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[INE] CCIE Routing & Switching Advanced Technologies v5
Спасибо уважаемым коллегам imas-filter и zls. Их трудами раздача стала полноценной. Год выпуска: 2014 Производитель: ine.com Автор: INE. Курс ведет Brian McGahan Продолжительность: 105 часов Тип раздаваемого материала: Видеоурок Язык: Английский Описание: The CCIE Routing & Switching Advanced Technologies video course download is the first step toward understanding CCIE-level technologies and is a companion to our Routing & Switching Workbook Advanced Technology Labs. Each technology you need to know for the CCIE Routing & Switching lab is described in detail in an instructor-led demonstration with real-world scenarios. The class consists of 105 hours of in-depth explanations and examples and can be viewed on your computer or any MP4-compatible mobile device. This course is taught by Brian McGahan, CCIEx4 #8593 (Routing & Switching, Data Center, Security, Service Provider), CCDE #2013::13 (Design). Файл Название Время ----------------------------------------------------------------------------------------------------------- ccie-rsv5-atc-001-high.mkv 1 CCIE RSv5 Advanced Technologies Class Introduction 0h 08m ccie-rsv5-atc-002-high.mkv 2 CCIE RSv4 to RSv5 Changes 0h 58m ccie-rsv5-atc-003-high.mkv 3 CCIE Preparation Resources & Strategy 0h 59m ccie-rsv5-atc-004-high.mkv 4 LAN Switching Introduction 0h 27m ccie-rsv5-atc-005-high.mkv 5 VLANs & Trunking 0h 58m ccie-rsv5-atc-006-high.mkv 6 VLAN Trunking Protocol (VTP) 1h 08m ccie-rsv5-atc-007-high.mkv 7 VTP Version 3 0h 31m ccie-rsv5-atc-008-high.mkv 8 EtherChannel 0h 54m ccie-rsv5-atc-009-high.mkv 9 Layer 2 EtherChannel Configuration 0h 35m ccie-rsv5-atc-010-high.mkv 10 Layer 3 EtherChannel Configuration 0h 24m ccie-rsv5-atc-011-high.mkv 11 Spanning-Tree Protocol 0h 59m ccie-rsv5-atc-012-high.mkv 12 Optional Spanning-Tree Features 0h 42m ccie-rsv5-atc-013-high.mkv 13 Rapid Spanning-Tree Protocol 0h 58m ccie-rsv5-atc-014-high.mkv 14 Multiple Spanning-Tree Protocol 0h 53m ccie-rsv5-atc-015-high.mkv 15 WAN Circuits 0h 55m ccie-rsv5-atc-016-high.mkv 16 PPP over Ethernet (PPPoE) 0h 26m ccie-rsv5-atc-017-high.mkv 17 IPv4 Routing 1h 03m ccie-rsv5-atc-018-high.mkv 18 Policy Based Routing 0h 30m ccie-rsv5-atc-019-high.mkv 19 IP SLA & Enhanced Object Tracking 0h 35m ccie-rsv5-atc-020-high.mkv 20 GRE & IP in IP Tunneling 0h 34m ccie-rsv5-atc-021-high.mkv 27 Classic EIGRP 0h 45m ccie-rsv5-atc-022-high.mkv 28 EIGRP Named Mode 0h 50m ccie-rsv5-atc-023-high.mkv 29 EIGRP Classic Metric Calculation 0h 28m ccie-rsv5-atc-024-high.mkv 30 EIGRP Wide Metrics 0h 22m ccie-rsv5-atc-025-high.mkv 31 EIGRP Traffic Engineering & Unequal Cost Load Balancing 0h 57m ccie-rsv5-atc-026-high.mkv 32 EIGRP Classic Authentication 0h 32m ccie-rsv5-atc-027-high.mkv 33 EIGRP Automatic Key Rotation 0h 21m ccie-rsv5-atc-028-high.mkv 34 EIGRP Named Mode Authentication 0h 19m ccie-rsv5-atc-029-high.mkv 35 