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Medium Access Control (MAC) and Physical Layer (PHY) - CISE

Medium Access Control (MAC) and Physical Layer (PHY) - CISE

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4-June-07 P1901_PRO_016_r0<br />

9<br />

Node A Node B<br />

Figure 83 Ports example<br />

To transmit a burst from A to B, the Transmission Port field is equal to 9.<br />

To transmit a burst from B to A, the Transmission Port field is equal to 15.<br />

In B the Port Solver Table has the following entry:<br />

• <strong>MAC</strong> address equal to A <strong>MAC</strong> address<br />

• Local Port equal to 15.<br />

• First Remote Port equal to 9.<br />

In A the Port Solver Table has the following entry:<br />

• <strong>MAC</strong> address equal to B <strong>MAC</strong> address<br />

• Local Port equal to 9.<br />

• First Remote Port equal to 15.<br />

The first remote port exchange process is described in section 9.1.4.2.<br />

9.1.4.1.2 Multicast Communication example<br />

The second remote port is intended to support native multicast using BPL by means of identify a physical unique<br />

link that will have its own tonemap <strong>and</strong> particular management, as described in section 9.1.2.1<br />

In the following draw, node A has three links stablished. First one is a unicast link with node B, second another<br />

unicast link with node C <strong>and</strong> finally, a multicast link with nodes B <strong>and</strong> C. The local reference in node A for each of<br />

the links is its assigned Local Port, in this case 9, 10 <strong>and</strong> 12 respectively.<br />

Submission page 204 UPA-OPERA<br />

15

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