List of Isochronous Requirements for RE:
(* could be done in 802.3, ** partially in 802.3)
1)	Fully supports 802.1
2)	*Low cost (zero additional perceived cost per unit to consumer)
3)	MAX 500uSec DELAY THROUGH EACH HOP (illustrated by Gibson)
4)	Performance requirements are based on 7 hops maximum (3.5 milliseconds)
5)	*Provide master clock with which all stations’ clocks maintain bounded phase delay (illustrated by Pioneer, lip-sync and digital speaker scenarios)
6)	*Phase delay (between master and station clock) short term jitter maximum is within a few microseconds
7)	*Phase delay (between master and station clock) long term jitter (drift) asymptotically approaches zero
8)	*Isochronous traffic only supported over 100Mbps or greater full-duplex
9)	*At least 75% of link bandwidth may be reserved for isochronous traffic
10)	*At least 10% of link bandwidth is reserved for best-effort traffic
11)	*Assumed cycle size is 8kHz (very widely used)
12)	**Network provides a mechanism to request/assign resources for isochronous transmission (e.g. bandwidth, channel) and the default rule(s) for managing the resources
13)	*Isochronous packets are never dropped nor delayed due to ANY other network traffic
14)	*Granularity (not minimum) of bandwidth allocation is on the order of single bytes per cycle
15)	By default, resource allocation is first-come-first-serve
16)	**Network will automatically reclaim previously allocated but currently unused resources
17)	**Isochronous traffic is not disrupted when a station/session is added/removed to/from the network
18)	Allows bridging to isoch 802.11e
19)	Allows bridging to isoch 1394