ccnp exam

[محمد19900]

لو امتحنت اى track من ال 3 فى ال ccnp هل هبقى مجبر انى امتحن باقى ال tracks فى زمن محدد ؟

ولا الزمن بيبقى مفتوح ؟ انا سمعت ان لازم بين كل امتحان و التانى max 2 او 3 سنين

يا ريت لو حد عنده معلومة اكيدة يفيدنى

[mezomora123]

السلام عليكم أخى...
تقدر تمتحن أى امتحان من ال التلاته...وتقعد 3 سنين وتمتحن خلالها الامتحان التانى والا تبقى Expired وتضطر تعيد الامتحان مرة تانية...
يعنى مثلا تمتحن ال Route النهاردة...وتقعد لحد 8 يوليو 2014 لازم تمتحن ال Switch أو ال TSHOOT خلال ال 3 سنين دوول...
يارب أكون قدرت أفيدك...
وبالتوفيق ان شاء الله...
يارب.

[الفارس المتعلم]

السلام عليكم أخى...
تقدر تمتحن أى امتحان من ال التلاته...وتقعد 3 سنين وتمتحن خلالها الامتحان التانى والا تبقى Expired وتضطر تعيد الامتحان مرة تانية...
يعنى مثلا تمتحن ال Route النهاردة...وتقعد لحد 8 يوليو 2014 لازم تمتحن ال Switch أو ال TSHOOT خلال ال 3 سنين دوول...
يارب أكون قدرت أفيدك...
وبالتوفيق ان شاء الله...
يارب.

طيب اخوي لواختبرت في 2014 يسير يسير تنتهي في 2017 ولا كيف

[BENDAOUD7]

يا أخي في هذه الحالة تكون التكنولوجيا اللي نتا ناوي تدرسها انقضت و سيسكو تكون غيرت كل الشهادات
أو ربما تكون سيسكو فلست:p

[sheno]