EIGRP Summarization 0h 56m ccie-rsv5-atc-030-high.mkv 36 EIGRP Traffic Engineering with Summarization 0h 33m ccie-rsv5-atc-031-high.mkv 37 EIGRP over DMVPN 0h 53m ccie-rsv5-atc-032-high.mkv 38 EIGRP Stub Routing 0h 50m ccie-rsv5-atc-033-high.mkv 40 Open Shortest Path First (OSPF) Protocol & Operation Overview 0h 44m ccie-rsv5-atc-034-high.mkv 41 OSPF Single Area Configuration 1h 02m ccie-rsv5-atc-035-high..mkv 42 Troubleshooting OSPF Adjacencies 0h 48m ccie-rsv5-atc-036-high.mkv 43 OSPF Areas and LSAs 1h 18m ccie-rsv5-atc-037-high.mkv 44 OSPF Media Dependencies & Network Types 0h 27m ccie-rsv5-atc-038-high.mkv 45 Configuring OSPF Network Types 1h 13m ccie-rsv5-atc-039-high.mkv 46 OSPF Virtual Links 1h 00m ccie-rsv5-atc-040-high.mkv 47 OSPF Stub Areas 0h 26m ccie-rsv5-atc-041-high.mkv 48 Configuring OSPF Stub Areas 0h 23m ccie-rsv5-atc-042-high.mkv 49 Traffic Engineering with OSPF Stub Areas 0h 27m ccie-rsv5-atc-043-high.mkv 50 Configuring OSPF Not So Stubby Areas (NSSA) 0h 45m ccie-rsv5-atc-044-high.mkv 51 Controlling NSSA Redistribution 0h 40m ccie-rsv5-atc-045-high.mkv 52 Default Routing with OSPF NSSA 0h 46m ccie-rsv5-atc-046-high.mkv 53 OSPF NSSA Translator Election & Forwarding Address 0h 44m ccie-rsv5-atc-047-high.mkv 54 OSPF Path Selection 0h 24m ccie-rsv5-atc-048-high.mkv 55 OSPF Authentication 0h 44m ccie-rsv5-atc-049-high.mkv 56 OSPF Authentication Enhancements 0h 13m ccie-rsv5-atc-050-high.mkv 57 OSPF Summarization Overview 0h 15m ccie-rsv5-atc-051-high.mkv 58 Configuring OSPF Summarization 0h 41m ccie-rsv5-atc-052-high.mkv 60 Dynamic Multipoint VPN (DMVPN) Overview 0h 34m ccie-rsv5-atc-053-high.mkv 61 Basic DMVPN Configuration 0h 38m ccie-rsv5-atc-054-high.mkv 62 DMVPN Phase 1,2 & 3 0h 16m ccie-rsv5-atc-055-high.mkv 63 DMVPN Phase 1 Configuration 0h 44m ccie-rsv5-atc-056-high.mkv 64 Routing protocols over DMVPN Phase 1 :: Part 1 0h 21m ccie-rsv5-atc-057-high.mkv 65 Routing protocols over DMVPN Phase 1 :: Part 2 0h 16m ccie-rsv5-atc-058-high.mkv 66 DMVPN Phase 2 Configuration 0h 44m ccie-rsv5-atc-059-high.mkv 67 Routing protocols over DMVPN Phase 2 0h 08m ccie-rsv5-atc-060-high.mkv 68 DMVPN Phase 3 Configuration 0h 33m ccie-rsv5-atc-061-high.mkv 69 IPv4 Route Redistribution Overview 0h 23m ccie-rsv5-atc-062-high.mkv 70 Basic Redistribution Examples 0h 34m ccie-rsv5-atc-063-high.mkv 71 Why Routing Loops Occur 0h 21m ccie-rsv5-atc-064-high.mkv 72 Preventing Routing Loops/ Feedback 0h 08m ccie-rsv5-atc-065-high.mkv 73 Sample - Redistribution Case #1 0h 56m ccie-rsv5-atc-066-high.mkv 74 Sample - Redistribution Case #2 0h 39m ccie-rsv5-atc-067-high.mkv 75 Sample - Redistribution Case #3 0h 25m ccie-rsv5-atc-068-high.mkv 76 BGP Overview 0h 37m ccie-rsv5-atc-069-high.mkv 77 Basic BGP Operations 0h 59m ccie-rsv5-atc-070-high.mkv 78 iBGP vs. EBGP Peering Rules 1h 03m ccie-rsv5-atc-071-high.mkv 79 iBGP Full Mesh 0h 49m ccie-rsv5-atc-072-high.mkv 80 iBGP Scaling Techniques 0h 21m ccie-rsv5-atc-073-high.mkv 81 Configuring