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| Section | Objectives |
|---|---|
| Network Resiliency and Virtualization | - Describe Aruba Virtual Switching Framework (VSF)
|
| Connectivity | - Describe network resiliency
|
| Management and Monitoring | - Describe Aruba management and monitoring tools
|
| WLAN | - Describe and explain AP deployment modes
|
| Security | - Describe security and access control for switching
|
| Authentication and Authorization | - Describe how to configure and validate Aruba solutions for authentication and authorization
|
| Troubleshooting | - Explain how to troubleshoot common Layer 2 and Layer 3 issues
|
| Network Stack Fundamentals | - Describe and explain the OSI networking model
|
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18. Frage
What is the default subnet mask for an IPv4 Class C network?
Antwort: B
Begründung:
In IPv4, Class C networks are typically used for smaller networks. The default subnet mask for a Class C network is 255.255.255.0, which allows for 256 IP addresses in total, with 254 usable host IPs (the first address is the network address, and the last is the broadcast address).
Class C networks have the first three octets (the first 24 bits) dedicated to the network portion, and the last octet (8 bits) available for host addresses, hence the subnet mask 255.255.255.0.
19. Frage
A technician installed a new HPE Aruba Networking 550 Series access point, which is cabled back to an HPE Aruba Networking CX 6000 Series switch. However, there are no lights on the access point.
What could cause this?
Antwort: A
Begründung:
The correct answer is B. PoE is disabled on the interface. If there are no lights on the access point, the first issue to investigate is whether the AP is receiving power. HPE Aruba Networking 550 Series installation documentation identifies Power over Ethernet as a supported power source for the AP, including IEEE 802.3 bt or 802.3at PoE. HPE Aruba Networking AOS-CX documentation for the CX 6000/6100 PoE command shows that per-interface power distribution can be enabled with power-over-ethernet and disabled with no power-over-ethernet. If PoE is disabled on the switch interface, the AP will not receive power from the Ethernet cable and therefore may show no LEDs. Option A is incorrect because a missing STP configuration would not prevent the AP from powering on. Option C is incorrect because failure to reach HPE Aruba Networking Central would occur after the AP is powered and network-connected. Option D is also incorrect because a wrong VLAN can prevent management or provisioning, but it would not normally stop the AP LEDs from turning on.
20. Frage
Based on the given output:
Which HPE Aruba Networking CX switch can be used to create this configuration?
Antwort: D
Begründung:
The configuration shows VSF member commands with multiple link ranges, which are supported on the CX 6300 series switches, allowing stacking with multiple VSF links between members.
21. Frage
In the partial example of the LLDP output below:
Port: 1/1/25
Neighbor Entries : 1
Neighbor Entries Deleted : 0
Neighbor Entries Dropped : 0
Neighbor Entries Aged-Out : 0
Neighbor System-Name :
Chassis Capabilities Available : Bridge, Router
Chassis Capabilities Enabled : Bridge, Router
Neighbor Port-ID : 1/1/51
Neighbor Port-Desc : 1/1/51
Neighbor Port VLANID : 1
Neighbor Port VLAN Name :
Neighbor Port MFS :
Link aggregation supported : Information Not Available
Link aggregation enabled : No
Aggregation port ID : 0
TTL : 120
Neighbor Mac-Phy details
Neighbor Auto-Neg Supported : true
Neighbor Auto-Neg Enabled : false
Neighbor Auto-Neg Advertised : Other
Neighbor MAU type : 10GIGBASER
What can be validated based on the provided output?
Antwort: D
Begründung:
The correct answer is D. Peer device native VLAN ID is 1. The LLDP output shows Neighbor Port VLANID:
1, which identifies the VLAN ID advertised by the neighboring device for that port. HPE Aruba Networking AOS-CX documentation for show lldp neighbor-info explains that LLDP neighbor output displays information about neighboring devices and that the details vary based on the TLVs sent by the neighbor. In the Aruba examples, Neighbor Port VLAN ID and Neighbor Port VLAN Name are shown as LLDP fields, so the VLAN ID value in the output can be validated directly. Option A is not the best answer because although the VLAN name field is blank, the stronger validated configuration item is the VLAN ID value. Option B is incorrect because Neighbor MAU type : 10GIGBASER indicates a 10 Gigabit Ethernet BASE-R PHY type, not a 1 Gigabit transceiver. Option C is incorrect because Port: 1/1/25 is the local switch interface where the neighbor was discovered; the peer device's port is shown separately as Neighbor Port-ID : 1/1/51. Therefore, the validated statement is that the peer device native VLAN ID is 1.
22. Frage
You are planning a 40Gbps link between two sites 35 km apart.
What type of cable will be required?
Antwort: D
Begründung:
The correct answer is B. Single-mode fiber. A 35 km connection between two sites is a long-distance optical link, and single-mode fiber is the appropriate cable type for long-haul communication. HPE Aruba Networking transceiver documentation describes single-mode fiber as having a small core size and being suitable for long-haul communication because it transmits light in one mode and suffers less intermodal dispersion than multi-mode fiber. Multi-mode fiber is used for shorter-distance links inside buildings or data centers and is not the correct choice for a 35 km site-to-site connection. UTP copper cabling cannot support a
40Gbps Ethernet connection over 35 km. ZTP is Zero Touch Provisioning, not a cable type. HPE Aruba transceiver guidance also lists long-distance optical transceivers, such as 40 km single-mode fiber options, reinforcing that long-distance high-speed links require SMF rather than MMF or copper. Therefore, for a
40Gbps link between sites 35 km apart, the required cabling is single-mode fiber. ( arubanetworking.hpe.com )
23. Frage
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