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ccna 200 301 booksmart showtimes san francisco.This frame is used as an example to show that Ethernet Type II data frames can carry not only IP, but also IPX, or 81-37o Did you notice that this is a broadcast frame? Because the destination hardware address is all 1's in binary and all F's in hexadecimal.Next, focus on the length field of the following frame, which must be an 802.3 frame.Flags: 0x808023 Status: 0x00 PacketLength:64 Timestamp: 12:45:45.19200006/26/1998Destination: Ethernet BroadcastSource: 08:00:11:07:57:28Length: 34The problem with this frame is: how can we know what the network layer protocol is that is handling this packet? The frame does not specify the protocol type, so it must be an IPX protocol. Why is this? Because when Novell created the 802.3 frame type (long before IEEE, it was called 802.3Raw), Novell was basically the only LAN server in the industry. So the folks at Novell figured: if you're going to build a LAN, the protocol you're using has to be IPX, so they didn't add a field to the 802.3 frame that identifies the network layer protocol information.Now let's look at an Ethernet Type II frame. You can see that it is the same Ethernet Type II frame that we use to carry IPv4 used by the routing protocol. When the frame is carrying IPv6 data, the protocol type field is 0x86dd; when carrying IPv4 data, the protocol type field is 0x0800oDestination:IPv6-Neighbor-Discovery_00:01:00:03(33:33:00:01:00:03) Source:Aopen_3e:7f:dd(00:01:80:3e:7f:dd) Type: IPv6(0x86dd)This is the beauty of Ethernet Type II frames. Because of the type field, we can run any network layer being routed protocol on it, and it will carry data from those being routed protocols because it can identify network layer protocols.