General course plan / day wise break up of our CCNP training – Route:
(Please note that this is given as a general guideline only as based on participants and their backgrounds, actual course delivery may vary)
Day 1
EIGRP Overview and Neighbor Relationships
EIGRP Neighborships
Manipulating EIGRP Hello and Hold Timers
Preventing Unwanted Neighbors Using Passive Interfaces
Controlling Neighborships Using EIGRP Authentication
Controlling Neighborships with Static Configuration
Configuration Settings That Could Prevent Neighbor Relationships
Neighborship over WANs
Neighborship on Frame Relay
Neighborship on MPLS VPN
Neighborship on Metro Ethernet
Exam Preparation Tasks
Planning Practice
Design Review
Implementation Plan Peer Review
Create an Implementation Plan
Choose Commands for a Verification Plan
EIGRP Topology, Routes, and Convergence
Building the EIGRP Topology
Seeding the EIGRP Topology
The Content of EIGRP Update Message
The EIGRP Update Process
WAN Issues for EIGRP Topology Exchange
Building the IP Routing Table
Calculating the Metrics: Feasible Distance and Reported Distance
EIGRP Metric Tuning
Optimizing EIGRP Convergence
Fast Convergence to Feasible Successors
Converging by Going Active
Unequal Metric Route Load Sharing
Filtering by Referencing ACLs
Filtering by Referencing IP Prefix Lists
Filtering by Using Route Maps
Route Summarization
Route Summarization Design
Configuring EIGRP Route Summarization
Auto-summary
Default Routes
Default Routing to the Internet Router
Default Routing Configuration with EIGRP
Exam Preparation Tasks
Planning Practice
Design Review
Implementation Plan Peer Review
Create an Implementation Plan
Choose Commands for a Verification Plan
Day 2
OSPF Overview and Neighbor Relationships
OSPF Review
OSPF Link State Concepts
OSPF Verification Review
OSPF Feature Summary
OSPF Neighbors and Adjacencies on LANs
Enabling OSPF Neighbor Discovery on LANs
Settings That Must Match for OSPF Neighborship
OSPF Neighbors and Adjacencies on WANs
OSPF Network Types
OSPF Neighborship over Point-to-Point Links
Neighborship over Frame Relay Point-to-Point Subinterfaces
Neighborship on MPLS VPN
Neighborship on Metro Ethernet
Exam Preparation Tasks
Planning Practice
Design Review Table
Implementation Plan Peer Review
Create an Implementation Plan
Choose Commands for a Verification Plan
OSPF Topology, Routes, and Convergence
LSAs and the OSPF Link State Database
LSA Type 1: Router LSA
LSA Type 2: Network LSA
LSA Type 3: Summary LSA
Limiting the Number of LSAs
Summary of Internal LSA Types
The Database Exchange Process
OSPF Message and Neighbor State Reference
Exchange Without a Designated Router
Exchange with a Designated Router
Flooding Throughout the Area
Periodic Flooding
Choosing the Best OSPF Routes
OSPF Metric Calculation for Internal OSPF Routes
Metric and SPF Calculations
Metric Tuning
Exam Preparation Tasks
Planning Practice
Design Review
Implementation Plan Peer Review
Create an Implementation Plan
Choose Commands for a Verification Plan
OSPF Route Summarization, Filtering, and Default Routing
Route Filtering
Type 3 LSA Filtering
Filtering OSPF Routes Added to the Routing
Route Summarization
Manual Summarization at ABRs
Manual Summarization at ASBRs
Default Routes and Stub Areas
Domain-wide Defaults Using the default-information originate Command
Stubby Areas
Exam Preparation Tasks
Planning Practice
Design Review
Implementation Plan Peer Review
Create an Implementation Plan
Choose Commands for a Verification Plan
OSPF Virtual Links and Frame Relay Operations
Virtual Links
Understanding OSPF Virtual Link Concepts
Configuring OSPF Virtual Links with No Authentication
Verifying the OSPF Virtual Link
Configuring Virtual Link Authentication
OSPF over Multipoint Frame Relay
IP Subnetting Design over Frame Relay
OSPF Challenges When Using Multipoint
Configuring and Verifying OSPF Operations on Frame Relay
Exam Preparation Tasks
Planning Practice
Design Review
Implementation Plan Peer Review
Create an Implementation Plan
Choosing Commands for a Verification Plan
Day 3
Basic IGP Redistribution
Route Redistribution Basics
The Need for Route Redistribution
Redistribution Concepts and Processes
Redistribution into EIGRP
EIGRP redistribute Command Reference
Baseline Configuration for EIGRP Redistribution Examples
Configuring EIGRP Redistribution with Default Metric Components
Verifying EIGRP Redistribution
Redistribution into OSPF
OSPF redistribute Command Reference
Configuring OSPF Redistribution with Minimal Parameters
Setting OSPF Metrics on Redistributed Routes
LSAs and Metrics for External Type 2 Routes
Redistributing into OSPF as E1 Routes
A Brief Comparison of E1 and E2 Routes
External Routes in NSSA Areas
Advanced IGP Redistribution
Redistribution with Route Maps and Distribute Lists
Overview of Using route-maps with Redistribution
Filtering Redistributed Routes with Route Maps
Setting Metrics when Redistributing
Setting the External Route Type
Redistribution Filtering with the distribute-list Command
Issues with Multiple Redistribution Points
Preventing Routing Domain Loops with Higher Metrics
Preventing Routing Domain Loops with Administrative Distance
