Mikrotik Certified Inter-Networking Engineer (MTCINE) Exam Details
The MTCINE certification validates expertise in deploying and managing networks using BGP, MPLS, and VPLS protocols.
Certification Overview
- Exam name: MTCINE
- Vendor: MikroTik
- Exam code: mtcine
- Duration: 60 minutes
- Total questions: 25
- Passing score: 60%
About This Certification
The Mikrotik Certified Inter-Networking Engineer (MTCINE) certification is designed to validate the skills necessary for setting up and managing complex network environments. The certification covers three main domains: Border Gateway Protocol (BGP), Multiprotocol Label Switching (MPLS), and Traffic Engineering. In the BGP domain, candidates will learn about Autonomous Systems, BGP transport, iBGP and eBGP configurations, and the BGP best path selection algorithm. Additionally, the use of route reflectors, confederations, and route distribution techniques are explored. The MPLS domain focuses on the basics of MPLS, including static label mapping, the Label Distribution Protocol (LDP), and the implementation of VPLS tunnels. Candidates will also gain knowledge on bridge split horizon, penultimate-hop-popping, and the importance of L2MTU in MPLS fragmentation. The Traffic Engineering domain introduces candidates to concepts such as RSVP, static and dynamic path configurations, and bandwidth allocation strategies. Through this certification, network engineers and technicians are equipped with the necessary skills to deploy and support networks using advanced networking protocols.
Who Should Take This Exam?
Network Engineer, Network Technician, Systems Administrator, IT Specialist, Telecommunications Engineer, Technical Support Engineer, Infrastructure Engineer, Network Analyst
Prerequisites
MTCNA and MTCRE certifications
Topics Covered
- Topics to be announced
Question Types
- Multiple Choice (Single Answer)
- Multiple Choice (Multiple Answers)
- True / False
MTCINE Practice Questions
Our question bank contains 202+ practice questions for this certification. Sample questions from each exam chapter. Expand a question to see the answer choices. With a subscription, you get unlimited practice exams with randomized questions from our full question bank.
BGP (Border Gateway Protocol)
What is the purpose of BGP in networking?
- To route data between different autonomous systems
- To manage local area network traffic
- To provide DNS services
- To encrypt data in transit
Your organization needs to establish a BGP session with a neighboring router. What information is required?
- Neighbor's IP address and AS number
- Router's MAC address
- Subnet mask of the local network
- Routing protocol type
When configuring BGP, which attribute is used to prevent routing loops?
- AS Path
- Next Hop
- Local Preference
- Multi-Exit Discriminator
MPLS (Multi-Protocol Label Switching)
Which of the following is a key benefit of using MPLS in a service provider environment?
- Increased data encryption capabilities
- Support for traffic engineering
- Simplified Layer 2 switching
- Improved broadcast traffic management
How does MPLS determine the path a packet should take through the network?
- Based on the destination IP address only
- Using Layer 2 MAC addresses
- Using labels assigned to packets
- By looking up routing tables
When configuring MPLS, what must be set up for label distribution?
- Traffic engineering
- Label Distribution Protocol (LDP)
- Dynamic Routing Protocol
- Virtual Routing and Forwarding
Traffic Engineering
A company is implementing MPLS and needs to optimize bandwidth while ensuring low latency for voice traffic. Which method is the BEST to achieve this while accommodating existing IP traffic flows?
- Implement Class of Service (CoS) with prioritization for voice traffic.
- Configure MPLS Traffic Engineering (TE) to reserve bandwidth for voice calls.
- Use RSVP-TE to signal bandwidth for all traffic types equally.
- Enable MPLS with default settings without specific traffic policies.
How does MPLS enhance traffic engineering in a network?
- By allowing for dynamic IP address assignment
- By enabling the use of labels for routing decisions
- By simplifying the network topology
- By providing redundancy protocols
To optimize traffic flow in an MPLS network, which feature allows the operator to influence the selection of the path that packets take?
- Traffic Engineering (TE)
- Label Stacking
- Label Distribution Protocol (LDP)
- Quality of Service (QoS)
Frequently Asked Questions
How many questions are on the exam?
The MTCINE exam contains 25 questions.
What is the passing score?
You need 60% to pass.
How long is the exam?
You have 60 minutes to complete the exam.
Practice with realistic mock exams to prepare for your MikroTik certification.