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These are the user uploaded subtitles that are being translated: 1 00:00:00,950 --> 00:00:04,460 In the section we're going to talk about the link aggregation. 2 00:00:04,480 --> 00:00:12,100 And let's go ahead with the link aggregation our real link creation is a method for combining multiple 3 00:00:12,100 --> 00:00:18,490 network connections in parallel in order to increase throughput beyond what a single connection could 4 00:00:18,490 --> 00:00:26,290 sustain and to provide redundancy in case of the length should fail and either channel is a form of 5 00:00:26,380 --> 00:00:28,310 the link aggregation. 6 00:00:28,360 --> 00:00:29,860 Please pay attention. 7 00:00:29,920 --> 00:00:37,920 If you want to create an entire channel for two endpoints interface types must be same on both sides. 8 00:00:37,920 --> 00:00:47,800 For example gigabit to gigabit or right as you can see in here we have four separate gigabit links connecting 9 00:00:47,920 --> 00:00:57,880 these two which to each other and by using the ether channel we are combining them two together and 10 00:00:58,120 --> 00:01:03,760 we are getting one for gigabit per second or channel link. 11 00:01:03,800 --> 00:01:10,310 Let's go ahead with the benefits of the link aggregation we have some significant benefits you for using 12 00:01:10,310 --> 00:01:19,280 Blinkx aggregation guys and first you can forgive or just the EP P or port channel interface instead 13 00:01:19,280 --> 00:01:25,080 of configuring forced separate lanes as you can see in here. 14 00:01:25,280 --> 00:01:35,510 Secondly etre channel is just one logical link as you can see in year as for is spanning 3 port of call. 15 00:01:35,510 --> 00:01:47,100 For example if gigs get 1 0 1 link is down STPI recalculation is not made again. 16 00:01:47,450 --> 00:01:51,540 Third we can make load balancing the separate links. 17 00:01:51,560 --> 00:01:59,470 And lastly we can provide higher bandwidth to up to 8 bit per second. 18 00:02:00,810 --> 00:02:09,550 We're using two main protocols while we are creating it or channel and they are AGP and the NAACP more 19 00:02:09,870 --> 00:02:18,240 PDP is a Cisco proprietary protocol which is used for into Channel and can be configured to operate 20 00:02:18,330 --> 00:02:28,500 in three different modes and they are also on and did this terrible auto mode refers to personal negotiation 21 00:02:28,500 --> 00:02:36,320 of the channel this horrible Moudry refers to active niggled negotiation of the channel and on refers 22 00:02:36,480 --> 00:02:44,640 that no protocols are used it eschews the other side has enabled the link aggregation. 23 00:02:44,700 --> 00:02:57,530 So what they dismiss lets say we are to switch connect to each other and if I want to create an Internet 24 00:02:57,530 --> 00:03:07,340 channel between these two guys by using the PDP protocol we are choosing the channel molls skies and 25 00:03:07,410 --> 00:03:18,780 if one using a check fraud as also owns which one to create an entire channel I need to choose this 26 00:03:18,780 --> 00:03:28,300 Super Bowl for this issue because if I am using Outlook and if I were to create an ether so I cannot 27 00:03:28,330 --> 00:03:36,050 use auto and aren't even using for example dissyllable on this site. 28 00:03:38,860 --> 00:03:42,560 I should is also or this or both. 29 00:03:43,520 --> 00:03:49,430 On is to creator Joe by using the page. 30 00:03:50,020 --> 00:03:59,140 Let's go to L.A. C.P. L.A. C.P. is the I believe specification which is used for creating it or channel 31 00:03:59,380 --> 00:04:10,010 and can be configured to operate in three different modes and they're on active and passive all mode 32 00:04:10,090 --> 00:04:10,650 actuator. 33 00:04:10,780 --> 00:04:19,320 Port is the channel member without the protocol active mode enables LIHEAP unconditionally underlaid 34 00:04:19,330 --> 00:04:29,040 to the interface and passive mode enables LCP only van and LCP DeWyze is the director. 35 00:04:29,260 --> 00:04:36,150 For example let's say that we have sewage water and sewage Trigon in here and we have for example a 36 00:04:36,150 --> 00:04:45,100 set of four separate links between each other and to create again and interchange between these two 37 00:04:45,100 --> 00:04:51,000 guys by using LIHEAP which is an industry standard for this time. 38 00:04:51,130 --> 00:05:02,130 If I'm choosing the channel mode all in here for example for switch to I should use on just you from 39 00:05:02,140 --> 00:05:05,070 using aktif on this site. 40 00:05:05,170 --> 00:05:15,970 I need to choose active or passive and if when choosing the passive I should use the active on the other 41 00:05:15,970 --> 00:05:16,750 end. 42 00:05:18,460 --> 00:05:25,470 So let's go with to link aggregation configuration to configure it into channel. 