1 00:00:14,940 --> 00:00:20,160 This Packard Tracer Lab consists of Cisco IP phones and PCs. 2 00:00:20,400 --> 00:00:25,290 In addition, it consists of a Cisco switch and a Cisco router. 3 00:00:25,710 --> 00:00:33,690 You need to configure the router as a router on a stick to enable IP connectivity between multiple VLANs 4 00:00:33,690 --> 00:00:42,300 in this topology as well as configure the router as a call manage express router or Cisco Unified Communications 5 00:00:42,300 --> 00:00:44,250 Manager Express Router. 6 00:00:44,550 --> 00:00:49,650 The switch is going to act as a Layer two switch, but you need to configure the switch with both a 7 00:00:49,650 --> 00:00:52,440 voice VLAN and a data VLAN. 8 00:00:52,680 --> 00:00:56,400 So there are a number of things that you need to do to get this network working. 9 00:00:56,730 --> 00:01:04,230 You're going to need to configure the broader with IP addresses for VLAN one, VLAN 100 and VLAN 101. 10 00:01:04,650 --> 00:01:09,600 You need to configure the router as a router on a stick to route between those vlans. 11 00:01:09,990 --> 00:01:17,670 You need to configure the router with two DHCP pools, one for the data VLAN or PCs and one for the 12 00:01:17,670 --> 00:01:19,770 voice of LAN or phones. 13 00:01:19,980 --> 00:01:27,390 You can use any DHCP pool name that you want, but make sure that PCs are getting IP addresses in this 14 00:01:27,390 --> 00:01:35,160 range through DHCP and phones are getting IP addresses in this range via DHCP. 15 00:01:35,280 --> 00:01:42,360 With the router acting as a DHCP server, the PCs are going to be configured in VLAN 100 subnet ten 16 00:01:42,360 --> 00:01:44,580 one 100 zero 24. 17 00:01:45,000 --> 00:01:50,370 The router will be the default gateway as well as the DNS server for the PCs. 18 00:01:50,520 --> 00:01:55,440 The phones are going to be in subnet ten 11010 slash 24. 19 00:01:55,470 --> 00:02:02,130 In other words, in VLAN 101 default gateway will be the router and option 150. 20 00:02:02,130 --> 00:02:06,300 In other words, TFTP will be configured as the router. 21 00:02:06,990 --> 00:02:14,250 The router is going to be configured as the TFTP server because the IP phones will get their configuration 22 00:02:14,250 --> 00:02:15,660 from the router. 23 00:02:16,840 --> 00:02:23,320 You again need to configure the switch with both voice and data VLANs and configure the switch as a 24 00:02:23,320 --> 00:02:24,610 layer to switch. 25 00:02:24,640 --> 00:02:31,930 With this IP address and the default gateway being the router, he has a basic configuration for Cisco 26 00:02:31,960 --> 00:02:38,770 Unified Communications Manager Express or CME or Call Manage Express as it used to be known. 27 00:02:39,250 --> 00:02:45,610 In global configuration mode, you going to enable the telephony service and then you need to specify 28 00:02:45,610 --> 00:02:54,010 the max number of phones and max a number of d n or directory numbers that the router will support. 29 00:02:54,190 --> 00:02:56,890 We're going to set both of those to three. 30 00:02:56,920 --> 00:03:01,030 To keep it simple, you could make it more if you wanted to. 31 00:03:01,360 --> 00:03:08,020 The router is going to be listening on this IP address for skinny messages from the phones. 32 00:03:08,350 --> 00:03:13,600 Skinny or CCP or skinny client control protocol. 33 00:03:13,600 --> 00:03:16,750 Is the protocol used between. 34 00:03:17,490 --> 00:03:25,890 IP phones and Cisco communication servers for call setup configuration and other options. 35 00:03:26,710 --> 00:03:33,550 So this is the IP address of the router on the voice of VLAN and the route is going to be listening 36 00:03:33,550 --> 00:03:35,410 on port 2000. 37 00:03:35,800 --> 00:03:41,230 That's similar in concept to enabling a web server on Port 80. 38 00:03:41,710 --> 00:03:47,800 We're going to order a sign directory numbers 1 to 3 to phones that register. 39 00:03:48,040 --> 00:03:55,390 So we're going to create three iPhone DNS, all three iPhone directory numbers, telephone numbers that 40 00:03:55,390 --> 00:04:00,910 will be assigned to the phones, 1000, 1001 and 1002. 41 00:04:01,270 --> 00:04:09,400 We are automatically going to assign iPhones to the IP phones that register when a new phone registers. 42 00:04:09,460 --> 00:04:17,380 We want to assign iPhone one to the first phone, iPhone two to the second phone, iPhone three to the 43 00:04:17,380 --> 00:04:18,339 third phone. 44 00:04:18,730 --> 00:04:25,930 When things are working properly, you'll see the Mac address of the phone associated with the iPhone. 45 00:04:26,200 --> 00:04:32,050 Now, you could manually configure the MAC addresses with the phones if you wanted to, but we're not 46 00:04:32,050 --> 00:04:33,250 going to do that here. 47 00:04:33,430 --> 00:04:36,310 We're going to allow the phones to automatically register. 48 00:04:36,580 --> 00:04:44,300 Button one is saying that extension one on the phone will be assigned telephone number one. 49 00:04:44,320 --> 00:04:46,330 In other words, 1000. 50 00:04:46,540 --> 00:04:54,940 So on a phone such as a 79, 60, you can have up to six telephone numbers configured on the phone. 51 00:04:55,360 --> 00:04:59,740 But all we're going to do is configure the primary or first extension. 52 00:04:59,740 --> 00:05:06,160 So button one, the stop button will be configured to watch telephone number one. 53 00:05:06,670 --> 00:05:09,880 We'll do something similar on the other phones. 54 00:05:09,970 --> 00:05:17,950 Button one on the second phone will be assigned telephone number 1001 because it's configured on iPhone 55 00:05:17,950 --> 00:05:26,200 D and two iPhone three button one top button on the phone is going to have extension number 1002. 56 00:05:26,530 --> 00:05:30,130 If the router doesn't accept these commands. 57 00:05:30,130 --> 00:05:37,810 So it doesn't accept a button one colon, one or button one colon two or button one colon three, type 58 00:05:37,900 --> 00:05:40,810 the commands once the phones have registered. 59 00:05:41,170 --> 00:05:48,880 Now as a verification for this lab, verify firstly that the phones are getting power from the switch. 60 00:05:49,300 --> 00:05:57,280 We're going to be using inline power to verify that the phones are visible via CDP, make sure that 61 00:05:57,400 --> 00:06:05,020 the phones can call each other and make sure that the PC can ping the switch and the IP phones. 62 00:06:05,560 --> 00:06:09,550 So check that you have connectivity in your network. 63 00:06:09,580 --> 00:06:15,910 Check that the phones can call each other, basically ensure that the network is working. 64 00:06:16,120 --> 00:06:18,280 So can you complete this lab? 65 00:06:18,760 --> 00:06:24,550 Download the attach to packet, trace a file and see if you can complete the lab yourself. 66 00:06:24,670 --> 00:06:29,140 Otherwise, watch the next video where I complete the lab.