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RUCKUS RCNI Exam Syllabus Topics:

Topic	Details
Topic 1	Foundational Networking Concepts: This section of the exam measures the skills of RUCKUS ICX Network Administrators and covers essential networking concepts. It includes VLAN design and configuration, STP and loop prevention protocols, PoE requirements, basic LAN concepts, Layer 3 routing configurations, and basic QoS concepts. Candidates should be able to demonstrate proficiency in designing VLANs for network segmentation.
Topic 2	ICX Solution Troubleshooting: RUCKUS ICX networking Engineers are expected to demonstrate troubleshooting skills in this section. It covers basic networking troubleshooting techniques and procedures for performing ICX switch recovery. Candidates should be able to identify and resolve common network issues in ICX environments.
Topic 3	RUCKUS Products & Solutions: RUCKUS ICX networking Engineers are expected to showcase their knowledge of RUCKUS products and solutions in this section. It focuses primarily on the ICX product line, covering various switch models and their capabilities. Candidates should be familiar with the features, specifications, and use cases of different ICX switches.
Topic 4	ICX Solution Implementation: This significant portion of the exam assesses the skills of RUCKUS ICX Network Administrators in implementing ICX solutions. It covers ICX software management, stacking capabilities, PoE configuration, Layer 2 3 protocols, and ICX services, IPv4 IPv6 addressing on switch interfaces, ICX switch management methods, and configuring multicast and security features. Candidates should be able to demonstrate proficiency in configuring stacking for scalable network deployments.

RUCKUS Certified Networking Implementer Sample Questions (Q39-Q44):

NEW QUESTION # 39
Which two commands display Power over Ethernet (PoE) power budget? (Choose two.)

A. show inline power
B. show chassis
C. show inline power detail
D. show configuration
E. show version

Answer: A,C

NEW QUESTION # 40
By default, how often are VRRP-E hello messages sent from the master?

A. every 60 seconds
B. every 1 second
C. every 3 seconds
D. every 5 seconds

Answer: B

Explanation:
In Virtual Router Redundancy Protocol Extended (VRRP-E) configurations on RUCKUS ICX switches, the master router sends hello messages at regular intervals to indicate its active status. By default, these hello messages are sent every 1 second.
Key Points:
* Hello Interval: The frequency at which the master router sends hello messages to backup routers.
* Default Value: 1 second.
* Purpose: To inform backup routers of the master's presence and operational status. If backup routers do not receive hello messages within a specified dead interval, they assume the master is down and initiate a failover.
Configuration:
* Viewing Current Settings:
* To display the current VRRP-E configuration, including hello intervals:
sql
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show vrrp
* Modifying the Hello Interval:
* To change the hello interval, enter VRRP-E configuration mode for the specific virtual router instance and use the following command:
php
Copy code
vrrp <vrid> advertisement-interval <seconds>
* <vrid>: Virtual Router ID.
* <seconds>: Desired interval in seconds.
Example:
To set the hello interval to 2 seconds for VRID 1:
bash
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enable
configure terminal
interface ethernet 1/1/1
vrrp 1
advertisement-interval 2
exit
write memory
Considerations:
* Network Stability: Setting the hello interval too low can lead to unnecessary failovers due to transient network issues. Conversely, setting it too high can delay failover detection.
* Consistency: Ensure that all routers in the VRRP-E group have consistent hello and dead interval settings to prevent configuration mismatches.
References:
* Ruckus FastIron Layer 3 Routing Configuration Guide, 08.0.91
* Ruckus FastIron Command Reference Guide, 08.0.70

NEW QUESTION # 41
Which three objects can be assigned a Layer 3 address? (Choose three.)

A. Virtual LAN
B. Stack Interface
C. VxLAN
D. Loopback
E. GRE tunnels
F. Virtual Ethernet

Answer: B,D,E

Explanation:
* Layer 3 Address Assignment:
* Stack Interface (A): A stack interface is a virtual interface representing all members of a stack.
It can be assigned a Layer 3 IP address for management or routing purposes.
* Loopback (E): Loopback interfaces are virtual interfaces always "up" and used for routing, management, or stable endpoint addressing.
* GRE Tunnels (F): GRE tunnels operate at Layer 3 and require IP addresses for both endpoints to encapsulate and route traffic.
* Why Not Other Options?
* B. VxLAN: VxLAN operates at Layer 2 over Layer 3 and does not require direct IP address assignment to itself.
* C. Virtual LAN: VLANs are Layer 2 constructs; while they are associated with SVI (Switch Virtual Interfaces), they are not directly assigned an IP address.
* D. Virtual Ethernet: Virtual Ethernet interfaces are typically Layer 2 and used within virtualized environments, not directly assigned Layer 3 addresses.
References:
* ICX Routing Configuration Guide: RUCKUS Documentation

NEW QUESTION # 42
Which function is performed by ARP protocol?

A. resolve IP address to MAC address
B. build and maintain switch MAC tables
C. resolve host name
D. discover directly connected neighbors

Answer: A

Explanation:
The Address Resolution Protocol (ARP) is a fundamental protocol used in IP networking to map a device's IP address to its corresponding Media Access Control (MAC) address. This mapping is essential for enabling communication within a local network segment.
How ARP Works:
* ARP Request:
* When a device (Host A) needs to communicate with another device (Host B) on the same local network, it checks its ARP cache to see if it already has Host B's MAC address corresponding to its IP address.
* If the MAC address is not in the cache, Host A broadcasts an ARP request packet to all devices on the local network. This packet includes Host B's IP address and requests the MAC address associated with that IP.
* ARP Reply:
* Upon receiving the ARP request, the device with the matching IP address (Host B) responds with an ARP reply. This reply is sent directly to Host A and contains Host B's MAC address.
* Updating ARP Cache:
* Host A receives the ARP reply and updates its ARP cache with the new IP-to-MAC address mapping. This cached information allows for efficient communication without the need for repeated ARP requests.
Key Functions of ARP:
* IP to MAC Address Resolution:
* ARP's primary function is to resolve IP addresses to MAC addresses, enabling devices to locate each other on the same local network segment.
* Facilitating Data Link Layer Communication:
* By providing the necessary MAC address, ARP allows data packets to be correctly addressed and transmitted over the network's data link layer.
Clarifications on Other Options:
* Option B: Discover directly connected neighbors
* This function is typically performed by protocols like the Neighbor Discovery Protocol (NDP) in IPv6 or by network discovery tools, not by ARP.
* Option C: Build and maintain switch MAC tables
* Switches build and maintain MAC address tables by observing the source MAC addresses of incoming frames, a process independent of ARP.
* Option D: Resolve host name
* Resolving hostnames to IP addresses is the function of the Domain Name System (DNS), not ARP.
References:
* Understanding ARP (Address Resolution Protocol)
* How ARP Works

NEW QUESTION # 43
Which switch model provides the most 100Gb ports?

A. ICX7850-48FS
B. ICX7850-32Q
C. ICX7750-32Q
D. ICX7850-48F

Answer: B

NEW QUESTION # 44
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