BGP Route Reflectors 0h 52m ccie-rsv5-atc-074-high.mkv 82 Configuring BGP Confederations 0h 58m ccie-rsv5-atc-075-high.mkv 83 BGP Next Hop Processing 0h 58m ccie-rsv5-atc-076-high.mkv 84 BGP NLRI Origination 0h 56m ccie-rsv5-atc-077-high.mkv 85 BGP Bestpath Selection 0h 37m ccie-rsv5-atc-078-high.mkv 86 BGP Traffic Engineering with Weight & Local Preference 0h 26m ccie-rsv5-atc-079-high.mkv 87 BGP Traffic Engineering with AS-Path & MED 0h 31m ccie-rsv5-atc-080-high.mkv 88 BGP Traffic Engineering with Communities 0h 36m ccie-rsv5-atc-081-high.mkv 89 BGP Aggregation 1h 07m ccie-rsv5-atc-082-high.mkv 90 BGP Traffic Engineering with Aggregation 0h 29m ccie-rsv5-atc-083-high.mkv 91 BGP Communities 0h 44m ccie-rsv5-atc-084-high.mkv 92 BGP Filtering 0h 56m ccie-rsv5-atc-085-high.mkv 93 Routing Protocol Convergence Optimization Overview 0h 23m ccie-rsv5-atc-086-high.mkv 94 Routing Protocol Failure Detection 0h 51m ccie-rsv5-atc-087-high.mkv 95 Bidirectional Forwarding Detection (BFD) 0h 48m ccie-rsv5-atc-088-high.mkv 96 Routing Protocol Event Propagation Optimization 0h 33m ccie-rsv5-atc-089-high.mkv 97 EIGRP IP FRR & OSPF LFA 0h 42m ccie-rsv5-atc-090-high.mkv 98 BGP Tunneling The MPLS Use Case 0h 57m ccie-rsv5-atc-091-high.mkv 99 MPLS Overview 0h 43m ccie-rsv5-atc-092-high.mkv 100 Label Distribution Protocol (LDP) 0h 56m ccie-rsv5-atc-093-high.mkv 101 Virtual Routing & Forwarding Instances 0h 38m ccie-rsv5-atc-094-high.mkv 102 MPLS Layer 3 VPN Overview 0h 32m ccie-rsv5-atc-095-high.mkv 103 MPLS Layer 3 VPN Configuration 0h 41m ccie-rsv5-atc-096-high.mkv 104 MPLS Layer 3 VPN Verification 0h 47m ccie-rsv5-atc-097-high.mkv 105 MPLS Layer 3 VPN Troubleshooting 0h 48m ccie-rsv5-atc-098-high.mkv 106 MPLS Layer 3 VPN Troubleshooting :: Part 2 0h 55m ccie-rsv5-atc-099-high.mkv 107 MPLS Layer 3 VPN PE-CE Routing with RIPv2 0h 22m ccie-rsv5-atc-100-high.mkv 108 MPLS Layer 3 VPN PE-CE Routing with EIGRP 0h 20m ccie-rsv5-atc-101-high.mkv 109 MPLS Layer 3 VPN PE-CE Routing with OSPF 1h 06m ccie-rsv5-atc-102-high.mkv 110 MPLS Layer 3 VPN PE-CE Routing with BGP 0h 33m ccie-rsv5-atc-103-high.mkv 111 BGP Multipath for MPLS Layer 3 VPN 0h 47m ccie-rsv5-atc-104-high.mkv 112 BGP Prefix Independent Convergence (PIC Edge) 0h 47m ccie-rsv5-atc-105-high.mkv 113 IPsec VPN Overview 0h 54m ccie-rsv5-atc-106-high.mkv 114 IPsec VPN Configuration with Crypto Maps 1h 00m ccie-rsv5-atc-107-high.mkv 115 IPsec Verification & Troubleshooting 0h 52m ccie-rsv5-atc-108-high.mkv 116 GRE over IPsec 1h 03m ccie-rsv5-atc-109-high.mkv 117 IPsec Virtual Tunnel Interfaces (VTI) 0h 42m ccie-rsv5-atc-110-high.mkv 118 IPsec over DMVPN 0h 50m ccie-rsv5-atc-111-high.mkv 119 IPv6 Addressing Overview 1h 02m ccie-rsv5-atc-112-high.mkv 120 IPv6 Routing Overview 0h 30m ccie-rsv5-atc-113-high.mkv 121 IPv6 over DMVPN 0h 28m ccie-rsv5-atc-114-high.mkv 122 EIGRPv6 0h 37m ccie-rsv5-atc-115-high.mkv 123 OSPFv3 0h 53m ccie-rsv5-atc-116-high.mkv 124 IPv6 BGP 0h 51m ccie-rsv5-atc-117-high.mkv 