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These are the user uploaded subtitles that are being translated: 1 00:00:00,750 --> 00:00:04,340 In the section where you talk about the broad band technologies 2 00:00:07,660 --> 00:00:13,630 insular communications broadband that is what bandwidth data transmission which transports multiple 3 00:00:13,630 --> 00:00:22,810 signals and traffic types the medium can be coaxial cable optical fiber radio or twisted pair in the 4 00:00:22,810 --> 00:00:25,050 context of Internet access. 5 00:00:25,120 --> 00:00:29,320 Broadband is used to mean any high speed Internet access. 6 00:00:29,320 --> 00:00:38,530 That is always on and faster than the dial up access or through additional analog or ISDN PSTN services. 7 00:00:40,060 --> 00:00:47,800 First because you were going to focus on is the DOCSIS DOCSIS is an international telecommunications 8 00:00:47,800 --> 00:00:55,870 standards that permits the addition of high bandwidth data transfer to an existing cable TV system. 9 00:00:55,870 --> 00:01:01,240 In this technology users are connected through a cable modem as you can see in your really. 10 00:01:01,250 --> 00:01:09,550 We have users and our users are connected to the cable modem and their modem is connected to it. 11 00:01:09,700 --> 00:01:19,960 Since this device as you can see your CMT has two arseholes downstream and upstream ports it is functionally 12 00:01:19,960 --> 00:01:27,830 is similar to the D.S. lamb the way it's used in a DSL system which we will see in our next slides. 13 00:01:28,420 --> 00:01:31,660 Let's go ahead of it the exterior cell technology. 14 00:01:31,710 --> 00:01:38,380 DSL is a family of technologies that are used to transmit digital data or telephone lines. 15 00:01:38,380 --> 00:01:49,060 Mainly we have two types of DSL and they are 80 a sale year a he refers to as symmetric which means 16 00:01:49,060 --> 00:01:58,330 download speed is different and more than the upper limits of time and we have the asty as well as refers 17 00:01:58,340 --> 00:02:03,820 to symmetric and which means download and upload speeds are the same. 18 00:02:03,820 --> 00:02:11,540 For example if we ever download speed of two million per second our upload will be as well to make of 19 00:02:11,550 --> 00:02:15,370 it per second for the SD SL technologies. 20 00:02:16,860 --> 00:02:19,730 Let's go the Theakston connection. 21 00:02:20,070 --> 00:02:27,170 This our connection and you can in here real use is as you can see in year end users are connecting 22 00:02:27,190 --> 00:02:33,210 there and the worst is for example their PCs to the DSL modem. 23 00:02:33,450 --> 00:02:42,210 And in this technology DSL modems are connected to the west name this Lamhe a digital subscriber line 24 00:02:42,270 --> 00:02:44,180 access multiplexer. 25 00:02:44,220 --> 00:02:51,990 This lamp is a netbook to us often located in a telephone exchange that connects multiple customer digital 26 00:02:51,990 --> 00:02:59,640 subscriber line interfaces to a high speed digital to their communications channel using multiplexing 27 00:02:59,850 --> 00:03:09,390 techniques and this slum is most of the times connect the three of us device these Beerfest us is responsible 28 00:03:09,390 --> 00:03:18,290 for Tripler activities or these Phaedra's to us also can assign a public IP address to your DSL modem. 29 00:03:18,510 --> 00:03:26,850 Then there is Buras two aces are you connected to the other Nueces on the ISP backbone and you are getting 30 00:03:26,850 --> 00:03:32,130 to the Internet by using your modem More them from is connected. 31 00:03:32,130 --> 00:03:39,230 Is that Islam the Islam is connected to the ISP brothers which are the MPAA as most of the times and 32 00:03:39,240 --> 00:03:41,050 you are getting to the Internet. 33 00:03:41,080 --> 00:03:50,390 Dan lets go ahead and display the device splitter is a device which is used for separating words and 34 00:03:50,390 --> 00:03:54,030 data signals in DSL technologies. 