Domain Loop Problems with More than Two Routing Domains
Exam Preparation Tasks
Planning Practice
Design Review T
Implementation Plan Peer Review
Create an Implementation Plan
Choose Commands for a Verification Plan
Policy-Based Routing and IP Service Level Agreement
Policy-Based Routing
Matching the Packet and Setting the Route
PBR Configuration Example
How the default Keyword Impacts PBR Logic Ordering
Additional PBR Functions
IP Service-Level Agreement
Understanding IP SLA Concepts
Configuring and Verifying IP SLA
Tracking SLA Operations to Influence Routing
Exam Preparation Tasks
Planning Practice
Design Review
Implementation Plan Peer Review
Create an Implementation Plan
Choose Commands for a Verification Plan
Day 4 & 5
Internet Connectivity and BGP
The Basics of Internet Routing and Addressing
Public IP Address Assignment
Internet Route Aggregation
The Impact of NAT/PAT
Private IPv4 Addresses and Other Special Addresses
Introduction to BGP
BGP Basics
BGP ASNs and the AS_SEQ Path Attribute
Internal and External BGP
Public and Private ASNs
Outbound Routing Toward the Internet
Comparing BGP and Default Routing for Enterprises
Single Homed
Dual Homed
Single Multihomed
Dual Multihomed
Exam Preparation Tasks
External BGP
External BGP for Enterprises
eBGP Neighbor Configuration
BGP Internals and Verifying eBGP Neighbors
Verifying the BGP Table
The BGP Update Message
Examining the BGP Table
Viewing Subsets of the BGP Table
Injecting Routes into BGP for Advertisement to the ISPs
Injecting Routes Using the network Command
The Effect of auto-summary on the BGP network Command
Injecting Routes Using Redistribution
Exam Preparation Tasks
Planning Practice
Design Review Table
Implementation Plan Peer Review Table
Create an Implementation Plan Table
Choose Commands for a Verification Plan Table
Review all the Key Topics
Complete the Tables and Lists from Memory
Define Key Terms
Internal BGP and BGP Route Filtering
Internal BGP Between Internet-Connected Routers
Establishing the Need for iBGP with Two Internet-Connected Routers
Configuring iBGP
Verifying iBGP
Examining iBGP BGP Table Entries
Understanding Next-Hop Reachability Issues with iBGP
Avoiding Routing Loops when Forwarding Toward the Internet
Using an iBGP Mesh
IGP Redistribution and BGP Synchronization
Route Filtering and Clearing BGP Peers
BGP Filtering Overview
Inbound and Outbound BGP Filtering on Prefix/Length
Clearing BGP Neighbors
Displaying the Results of BGP Filtering
Exam Preparation Tasks
Planning Practice
Design Review Table
Implementation Plan Peer Review
Create an Implementation Plan
Choosing Commands for a Verification Plan
BGP Path Control
BGP Path Attributes and Best Path Algorithm
BGP Path Attributes
Overview of the BGP Best Path Algorithm
Perspectives on the Core 8 Best Path Steps
Memorization Tips for BGP Best Path
Influencing an Enterprise’s Outbound Routes
Influencing BGP Weight
Setting the Local Preference
IP Routes Based on BGP Best Paths
Increasing the Length of the AS_Path Using AS_Path Prepend
Influencing an Enterprise’s Inbound Routes with MED
MED Concepts
MED Configuration
Exam Preparation Tasks
Planning Practice
Design Review Table
IP Version 6 Addressing
Global Unicast Addressing, Routing, and Subnetting
Global Route Aggregation for Efficient Routing
Conventions for Representing IPv6 Addresses
Conventions for Writing IPv6 Prefixes
Global Unicast Prefix Assignment Example
Subnetting Global Unicast IPv6 Addresses Inside an Enterprise
Prefix Terminology
Assigning IPv6 Global Unicast Addresses
Static IPv6 Address Configuration
Survey of IPv6 Addressing
Overview of IPv6 Addressing
Unicast IPv6 Addresses
Multicast and Other Special IPv6 Addresses
Layer 2 Addressing Mapping and Duplicate Address Detection
Configuring IPv6 Addresses on Cisco Routers
Configuring Static IPv6 Addresses on Routers
Multicast Groups Joined by IPv6 Router Interfaces
Connected Routes and Neighbors
The IPv6 Neighbor Table
Stateless Autoconfiguration
Exam Preparation Tasks
Planning Practice
Design Review
Implementation Plan Peer Review
Create an Implementation Plan
IPv6 Routing Protocols and Redistribution
RIP Next Generation (RIPng)
RIPng–Theory and Comparisons to RIP-2
Configuring RIPng
Verifying RIPng
EIGRP for IPv6
EIGRP for IPv4 and IPv6–Theory and Comparisons
Configuring EIGRP for IPv6
Verifying EIGRP for IPv6
OSPF Version 3
Comparing OSPFv2 and OSPFv3
Configuring OSPFv3
Verifying OSPFv3
IPv6 IGP Redistribution
Redistributing without Route Maps
Redistributing with Route Maps
Static IPv6 Routes
Exam Preparation Tasks
Planning Practice
Implementation Plan Peer Review
Create an Implementation Plan
Choose Commands for a Verification Plan
Review all the Key Topics
Complete the Tables and Lists from Memory
IPv4 and IPv6 Coexistence 607
IPv4 and IPv6 Migration and Coexistence Concepts
IPv4/IPv6 Dual Stacks
Tunneling
NAT Protocol Translation
Static Point-to-Point IPv6 Tunnels
Manually Configured Tunnels
GRE Tunnels
Point-to-Point IPv6 Tunnel Summary
Dynamic Multipoint IPv6 Tunnels
Automatic 6to4 Tunnels
IPv6 ISATAP Tunnels
Multipoint IPv6 Tunnel Summary
Exam Preparation Tasks
Planning Practice
Design Review Table
Implementation Plan Peer Review