsp; The reason for this is that only a single signal can be reliably sent over a single channel (frequency band within the operating range).&nbsp; If you use multiple mixes, then each mix would pick a separate channel.This is to keep the latency as low as possible.&nbsp; While 10-20mSec is a pretty good latency for a 802.11 wireless network for your phone or home, so much latency in an audio signal would be down right disturbing!&nbsp; You really need to design an IEM system to have 1/10th of that to work well.</blockquote>

[QUOTE="Scott Bolt, post: 106211, member: 3950"] Re: X32 Networking Cards Wireless IEM's (the new ones) operate in the 516Mhz to 568Mhz region while the only radio on your phone operates at either 2.4Ghz or 5Ghz (or both in some cases). This is far from the only difference though. Within the frequency range they operate in, IEM's have several bands they can operate on. The reason for this is that only a single signal can be reliably sent over a single channel (frequency band within the operating range). If you use multiple mixes, then each mix would pick a separate channel. This is to keep the latency as low as possible. While 10-20mSec is a pretty good latency for a 802.11 wireless network for your phone or home, so much latency in an audio signal would be down right disturbing! You really need to design an IEM system to have 1/10th of that to work well. [/QUOTE]

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