Nokia 4A0-N05 認定試験の出題範囲：
| トピック | 出題範囲 |
|---|
| トピック 1 | - Hub-And-Spoke Model
- PAT To The Underlay
- FIP To The Underlay
- Usefulness Of Dual Uplinks On The VRS
|
| トピック 2 | - Local Breakout With And Without NAT
- Lab – Routing To The Underlay On The VRS
- VRS And Secondary Network Namespaces
|
| トピック 3 | - Configuration Of A VRS With Dual Uplink
- Different Models To Extend L2 And L3-Domains Into The DC GW (L2-Domain, L2-Domain-IRB, VRF-VXLAN, VRF-GRE)
|
| トピック 4 | - Hub-And-Spoke Domain Linking
- Domain Linking With Service Chaining
- Security Policies Between Linked Domains
|
| トピック 5 | - Enabling Multicast In The Underlay
- Carrying Multicast Traffic In The Underlay
- Quality Of Service Capabilities In VCS
|
| トピック 6 | - Usage Restrictions On Hardware-Based Vteps
- The Concept Of Policy Groups
- Policy Group Configuration And Expressions
|
| トピック 7 | - PAT Between Overlays Using Floating IP Addresses
- Access To External Networks
- Routing To The Underlay
|
| トピック 8 | - Classification Of Packets On Ingress
- Rate Limiting Of Traffic On Ingress
|
| トピック 9 | - Routing Protocol In The Underlay
- External Connectivity Options
- Using BGP In A L3-Domain To Learn External Routes
|
| トピック 10 | - Datacenter Underlay Design
- Review Of The Shared Infrastructure
- Traditional Datacenter Networking
|
| トピック 11 | - 7750 DC GW Provisioning Methods (Static, Static + Dynamic, Fully Dynamic)
- Multicast In The Underlay
|
| トピック 12 | - Usage Of A VRS With Dual Uplink
- Auto Discovery Of The DC GW On The VSD
- Rationale Behind The Use Of DC Gws
- Ervice Chaining On The 7750 DC GW
|
参照：https://www.nuagenetworks.net/exam/nuage-networks-virtualized-cloud-services-vcs-advanced-topics/
Nokia 4A0-N05 試験概要:
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