MikroTik MTCIPv6E (mtcipv6e) Certification Exam: IPv6 Engineer Associate
The MikroTik MTCIPv6E (mtcipv6e) certification validates associate-level skills to implement and support IPv6 networks on MikroTik RouterOS, including addressing, routing, packet handling, security, transition methods, and interoperability services.
Certification Overview
- Exam name: MTCIPv6E
- Vendor: MikroTik
- Exam code: mtcipv6e
- Duration: 60 minutes
- Total questions: 25
- Passing score: 60%
About This Certification
The MikroTik Certified IPv6 Engineer (MTCIPv6E) certification validates the ability to implement IPv6 networking concepts and deploy IPv6 in practical environments. It covers IPv6 addressing fundamentals such as IPv6 address structure, key differences between IPv4 and IPv6, address distribution, address notation, and SLAAC-based IPv6 address creation using EUI-64. It also includes subnetting and a full range of address types including link-local, global, multicast, anycast, unique local, special addresses, and reserved IPv6 addresses. The exam scope includes IPv6 protocol operations and routing fundamentals. This includes address configuration methods such as auto-configuration, stateless configuration using SLAAC and DHCPv6, and stateful configuration using DHCPv6. It also covers the Neighbor Discovery Protocol and IPv6 routing basics, including the use and interpretation of an IPv6 prefix. Candidates are expected to understand IPv6 packet processing and behavior. Topics include the IPv6 header, detailed header field functions, next header chaining (daisy chaining), fragmentation, and Path MTU discovery. Security-related objectives focus on ICMPv6 and Neighbor Discovery Protocol message types and behaviors, including router solicitation, router advertisement, neighbor solicitation, neighbor advertisement, redirect, duplicate address detection, and neighbor unreachability detection. It also includes the meaning and impact of the “Managed address configuration” flag and the “Other configuration” flag, Multicast Listener Discovery (MLD), temporary addresses, firewall concepts for IPv6, and IPsec options such as header-only authentication (AH), payload encryption (ESP), and combined header and data protection (AH+ESP). The certification also covers IPv6 transition mechanisms and interoperability in mixed environments. Transition topics include dual stack (noted as RIPE recommended), 6to4, 6RD, Teredo, and DS-lite (Dual stack lite). Interoperability objectives include RouterOS IPv6 pool usage; DHCP components such as DHCP, DHCP PD server, DHCP PD client, DHCPv6 client, and DHCPv6 server; IPv6 tunnels including IPIPv6, EoIPv6, and GRE6; and IP version agnostic operation. It further includes DNS and reverse DNS, NTP, PPP IPv6 support, routing approaches using global addresses as in IPv4 and link-local addresses as in IPv6, and awareness of RouterOS features not yet available for IPv6 such as NAT, HotSpot, RADIUS integration, policy routing, and DHCPv6 server behavior. Operational tooling covered includes Ping, Traceroute, Torch, Traffic generator, Email, Netwatch, and Traffic flow.
Who Should Take This Exam?
Network Engineer, Network Technician, Systems Administrator, ISP Network Engineer, WISP Engineer, Network Support Specialist, NOC Technician, Network Security Engineer
Prerequisites
Foundational networking knowledge and basic hands-on experience with MikroTik RouterOS; MTCNA-level skills or equivalent.
Topics Covered
- Topics to be announced
Question Types
- Multiple Choice (Single Answer)
- True / False
MTCIPv6E Practice Questions
Our question bank contains 466+ 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.
Introduction to IPv6
In MikroTik RouterOS, which menu path is used to assign an IPv6 address to an interface?
- /ipv6 address
- /ip address
- /interface ipv6
- /system ipv6
What type of IPv6 address uses the prefix fe80::/10?
- Global unicast
- Unique local
- Multicast
- Link-local
What is the standard IPv6 loopback address?
- fe80::1
- ::1
- ::
- ff02::1
IPv6 Protoco
In MikroTik RouterOS, which command adds a static IPv6 address to an interface?
- /ipv6 address add address=2001:db8::1/64 interface=ether1
- /ip address add address=2001:db8::1/64 interface=ether1
- /ipv6 route add address=2001:db8::1/64 interface=ether1
- /interface ipv6 set address=2001:db8::1/64 ether1
What is the primary purpose of the Neighbor Discovery Protocol (NDP) in IPv6?
- To encrypt IPv6 traffic between neighbors
- To provide DNS resolution for IPv6 hosts
- To replace ARP and provide address resolution, router discovery, and neighbor reachability
- To assign IPv6 addresses via DHCP
What does the prefix length /64 represent in the IPv6 address 2001:db8:1::1/64?
- The address is 64 bits long
- The first 64 bits identify the network portion
- The host can communicate with 64 other devices
- The address has 64 available subnets
IPv6 Packet
What is the fixed size of the IPv6 base header?
- 20 bytes
- 40 bytes
- 60 bytes
- Variable length
What is the minimum MTU that all IPv6 links must support?
- 576 bytes
- 1280 bytes
- 1500 bytes
- 9000 bytes
Which IPv6 header field replaced the TTL field from IPv4?
- Traffic Class
- Flow Label
- Hop Limit
- Next Header
IPv6 Security
What protocol number does ICMPv6 use in the IPv6 Next Header field?
- 1
- 6
- 58
- 89
What is the purpose of Neighbor Discovery Protocol (NDP) in IPv6?
- To encrypt IPv6 traffic between neighbors
- To discover routers, prefixes, and resolve IPv6 addresses to link-layer addresses
- To assign IPv6 addresses via DHCP
- To establish VPN tunnels between adjacent routers
What does MLD stand for in IPv6 networking?
- Multi-Link Detection
- Multicast Listener Discovery
- Maximum Length Datagram
- Media Layer Distribution
Transition Mechanisms
What does dual stack mean in the context of IPv6 transition?
- Running both IPv4 and IPv6 simultaneously on the same device
- Using two separate physical network interfaces for IPv4 and IPv6
- Translating IPv4 packets into IPv6 packets at the gateway
- Encapsulating IPv6 packets inside IPv4 headers
What is the basic concept of IPv6 tunneling?
- Converting IPv6 addresses to IPv4 addresses permanently
- Encapsulating IPv6 packets inside IPv4 packets to traverse IPv4-only networks
- Running separate routing protocols for each IP version
- Compressing IPv6 headers to fit within IPv4 maximum packet size
In MikroTik RouterOS, which interface type is used to create a 6to4 tunnel?
- VLAN interface
- 6to4 tunnel interface
- Bridge interface
- PPPoE client
Interoperability
In MikroTik RouterOS, what is an IPv6 pool used for?
- To define a range of IPv6 prefixes that can be delegated to clients via DHCPv6 Prefix Delegation
- To store DNS AAAA records for local resolution
- To group firewall rules by IPv6 address range
- To limit the number of IPv6 connections per interface
What does DHCPv6 Prefix Delegation (PD) allow a router to do?
- Request an IPv6 prefix from an upstream router and assign addresses from that prefix to downstream networks
- Delegate DNS resolution to another server
- Forward all IPv6 traffic to a central gateway
- Translate IPv6 prefixes to IPv4 subnets
Which MikroTik RouterOS tool is used to test IPv6 connectivity to a remote host?
- /ping with an IPv6 address
- /tool bandwidth-test with IPv6 mode
- /ipv6 test-connection
- /system health ipv6
Frequently Asked Questions
How many questions are on the exam?
The MTCIPv6E 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.
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