Content deleted Content added
final copy from AES whitepaper (with permission) |
additions and corrections |
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Line 52:
|4.5 μs + 0.25μs per hop
|48 kHz (32 ch), 96 kHz (16 ch)
|-
|AVB (with IEEE 1722 transport)[http://www.avnu.org]
|Enhanced Ethernet
|Isochronous
|Coexists with other traffic using AVB QoS and admissions control
|Not included
|Spanning tree
|Provided by 802.1
|Cat5=100m, MM=2km, SM=70km
|7 hops
|Unlimited▼
|2 ms
|192 kHz
|-
|Aviom Pro64[http://www.aviom.com]
Line 82 ⟶ 95:
|Any IP medium
|Isochronous
|Coexists with other traffic using DiffServ QoS
|IP, Bonjour
|
|Provided by 802.1 + redundant link
|Cat5=100m, MM=2km, SM=70km
|Dependent on latency
▲|Unlimited
|700 channels{{efn|Channel capacity is based on 48 kHz/24-bit sampling and operation on a 1 Gbps network.}}
|84 μs or greater{{efn|The 84 μs latency value is based on 4 audio samples with this configuration. Note that latency is dependent on topology and bandwidth constraints of the underlying hardware, for example, 800 μs on a 100 Mbps Dolby Lake Processor.}}
|192 kHz
|-
Line 170 ⟶ 183:
|41.6 μs
|96 kHz
|-
|Q-LAN[http://www.qsc.com]
|IP over Gigabit Ethernet
|Isochronous
|Coexists with other traffic using DiffServ QoS
|IP, HTTP, XML
|Any L2 or IP
|802.1, redundant link, IP routing
|Cat5=100m, MM=550m, SM=10km
|7 hops or 35 km
|Unlimited
|1 ms
|48 kHz
|-
|Rocknet[http://www.medianumerics.com]
| |||