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| Section | Objectives |
|---|---|
| Data Center Underlay (IP Fabric) | - IP fabric design and routing fundamentals - Routing protocols in data center environments |
| EVPN-VXLAN Overlay | - EVPN control plane concepts - VXLAN data plane and tunneling - Interoperability and multitenancy design |
| Data Center Services | - Multicast in data center environments - Layer 2 and Layer 3 services |
| Data Center Architecture | - Leaf-spine architecture concepts - Design principles for modern data center networks |
| Operations, Automation, and Troubleshooting | - Network troubleshooting methodologies - Operational best practices - Automation concepts in Junos environments |
JN0-683証明書は、クライアントの知識と実用能力を向上させる実用性と役割のため、多数の証明書の中でも際立っています。テストJN0-683証明書を所有することは、クライアントが仕事を見つけ、クライアントが有能な人々であることの証拠を見つけるときに重いコーリングカードを所有することと同じです。 JN0-683クイズ準備は、クライアントがテストの準備をするのに最適なオプションです。 JN0-683学習資料は、高い合格率とヒット率を高めます。クライアントは、それらを使用した後に高く評価し、JN0-683認定に合格するための重要なツールとして認識します。
質問 # 102
You are asked to interconnect two data centers using a method that provides EVPN Type 2 connectivity, is highly scalable, and limits VXLAN tunnels between border leaf devices.
What will satisfy these requirements?
正解：D
解説：
Type 2 seamless stitching is the best solution for interconnecting two data centers while providing EVPN Type 2 connectivity (MAC/IP routes for end-host reachability), high scalability, and limiting VXLAN tunnels between border leaf devices. This method ensures that MAC addresses are properly learned and distributed across the two data centers without requiring a full mesh of VXLAN tunnels between all leaf switches. Instead, VXLAN tunnels are limited to border leaf devices, reducing the complexity and improving scalability.
質問 # 103
You must integrate several leaf nodes that do not support the EVPN-VXLAN architecture into your existing EVPN-VXLAN-based IP fabric. In this scenario, which two design considerations would accomplish this task? (Choose two.)
正解：A、C
解説：
Edge-routed bridging allows integrating devices that are not EVPN-VXLAN capable by extending Layer 2 at the edge while using routing toward the fabric, enabling those leaves to connect without participating in the EVPN control plane. A collapsed fabric design can place overlay functions on a subset of capable devices while keeping other leaf nodes operating as simpler routed/bridged nodes, allowing coexistence within the same fabric.
質問 # 104
You are deploying multiple Juniper switches al the same location. Your switches are currently using the factory-default configuration.
In this scenario, which two statements are correct? (Choose two.)
正解：C、D
解説：
* DHCP Behavior in Factory-Default Configuration:
* Option B:In the factory-default configuration, Juniper switches are designed to send DHCP requests on all operational interfaces. This behavior ensures that the switch can obtain an IP address for management and further configuration from any available DHCP server.
* Option D:The DHCP server can provide additional configuration parameters, including the required Junos version. This allows for automated provisioning and ensures that the switch is running the correct software version.
Conclusion:
* Option B:Correct-The switch will use any operational interface to request an IP address via DHCP.
* Option D:Correct-The DHCP server can specify Junos version requirements, enabling automated software management.
質問 # 105
Which statement is correct about a collapsed fabric EVPN-VXLAN architecture?
正解：A
解説：
Border gateway functions occur on border leaf devices: In a collapsed fabric EVPN-VXLAN architecture, the border leaf devices are responsible for interconnecting the data center to external networks (such as the WAN or other data centers). These devices perform the border gateway functions, such as handling routing and bridging for external communication.
質問 # 106
You are implementing VXLAN broadcast domains in your data center environment. Which two statements are correct in this scenario? (Choose two.)
正解：A、C
解説：
Layer 2 frames are encapsulated by the source VTEP: In a VXLAN environment, Layer 2 frames (Ethernet frames) are encapsulated by the source VTEP (VXLAN Tunnel Endpoint) into VXLAN packets. The VTEP adds a VXLAN header to the original Layer 2 frame and forwards the encapsulated packet over the IP network to the destination VTEP.
A VXLAN packet does not contain a VLAN ID: VXLAN operates at Layer 2 and encapsulates Ethernet frames within a VXLAN header, but it does not carry a traditional VLAN ID as part of the encapsulated packet. Instead, it uses a VXLAN Network Identifier (VNI) to identify the broadcast domain.
質問 # 107
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