125 IPv6 over MPLS 0h 58m ccie-rsv5-atc-118-high.mkv 126 IPv4 Multicast Overview 0h 52m ccie-rsv5-atc-119-high.mkv 127 PIM Dense Mode 0h 54m ccie-rsv5-atc-120-high.mkv 128 PIM Sparse Mode 1h 06m ccie-rsv5-atc-121-high.mkv 129 Troubleshooting Multicast RPF Failures 0h 51m ccie-rsv5-atc-122-high.mkv 130 Auto-RP 0h 45m ccie-rsv5-atc-123-high.mkv 131 Bootstrap Router (BSR) 0h 23m ccie-rsv5-atc-124-high.mkv 132 Anycast RP and MSDP 0h 50m ccie-rsv5-atc-125-high.mkv 133 Source Specific Multicast 0h 27m ccie-rsv5-atc-126-high.mkv 134 Bidirectional PIM (Bidir) 0h 24m ccie-rsv5-atc-127-high.mkv 135 Multicast BGP 0h 33m ccie-rsv5-atc-128-high.mkv 136 Layer 2 Multicast 0h 27m ccie-rsv5-atc-129-high.mkv 137 QoS Overview 0h 37m ccie-rsv5-atc-130-high.mkv 138 Hierarchical Queueing 0h 40m ccie-rsv5-atc-131-high.mkv 139 Classification & Marking 0h 48m ccie-rsv5-atc-132-high.mkv 140 Congestion Management 0h 36m ccie-rsv5-atc-133-high.mkv 141 Congestion Avoidance 0h 24m ccie-rsv5-atc-134-high.mkv 142 Traffic Shaping 0h 27m ccie-rsv5-atc-135-high.mkv 143 Traffic Policing 0h 28m ccie-rsv5-atc-136-high.mkv 144 Per-Tunnel QoS for DMVPN 0h 21m ccie-rsv5-atc-137-high.mkv 145 IOS Device Access Security 1h 03m ccie-rsv5-atc-138-high.mkv 146 Control Plane Policing & Protection 0h 14m ccie-rsv5-atc-139-high.mkv 147 Data Plane Security 1h 03m ccie-rsv5-atc-140-high.mkv 148 Catalyst Port Based Traffic Control 0h 21m ccie-rsv5-atc-141-high.mkv 149 Private VLANs 0h 28m ccie-rsv5-atc-142-high.mkv 150 DHCP Snooping, Dynamic ARP Inspection, & IP Source Guard 0h 43m high-final-week-25-August-2014-day1-ripv2-part2-authentication.mkv high-final-week-25-August-2014-day1-ripv2-part3-summary-default-routing.mkv high-final-week-25-August-2014-day1-ripv2.mkv high-final-week-26-August-2014-day2-eigrp-filtering.mkv high-final-week-26-August-2014-day2-ospf-filtering.mkv high-final-week-26-August-2014-day2-rip-filering.mkv high-final-week-28-August-2014-day3-dhcp-dns.mkv high-final-week-28-August-2014-day3-first-hop-protocols.mkv high-final-week-28-August-2014-day3-nat-dhcp.mkv high-final-week-29-August-2014-day4-ipv6-first-hop-services.mkv Total Duration 105 h Books/ CCIE Routing & Switching v5 Workbook.pdf CCIE Routing and Switching v5.0 Official Cert Guide Volume 1.pdf CCIE Routing and Switching v5.0 Official Cert Guide Volume 2.pdf INE-CCIE-RSv5-ATC-Course-Slides.zip v5 INE-iou edited toloplogy.pdf Yasser Auda CCIEv5 Bidirectional Forwarding Detection (BFD) Overview.pdf Yasser Auda CCIEv5 DMVPN Quick Guide.pdf Config/ foundationlab1.png FSlab1.png FSlab2.png ine.ccie.rsv5.workbook.initial.configs.zip Physical topology IOU Narbik RSv5.PNG TSlab1ipv4.pdf TSlab1IPV6.pdf v5 INE-iou edited toloplogy.pdf INE CCIEv5 ATCv5-Last Week-slideshares-Sleek/ Last Week-Monday&Tuesday-slideshares-Sleek/ INE.CCIE.RSv5.ATC.004.RIP.0010.RIP.Overview.pdf INE.CCIE.RSv5.ATC.004.RIP.0020.RIPv2.Authentication.pdf INE.CCIE.RSv5.ATC.004.RIP.0030.RIPv2.Summarization.pdf