43 00:05:25,460 --> 00:05:33,330 Firstly we need to check if our shesays supports it or channel or not guys. 44 00:05:33,340 --> 00:05:44,740 Secondly we need to make sure that duplex months which maybe half the legs or full the next port speeds 45 00:05:45,220 --> 00:05:50,900 which can be gigabit internet or fast internet or something like that. 46 00:05:51,100 --> 00:06:02,810 And the relearns maybe we run 20 30 or whatever days should merge on ports at both sides. 47 00:06:02,860 --> 00:06:14,960 OK guys let's say that we have four separate ports on each to switch as you can see in year gig was 48 00:06:15,000 --> 00:06:24,350 0 1 and gig was 0 3 4 3 2 1 and 1 0 2 1 0 4 4 the switched to. 49 00:06:24,550 --> 00:06:25,130 Okay. 50 00:06:25,190 --> 00:06:36,360 If I'm using a gig port on this side I should not use fast internet for example zero on on here if I'm 51 00:06:36,380 --> 00:06:40,080 using the legs on this side. 52 00:06:40,130 --> 00:06:49,490 I can not use half the place on this side for example if this poor these past two wheeler and 20 this 53 00:06:49,580 --> 00:06:54,280 poor should not be attached to the land for that for example. 54 00:06:54,320 --> 00:06:54,680 OK. 55 00:06:54,680 --> 00:07:03,260 To create an entire channel duplex mode support speeds and the willen numbers should match. 56 00:07:03,260 --> 00:07:11,270 And also we need to choose the right channel model Zino the configuration is pretty straightforward 57 00:07:12,090 --> 00:07:16,580 to establish and it's a channel between two separate switch. 58 00:07:16,580 --> 00:07:23,870 What you're saying is let's take a look to the switch once configuration first and getting into the 59 00:07:23,990 --> 00:07:36,650 interface mode by typing interface range Fester's 0 1 and 2 which means I'm going to apply these commands 60 00:07:36,650 --> 00:07:40,380 for boards first and 0 1 and 2. 61 00:07:40,790 --> 00:07:43,870 Ok I'm configuring the switch port modes. 62 00:07:43,920 --> 00:07:51,780 And as a trunk trunk and trunk then I'm choosing to channel more. 63 00:07:51,780 --> 00:08:00,040 For example Channel group Charile group number and mod will be active for this age. 64 00:08:00,360 --> 00:08:01,460 Alright cool. 65 00:08:01,740 --> 00:08:13,330 And on the switch to AGM and doing the similar things into price range then switchboard more trunk but 66 00:08:13,390 --> 00:08:22,540 please pay attention that this time Chello group the group numbers are matching also and I'm using the 67 00:08:22,600 --> 00:08:25,360 passive for this site. 68 00:08:25,420 --> 00:08:27,570 OK let's go ahead in here. 69 00:08:28,800 --> 00:08:38,160 As you can see here if choosing the active I need to use active or passive to create the entire channel 70 00:08:38,430 --> 00:08:46,000 and I can not use the on ARCA I'm going back to my scenario. 71 00:08:46,260 --> 00:08:54,180 And because of this to create any two channel we are using aktif on this side and passive on the other 72 00:08:54,240 --> 00:08:58,760 and I should not use on for this. 73 00:08:59,170 --> 00:09:06,980 And two to fight into Channel configuration or command is show it to channel summary. 74 00:09:07,770 --> 00:09:16,040 And we're seeing that the ports and the groups and the port channel if it is in use or not and the port 75 00:09:16,040 --> 00:09:17,910 of call or something like that. 76 00:09:18,120 --> 00:09:28,020 OK let's go have all three still we're turning the show into channels summary comment cool and I'm seeing 77 00:09:28,020 --> 00:09:35,230 the bundled ports in the entire channel and they're faster than 0 1 and face the time 0 2. 78 00:09:35,250 --> 00:09:46,500 As you can see in your alright is pretty good and I'm seeing a p value in here. 79 00:09:46,550 --> 00:09:57,800 PM Is this ports are in port channel which is a good news then I'm seeing the portico type we can use 80 00:09:57,820 --> 00:10:09,240 PDP or LCP as you know and here we are using L.L.C. be our our pool says that and I'm seeing the port 81 00:10:09,240 --> 00:10:15,750 channel number which is pure wan and I'm seeing an ass. 82 00:10:16,350 --> 00:10:29,120 And you what they need asked me Is this channel is a lathe to be interchangeable and you means our entire 83 00:10:29,130 --> 00:10:33,630 channel is working fine in use. 9502

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