معني INE

[saicco]

بسم الله

ازيكو يا شباب

معلش عندي سوال ممكن يكون عقيم شويه

بس انا شايف ان كل الكورسات المشروحه هنا مكتوبINE MPLS ,, INE BGP

السوال ما معني INE وما مكونات كورس CCIE ??

شكرا وفي انتظاركو

[Eng\M.said]

ياباشا INE ده اسم الشركة المنتجة لسلسة الحلقات التعليمية INTERNETWORK EXPERT زى كده CBT Nuggets

[saicco]

ياباشا INE ده اسم الشركة المنتجة لسلسة الحلقات التعليمية INTERNETWORK EXPERT زى كده CBT Nuggets

شكرا يا بشمهندس علي التوضيح بالنسبه ل INE

لكن بالنسبه للجزء التاني من سوالي ( ما مكونات CCIE ) ؟

[sheno]

اخى العزيز

دى المكونات اللى حضرتك بتسال عنها

01 – Ethernet Bridging and Switching
02 – Frame-Relay
03 – HDLC/PPP
04 – IP Routing
05 – RIP
06 – EIGRP
07 – OSPF
08 – Redistribution
09 – BGP
10 – MPLS
11 – IPv6
12 – Multicast
13 – QOS
14 – System Management
15 – IP Services
16 – Security
ETHERNET BRIDGING & SWITCHINGEthernet Technologies< >Speed and duplexEthernet, Fast Ethernet, and Gigabit Ethernet
Switchports< >Dynamic< >DesirableAutoAccessTrunk< >EncapsulationModeAllowed ListTunnel802.1q Tunnel

.
FRAME-RELAYNBMA Overview< >Times Keepalives
.
PPPPPP advantages over HDLC
PPP Features< >Auto neighbor IPLCP & IPCP
.
IP ROUTINGRouting Decisions< >Longest MatchDistanceInner ProtocolMetric
.
RIPRIP Operation
no validate-update source
Metric & Timers
RIP Vesion 1 & 2
Updates Types< >BroadcastMulticastUnicast
.
EIGRPEIGRP Operation
Metric, Timers and K-values
Variance & Load-sharing
Convergence Timers
Routing Updates
Packet Types (Theory)
DUAL Finite State Machine (Theory)
Passive Interface
Split-Horizon
Default Network
Authentication< >MD5Key Rotation
.
OSPFOSPF Overview
Hello Protocol
Network Types< >BroadcastNon-BroadcastPoint-to-MultipointPoint-to-Multipoint Non-BroadcastPoint-to-PointMismatch
.
REDISTRIBUTIONRedistribution Overview< >Connected interfacesSingle RouterMutual Routers
.
BGPThe BGP Process
Establishing Peerings< >TCP TransportUpdate Source< >BGP StatesBGP Open Message
.
MPLS (Multi-Protocol Label Switching)MPLS Overview
Router Types< >CE (Customer Edge)PE (Provider Edge)P (Provider)
.
IPv6Addressing< >Global UnicastLink LocalSite LocalUnicast LocalEUI-64
.
MULTICASTMulticast Operation
Addressing< >Reserved AddressesWell-Known addressesmulticast MAC’sSSM addresses
.
QOSQos Overview
MQC
Diffserv & Intserv Models
Classification & Marking< >Access-ListsIP PrecedenceDSCPNBARPacket LengthFR-DEInterfaceNOT statement
.
SYSTEM MANAGEMENTSNMP< >PollingTrappingCommunitiesControlling Access
.
IP SERVICESScheduler allocate
TCP< >Performance Parameters< >TCP Selective AcknowledgmentTCP Time-stampTCP Window Scaling TCP ECNTCP Synwait-timeWindow ScalingExplicit Congestion NotificationKeepalive Packet Service
.
SECURITYStandard Access-Lists
Extended Access-Lists< >Advanced Ext-ACLas a prefix-list Scott Morris’s Binary VoodooOptionsACL Logging

