Senior Network Engineer
Senior Network Engineer Interview Questions and Answers for Freshers
Q1. do you know fiber splicing, crimping
Yes, I am familiar with fiber splicing and crimping.
I have experience with both mechanical and fusion splicing techniques.
I am proficient in using fiber optic cleavers, fusion splicers, and OTDRs.
I am also skilled in crimping fiber optic connectors.
I have worked with various types of fiber optic cables, including single-mode and multi-mode.
I am familiar with industry standards and best practices for fiber optic splicing and crimping.
Q2. What are bgp attributes?
BGP attributes are used to influence the path selection process in BGP routing.
BGP attributes include AS_PATH, NEXT_HOP, LOCAL_PREF, etc.
AS_PATH attribute shows the path the route has taken through ASes.
NEXT_HOP attribute specifies the next hop IP address for the route.
LOCAL_PREF attribute is used to influence outbound traffic.
Examples of BGP attributes manipulation include AS_PATH prepending and setting LOCAL_PREF.
Q3. What is route reflector?
A route reflector is a feature in BGP that helps reduce the number of IBGP peerings required in a network.
Route reflectors help in reducing the number of IBGP peerings in a network by allowing a route reflector to reflect routes to other routers.
They are used in large-scale networks to avoid the full mesh IBGP requirement.
Route reflectors can be configured in a hierarchy to further optimize route reflection in the network.
Q4. Ospf routing in broadcast
OSPF routing in broadcast is a method of routing in which OSPF packets are sent to all devices on a network segment.
OSPF packets are sent to all devices on a network segment, regardless of whether they need the information or not.
This method is used in networks where there are multiple routers on a single segment.
Broadcast OSPF packets are sent using multicast addresses.
This method can be less efficient than other OSPF routing methods, such as point-to-point or non-broadcast....read more
Q5. Switching concept in RST
RSTP is a protocol used to prevent loops in a network by dynamically disabling ports.
RSTP stands for Rapid Spanning Tree Protocol
It is an improvement over STP (Spanning Tree Protocol)
RSTP uses port roles (root, designated, alternate, backup) to determine which ports should be active
It also uses port states (discarding, learning, forwarding) to prevent loops
RSTP can detect and respond to topology changes faster than STP
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