Me back on Track Finished CCIE SP Written And now going to study for SP LAB, first of all i will mark my current standings in SP lab blue print.
As from Detailed Blueprint of SP lab from InternetworkExpert:
GREEN == Good
Yellow == Average
RED == No Concept
Bridging and Switching
Ethernet
VLANs & VTP
VTP Modes & Pruning
Trunks
DTP
ISL & 802.1q
Allowed VLANs
Native VLAN & Tag Native
SVIs & L3 Ports
STP
Root Bridge Election
Features (Portfast, UplinkFast etc)
Redundancy
RSTP & MSTP
Etherchannels
LACP & PaGP
Load-Balancing Methods
QinQ
MTU Issues
L2 Protocol Tunneling
Frame-Relay
Interface Types (DCE/DTE/NNI)
Subinterfaces, DLCIs & PVCs
LMI
Inverse-ARP & Static Mappings
FR Switching
Multilink Frame-Relay (FRF.16)
ATM
Subinterfaces & VC Mapping
PVC
SVC
NSAP Address
NSAP Prefix Learning and ESI
Signaling and Q.2931 (QSAAL) PVC
CLIP
ILMI
ATM VC Encapsulations
Inverse-ARP and Protocol Address Mapping
Frame-Relay Interworking (FRF.5 & FRF.8)
PPPoE
PPP IP Address Allocation (IPCP, DHCP)
IGP Core Routing
Intergrated IS-IS ***
Level-1/2 and Areas
Network Types
Point2Point
Broadcast
Mesh Groups
Route-Leaking
Metric-Style & Metric-Types
Redistribution & Filtering
Tuning Timers
Hello/Dead
LSA Generation/Throttling
PRC/SPF Throttling
OSPF
Area Types
Network Types
NSSA Area
Filtering (Inter-Area filters, Database, Dist-Lists)
Redistribution
Summarization (External/Inter-Area)
Virtual-Links
OSPF Timers
LSA Flooding & Pacing
SPF Throttle
Policy Based Routing
BGP
iBGP & eBGP
BGP Timers & Convergence Tuning
Advertisement interval (neighbor advertisement-interval)
VPNv4 Import Scan interval (bgp scan-time import)
General Scan interval (bgp scan-time)
BGP Next-Hop Trigger
Fast Fallover
Keepalive & Holdtime
BGP Scalability
Route-Reflectors & Clusters
Confederations
Synchronization
Redistribution & Filtering
Outbound Route Filtering
Route Aggregation & Attributes
Conditional Route Injection & Advertisement
Route Dampening
Communities, Coloring & Signaling
BGP Attributes & Best-Path Selection
Backdoors
BGP Multipath (iBGP/eBGP, DMZ Link BW)
SP Multicast
PIM-SM/DM
PIM-Bidir
PIM-SSM & IGMPv3/UDR
RPF failure and static mroutes
IGMP
Versions
Timers
Filtering
Static-RP/Auto-RP/BSR
MSDP and Inter-AS Multicast
MP-BGP Extension for Multicast
Anycast-RP
IGMP Snooping
Stub Multicast Routing
3550
IGMP Profiles
MVR
MPLS
Label Distribution
LDP/TDP,
Directed Sessions
Authentication
BGP Send-Label
Advertising Labels
Label Filtering
LDP and ACLs
BGP and route-maps
Cell-Mode MPLS & Label Merging
ATM Control-VC
MPLS TE
IGP Configuration
RSVP Settings
Attributes & Affinity Bits
Holding & Setup Priority
Path Options
Explicit/Dynamic Route
Routint Options: PBR, Static route, Autoroute
Cisco Forwarding Adjacency over TE tunnel
Inter-Area TE
MPLS TE with L3/L2 VPN
PE-PE Tunnels
PE-P, P-P Tunnels & LSP recovery
Unequal-Cost Load-Balancing
L3/L2 VPN
L3 VPN
VRF & RD
Controlling Route Import/Export
VRF Lite
VRF Select & Route-Map VRF selection
MP-BGP
VPNv4 AF
Extended Communities
Route-Target
Filtering
RRs & Scalability Issues
ORF
Communities & Partitioning
BGP RR-Group & Partitioning
PE-CE Routing
OSPF
Super-Backbone and Extended Communities
Domain-ID
Sham-Links
VRF Lite Capability
Down Bit and VPN Tag
EIGRP
SoO Attribute
BGP Cost Community