VTP< >DomainsModes< >ServerClientTransparentAuthenticationPruningPrune Eligible ListExtended VLANs
Layer 3 Routing< >Router-on-a-StickNative Routed PortsSVIs
EtherChannel< >Dynamic< >PAgPLACPStaticLayer 3 & Layer 2Load Balancing
Spanning-Tree Protocol< >Root ElectionPath Selection< >Port CostPort PriorityAdvanced Spanning-Tree Features< >PortfastUplinkfastBackbonefastBPDU GuardBPDU FilterLoopguardUDLDDisabling STP
Multiple Spanning-Tree Protocol (MSTP)< >Root ElectionPath Selection
Rapid Spanning-Tree Protocol (RSTP)
Advanced Catalyst Features< >Flex LinksPrivate VLANsSPANRSPANOptimizing System Resources (SDM)Link state TrackingMacrosCAM Maintenance< >Static EntriesAgingLoggingMAC address notification trapsUnicast MAC address filtering
Bridging< >TransparentCRBIRBFall-Back Bridging< >Aging TimeDiscarding Static or Dynamic MAC AddressAdjusting STP Parameters
3560 Security< >Port Security< >Violation modesMAC AddressesAging TimeAging TypeErrdisable Recovery/Detect802.1x AuthenticationStorm ControlDHCP SnoopingOption-82 Data-InspectionIP Source-GuardDAI (Dynamic ARP Inspection)VACLs< >IP AclMAC Acls & EthertypesPort Protection< >Switchport ProtectSwitchport Block
Interface Types< >PhysicalMultipoint SubinterfacePoint-to-Point SubinterfaceBack-to-Back FRF.16.1 (Multilink Frame Relay)
Address Resolution (iARP)< >StaticSelf MappingDynamic (iARP)< >Disabling RequestsDisabling Per DLCI
DCHP to new router
Broadcast Replication
LMIAdjusting the timers

Full Mesh
Partial Mesh (Hub-and-Spoke)
End-to-End Keepalives
Bridging over Frame Relay
Authentication< >PAPCHAP< >CHAP HostnameCHAP PasswordSame hostnamePutting a “?” in Password
Peer Neighbor Route
Reliable Link (RFC 1663)
Link Quality Monitoring
Multilink PPP (MLP)< >MLP Interleaving and QueuingMulticlass MLPMRRU Negotiation
PPPoFR (PPP over Frame Relay)

PPPoE (PPP over Ethernet)
PPP Half-Bridging
Default Routing
Switching Paths < >Process switchingFast SwitchingNetflow switchingCEF switching
Layer 2 Resolution
OER (Cisco Optimized Edge Routing)PFR (Performance Routing)

ODR (On Demand Routing)
Secondary Ip addresses
Floating Static Routes
Backup Interface
GRE Tunneling (L3 VPN)
PBR (Policy Routing)Policy route local traffic through Loopback

/31 Mask
IP-Unnumbered
Network Statement
Passive Int
Split-Horizon, RIP Triggered
Summarization< >Auto SummaryInt Summary
Filtering< >Distribute-ListOffset ListDistance
Default Routing
Authentication< >MD5Text
Summarization< >Auto-SummaryInterfaceDefault Route (summary command with 0.0.0.0)Floating Summary
Filtering< >Distribute-ListOffset ListDistance
Stub Routing
Bandwidth Percent
DR and BDR
OSPF Finite State Machine
Router Types
LSA (Link State Advertisement)
Stub Areas< >StubStub No-SummaryNSSA No-SummaryNSSA No-RedistribNSSA No-AdvertiseGRE over Stub
Filtering< >Distribute-ListLSA 3 Filter LSA Overload ProtectionLSA ThrottlingForwarding Address Suppression in Translated Type-5 LSAs
Summarization< >Inter-area External
Stub Router Advertisement
Passive-Interface
Originating routes
Path Selection< >Auto-Cost CostBandwidthNeighbor CostIncremental SPF
Authentication< >AreaInterfaceMD5Clear TextNull Virtual-Link
Default Routing< >AlwaysConditional
OSPF Demand Circuit
Connected / Static
RIPMetric

EIGRP< >MetricExternal EIGRP routes
OSPF< >Route-TypesMatch command
BGPBgp Redistribute internal