35 00:03:54,140 --> 00:03:59,270 Mainly it is a low pass filter and separates the data and the wire is terrific. 36 00:03:59,270 --> 00:04:08,720 As you can see in a year or PC is connected to our modem and in our play then we have one port which 37 00:04:08,720 --> 00:04:16,910 is connected to our splitter and our splitter has another port as you can see in here which goes through 38 00:04:16,910 --> 00:04:26,900 our phone and are DSL port goes to our PC as you can see here and we have the line port of the splitter 39 00:04:26,900 --> 00:04:30,300 which is connected to the our circuit 40 00:04:33,960 --> 00:04:44,250 an environment broadband technologies we have now commonly using the y fi WiMax cellular and these satellite 41 00:04:44,340 --> 00:04:45,530 technologies. 42 00:04:47,450 --> 00:04:56,920 Let's go ahead with the p p p or the point to point protocol or internet is a specification for connecting 43 00:04:56,920 --> 00:05:04,480 multiple users on an Ethernet local area network to remote site through common customer premises equipment 44 00:05:04,780 --> 00:05:13,030 which is the telephone Kinney's term for a modem and similar devices PDP or can be used to have an office 45 00:05:13,070 --> 00:05:23,090 or building full of users share a common DSL cable modem or wireless connection to the Internet or it 46 00:05:23,150 --> 00:05:30,190 combines the point to point protocol commonly used in dial up connections with the Internet Protocol 47 00:05:30,280 --> 00:05:34,960 which supports multiple users in a local area network. 48 00:05:35,020 --> 00:05:43,520 The PBB political information is encapsulated within the Internet frame and let's go and how we can 49 00:05:43,520 --> 00:05:52,130 configure the BPP or all rather one which is the customer other we are typing and interface and the 50 00:05:52,130 --> 00:05:55,350 interface is dialin interface this time. 51 00:05:55,590 --> 00:06:00,030 And we define a dialer number by tapping into freestyler. 52 00:06:00,060 --> 00:06:09,070 We are getting into the interface mode and in here we are typing an encapsulation meter which is BPP 53 00:06:09,210 --> 00:06:18,270 near as you can see and we can also define an empty number and we are defending the IP address negotiator's 54 00:06:18,290 --> 00:06:19,290 command. 55 00:06:20,130 --> 00:06:27,630 Which shows us we are going to negotiate with the ISP to gain an IP address there we are defining the 56 00:06:27,750 --> 00:06:32,270 hostname and the password as you can see. 57 00:06:32,280 --> 00:06:43,290 Then after we're defining our IP poo by tapping the the pool wan then we are getting into we are actually 58 00:06:43,290 --> 00:06:44,660 interface interface. 59 00:06:44,670 --> 00:06:52,260 Face the truth is 0 0 0 and we are typing the BPP or client dial pool number one. 60 00:06:52,290 --> 00:06:58,950 Please pay attention that dialer pool numbers must match for your other one and the other two which 61 00:06:58,950 --> 00:07:01,720 is the ISP or other. 62 00:07:01,980 --> 00:07:12,730 And to verify the PTV or configuration we can use the IP interface wave command is now waiting in here. 63 00:07:12,730 --> 00:07:21,150 So IP your interface brief command and we can't check the dialer interface. 64 00:07:21,380 --> 00:07:34,150 If it has assigned and I tell this by the rather true ISP side or not and we find the people or configuration 65 00:07:34,190 --> 00:07:42,830 we can also use the show interfaces and our dial interface command and we can check the IP address in 66 00:07:42,830 --> 00:07:43,370 here. 67 00:07:43,490 --> 00:07:53,720 If it's assigned by the other two or not then another verification that is the shop or session command 68 00:07:54,590 --> 00:07:57,990 and troubleshoot the PDP or configuration. 69 00:07:58,100 --> 00:08:01,870 We can use the debug BPP negotiation command. 8121

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