RIP
Transparent Metric
eBGP
AS-Override
AllowAs-In
BGP SoO
Redistribution & Filtering
VRF Import/Export Maps
Importing from global table
VPN Topologies
Central Services
Extranet
Hub-and-Spoke (upstream, downstream VPNs)
Inter-AS VPN
Back-to-Back VRFs
Direct VPNv4 Exchange on ASBRs
ASBR Send-Label & VPNv4 Multihop
IPv4 BGP Route-Reflector for Label distribution
Redistribute into IGP + LDP
Carrier Supporting Carrier
IP only Customer Carrier
MPLS Enabled Customer Carrier
Hierarchical MPLS VPNs
Carrier Label Exchange
IGP+LDP
BGP+Send-Label
Multicast VPN
Default & Data MDT
PIM-SM/Bidir (ISM) in Core
SSM in Core (Ext.Comm/MDT SAFI)
Inter-AS mVPN
PIM-SM + MSDP
MDT SAFI + PIM SSM + PIM RPF Proxy
L2 VPN
Generic
ATM Cell Relay & AAL5 SDU Mode
ATM OAM Transparent/Emulation
HDLC Frame Tunneling
Frame-Relay DLCI-to-DLCI
Ethernet VLAN and Port Mode
PPP and IP address Assignment
AToM
PW Setup & MTU Issues
Inter-AS AToM
Back-to-Back
Label exchange
L2TPv3
Manual & Automatic Signaling
Authentication & Cookie
Sequencing & Keepalives
pMTU Discovery & DF-bit
L2 Interworking (IP/Ethernet, Local Termination)
Local Switching (with & w/o Interworking)
GRE/mGRE Tunnels
MPLS BGP VPN over mGRE
QoS
Classification & Marking
ACLs
DSCP bits, TOS & IP Precedence
NBAR & Protocol-Specific Matching
Policers (Single/Dual-Rate, Color-Aware/Blind)
FR DE bit/ATM CLP
QoS-Groups
MPLS EXP bits
Tunnel Modes:
Uniform
Short-Pipe
Pipe
Congestion Management
Tx-Ring Tuning
Legacy Queueing
WFQ/CQ/PQ
IP RTP Priority
CBWFQ
Priority (LLQ)
Bandwidth
Hierarchical (Queueing at Subinterfaces)
Frame-Relay/ATM Per-VC Queueing (Legacy & CBWFQ)
WRED for Congestion Avoidance (Legacy & MQC)
Traffic Flow Control
Rate-Limiting
CAR & Cascading
MQC Policer
Single-Rate
Dual-Rate
Actions
Shaping
Legacy GTS
FRTS
Legacy
MQC
Class-Based (MQC)
QPPB
DiffServ Aware TE
Interface Subpools
3550 QoS Features
WRR Queue Tuning
Classification & Marking
Policy Maps
Mapping Tables
Per-Port/Per-VLAN Classification
Policing
Security
Application Level Filtering (NBAR)
L3 Security
Control Plane
Routing Updates Auth
Signaling Protocols Auth (LDP, L2TPv3, BGP)
Control Plane Policing
Filtering with ACLs & ACL Logging
RPF and Spoofing (Strict/Loose Mode)
CAR and Flooding
TCP Intercept and SYN-Flooding
L2 Security
Protecting STP (BPDU-Filter/Guard)
Port-Security
DDoS Mitigation
Sinkholes/Blackholes
RTBH Scenarios
Common Attacks
Worms & Viruses
Smurf/Fraggle/Generic Flooding
SYN-Flooding
Network Scanning
CAM-Table overflow, VLAN Hopping
High Availability
NSF & SOO
BGP Graceful Restart
OSPF LLS
EIGRP NSF awareness
LDP Graceful restart
LDP Session protection
Tuning IGP Convergence
GLBP/HSRP/VRRP
MPLS TE FRR
Link Protection
Node Protection
L2 PW Protection
L3 VPN and FRR
Management
SNMP
Syslog
Remote Access (Telnet/SSH)
NTP
Netflow
MPLS-aware Netflow
Flexible Netflow
Export Configuration
IP Accounting
Other IP Services
Ok Being very honest, its hell alot of topic which are in RED and i really need to work very hard for that because i will have to not only master them but i need to practice all these technologies too so, lets start by reading from REDs and try to improve the current standings with better coloring.
First TOPIC to bring from RED to GREEN is MultiLink Frame relay.