Authentication
EBGP sessions< >MultihopBGP BackdoorDistanceMaximum-PathsDmzlink-bw
Next-Hop Processing< >Next-Hop SelfRoute-Map
iBGP sessions< >Route ReflectionConfederation
iBGP Synchronization< >Redistribution into IGPBGP over GRE
Bestpath Selection Process< >WeightLocal PreferenceAS-Path PrependingMED
Communities< >No-ExportNo-AdvertiseLocal-ASNumberedNew FormatCommunity-list
Default Originate
Originating Prefixes< >Network StatementRedistributionAggregation< >Summary-OnlySuppress-MapNeighbor Unsuppress-Map
Filtering< >Filtering SpecificsFiltering Aggregate
Conditional Advertisement
Conditional Route Injection
Clearing BGP Sessions
ORF (Outbound Route Filtering)
Local AS
Remove Private AS
Route-maps
Dampening
Peer Groups
Peering Templates
Regular Expressions
Fast External Fallover
Fast Peering session deactivation
Support for Next-Hop Address Tracking
Max Prefix
BGP Policy Accounting
LDP (Label Distribution Protocol)
MPBGP< >Address FamiliesOriginating Prefixes< >Network StatementRedistribution
Layer 3 VPNs< >RD (Route-Target)RT (Route Disinguisher)VRF (virtual routing and forwarding)Import and Export Maps
VRF-Lite (Multi-VRF Customer Edge)
DHCP for IPv6
IPv6 on 3560
IPv6 over Ethernet< >ICMP NDStatic to Next-HopStatic to Interface
IPv6 over Frame Relay< >Layer 3 ResolutionStatic to Next-HopStatic to Interface
IPv6 Routing Overview
RIPng< >EnablingDefault RoutingSummarizationOffset ListDistribute-ListRedistribution
EIGRP v6< >EnablingDefault RoutingSummarizationDistribute-ListRedistribution
OSPFv3< >EnablingNetwork TypesOSPFv3 over NBMASummarization< >InternalExternalAuthentication< >Per interfacePer area Default RoutingRedistribution
MPBGP< >Address FamiliesOriginating Prefixes< >Network StatementAggregation
Tunneling< >IPv6IPGREAutomatic 6to4ISATAP
IPv6 Multicast
IPv6 on 3560
Access-List Filtering
Static IPv6 DNS Entries
IGMP< >JoinStaticAccess-Group3560 ProfileIGMP SnoopingHelperTimersMax Groups
PIM< >Modes< >SparseDenseSparse-DenseShortest Path switchover (SPT/RPT)IP PIM SPT-Threshold

Reverse Path ForwardingStatic M-route

RP Assignments< >StaticOverrideAuto-RP< >Sparse-DenseAuto-RP ListenerDefault Static RPBSR< >Specific GroupsPriorityBSR BorderAnycast RP with MSDP
Bi-directional PIM
NBMA Mode
Multicast over GRE
Multicast BGP
Stub Multicast IP Routing
Filtering< >Static RPFiltering Specific GroupsAuto-RP filtering< >RP group filteringMA filtering RP’sBSRSpecific GroupsPIM-Neighbor filteringClient filteringMulticast BopundaryMulticast Route-Limit
Scoping< >TTL ScopingAdministrative Scoping
Additional Multicast features< >Multicast Rate LimitingMulticast HelperSDR Listener supportLoad splitting multicast trafficMulticast Heartbeat
SSM (Source specific multicast)
MSDP (Multicast Source Distribution Protocol)Interdomain Multicast Routing

PGM (Pragmatic General multicast)
MRM (Multicast Routing Monitor)
MVR (Multicast VLAN Registration) on the 3550
IGMP Profile filtering on 3550/3550
DVMRP
Congestion Management< >Custom Queue (CQ) Priority Queue (PQ) Weighted Fair Queue (WFQ)MQC Bandwidth (CBWFQ)MQC Priority (LLQ)
Congestion Avoidance< >Legacy WREDMQC WREDIP PrecedenceDSCP
Shaping< >Legacy GTSLegacy FRTSMQC ShapeMQC FRTSAdaptive
Policing< >Legacy CARMQC PoliceCOPP (Control Plane Policing)
Unconditional Packet Discard
RSVP
Nested MQC Policies
Switching Voice VLANs
Cisco AutoQoS
3550 QoS < >Classification< >Per-Port Per-VLANMutation MapsCongestion Management< >WRRExpedite QueuePolicing and Shaping
3560 QoS< >ClassificationPer-Vlan ClassificationCongestion Management< >Shaped Round Robin (SRR)Weighted Tail Drop (WTD)Priority QueuePolicing and ShapingAggregate policer