INE.CCIE.RSv5.ATC.004.RIP.0040.RIPv2.Default.Routing.pdf INE.CCIE.RSv5.ATC.004.RIP.0050.RIPv2.Route.Filtering.pdf INE.CCIE.RSv5.ATC.005.EIGRP.0110.EIGRP.Route.Filtering.pdf INE.CCIE.RSv5.ATC.006.OSPF.0110.OSPF.Filtering.pdf INE.CCIE.RSv5.ATC.Topology.Diagram.pdf ine.ccie.rsv5.workbook.initial.configs.zip Last Week-Thursday&Friday-slideshares-Sleek/ INE.CCIE.RSv5.ATC.016.Security.0070.IPv6.First.Hop.Security.pdf INE.CCIE.RSv5.ATC.017.System.Management.010.SNMP.pdf INE.CCIE.RSv5.ATC.018.Network.Services.010.First.Hop.Redundancy.Protocols.pdf INE.CCIE.RSv5.ATC.018.Network.Services.020.NAT.pdf INE.CCIE.RSv5.ATC.018.Network.Services.030.DHCP.and.DNS.pdf INE.CCIE.RSv5.ATC.Topology.Diagram.pdf ine.ccie.rsv5.workbook.initial.configs.zip Q&A/ C360 lab answer books.7z C360 lab question books.7z C360 TS Answer books.7z C360 TS question books.7z Формат видео: MKV Видео: Format : Matroska Format version : Version 2 Overall bit rate : 856 Kbps Width : 1 280 pixels Height : 720 pixels Display aspect ratio : 16:9 Format : AVC Format/Info : Advanced Video Codec Format profile : [email protected] Format settings, CABAC : Yes Format settings, ReFrames : 4 frames Codec ID : V_MPEG4/ISO/AVC Bit rate : 679 Kbps Width : 1 280 pixels Height : 720 pixels Display aspect ratio : 16:9 Frame rate mode : Constant Frame rate : 29.970 fps Color space : YUV Chroma subsampling : 4:2:0 Bit depth : 8 bits Scan type : Progressive Bits/(Pixel*Frame) : 0.025 Stream size : 36.3 MiB (79%) Writing library : x264 core 142 r2389 956c8d8 Encoding settings : cabac=1 / ref=1 / deblock=1:0:0 / analyse=0x1:0x111 / me=hex / subme=2 / psy=1 / psy_rd=1.00:0.00 / mixed_ref=0 / me_range=16 / chroma_me=1 / trellis=0 / 8x8dct=0 / cqm=0 / deadzone=21,11 / fast_pskip=1 / chroma_qp_offset=0 / threads=6 / lookahead_threads=2 / sliced_threads=0 / nr=0 / decimate=1 / interlaced=0 / bluray_compat=0 / constrained_intra=0 / bframes=3 / b_pyramid=2 / b_adapt=1 / b_bias=0 / direct=1 / weightb=1 / open_gop=0 / weightp=1 / keyint=300 / keyint_min=30 / scenecut=40 / intra_refresh=0 / rc_lookahead=10 / rc=crf / mbtree=1 / crf=20.0 / qcomp=0.60 / qpmin=0 / qpmax=69 / qpstep=4 / vbv_maxrate=20000 / vbv_bufsize=25000 / crf_max=0.0 / nal_hrd=none / filler=0 / ip_ratio=1.40 / aq=1:1.00 Language : English Default : Yes Forced : No Color primaries : BT.709 Transfer characteristics : BT.709 Matrix coefficients : BT.709 Color range : Limited Format : AC-3 Bit rate : 160 Kbps Channel(s) : 2 channels Audio ID : 2 Format : AC-3 Format/Info : Audio Coding 3 Mode extension : CM (complete main) Format settings, Endianness : Big Codec ID : A_AC3 Duration : 7mn 28s Bit rate mode : Constant Bit rate : 160 Kbps Channel(s) : 2 channels Channel positions : Front: L R Sampling rate : 32.0 KHz Bit depth : 16 bits Compression mode : Lossy Stream size : 8.55 MiB (19%) Default : Yes Forced : No Помоги нашему сайту на расходы за сервер и качай торренты НЕОГРАНИЧЕННО!
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