Compression< >TCP HeaderPredictorRTP Header-compressionFrame-Relay RTP compression
Link Efficiency mechanismsFRF.12

RMON< >DeltaAbsolute
Logging< >SyslogTimestamps3560 Flash LoggingConfig Change Notification and Logging (Archive)
Remote-access via Telnet< >Establishing Terminal Session LimitsDisplaying Line Connection InformationChunk-sizeAssign IP address to service provided on a TCP portBusy-messageVacant-messageTelnet message on successful connectionRefuse-messageIP telnet quietSaving Local Settings Between SessionsDefining Escape character and other key sequencesSetting terminal screen length and widthEnable session lockingLogin Enhancements < >block-forquite-modedelayHiding Telnet Addresses
NTP
Master
Server
Peer
Authentication
Timezones
Banners & MenusConfiguring Banners using tokens

HTTP Server
TFTP Server
CDP
Crash Dump
Warm Reboot
IOS Parser
EEM (Embedded Resource Manager)
System Resources< >MemoryCPU
Various other< >AutoinstallAliasesService NagleInterface Commands< >Hold-QueueLoad-interval
MTU< >IP MTUTCP MSSPMTU Discovery
NAT< >Inside SourceOutside SourceOverloadStatic Nat< >ExtendablePort RedirectionNAT TimeoutsTCP Load BalancingOn a Stick Stateful Nat
Broadcast Services< >IP HelperChanging Broadcast address
DHCP< >Server< >ExclusionsDomainGatewayMultiple GatewaysLease TimeClientIPCP ClientIP Helper, DHCP Relay and Option 82< >Disabling on routerDisabling on switchIP Source GuardMultiple Default Gateway
DNS< >Static EntriesRecord Types: MX, A PTR etcProxy
IP Accounting< >Output PacketsAccess-List ViolationsPrecedence
First Hop Redundancy< >HSRPVRRPGLBPTrack
IP SLA/RTR
NetFlow
RITE (Router IP Traffic-Export)
EEM (Cisco IOS Embedded Event Manager)
SCP (Switch-module Configuration Protocol)
TCP/UDP Small Services
Local Area Mobility
Web Caching Content Protocol (WCCP)< >Inbound/OutboundExcluding Traffic from RedirectionOnly allowing certain Content EnginesSetting a Password for a router and cache engineEnabling on 3550
NHRPConfiguring NHRP authentication

IRDP
Mobile IPLocal Area Mobility

DRP Server Agent
IP Event Dampening
Rate-limit Access-lists
Time Based Access-Lists
Dynamic Access-Lists
Reflexive Access-Lists
CBAC
Zone Based Firewall
IPS (Intrusion Prevention System)
Security Compliance RFC’s< >RFC 1918RFC 3330 (more for SP Track)RFC 2827
TCP Intercept
IP Source Tracking
IP Traffic Export
Disabling Services< >Source RoutingProxy ARPIP OptionsCDPIP Unreachable
Local Authentication
Local Authorization
AAA (know basics)< >ModesDefaultsRADIUS/TACACS Max-attemptsQuiet Period Host mode Guest VLAN
URPF

[saicco]

يا اخي اشكرك علي تعبك وكتر الف خيرك .. وبالتوفيق دائماا انشاءالله

لكن هو بعد المواضيع اللي حضرتك ذكرتها خدناها في CCNP ؟ هي بيتكلمو عنها تاني بتوسع في CCIE ؟

[sheno]

saicco

صحيح ويتناولوها مع ستاريوهات مختلفه

بالاضافه الى المواضيع الجديده


(https://arabhardware.net/forum/member.php?u=11116195)

[saicco]

شكرا يا باشا علي التوضيح ويزيدك من علمه

[BeKoO]

https://blog.glogger.ch/wp-content/uploads/2009/05/ccie_rs_lab_exam_topics_d-4375_aab.pdf

this is exactly what u will face in CCIE Written and LAB exam, nothing more but maybe less