Exam (elaborations)
GCIA Fundamentals of Traffic Analysis Part I Exam Questions Verified and Provided with A+ Graded Answers | TCP/IP Model, Ethernet 802.3, IPv4/IPv6, TCP/UDP/ICMP, RFCs, MTU, MAC Addresses, CRC, Frame Sizes, NDP & Packet Analysis | Updated 2026/2027 | Insta
Prepare for the GCIA Fundamentals of Traffic Analysis Part I exam with this comprehensive collection of verified exam questions and A+ graded answers covering essential networking, packet analysis, Ethernet, TCP/IP, IP addressing, protocols, and traffic-analysis fundamentals. The resource reviews the four-layer TCP/IP model—Application, Transport, Internet, and Network Access—and key Ethernet concepts including IEEE 802.3, fixed Ethernet header length, minimum and maximum frame sizes, MTU, payload structure, MAC addresses, and Cyclic Redundancy Check (CRC). It also covers IPv4 header length, IP datagram and payload calculations, nibbles and hexadecimal representation, TCP, UDP, IP, and ICMP RFCs, RFC 2119 keywords, Network Access and Link Layer protocol numbering, wireless 802.11, Bluetooth 802.15.1, and IPv6 Neighbor Discovery Protocol (NDP), including Neighbor Solicitation and Neighbor Advertisement. Additional concepts include Ethernet frame construction, padding, CRC behavior, packet and frame sizing, protocol identification, and practical traffic-analysis terminology useful for network security and packet inspection. Ideal for students and cybersecurity professionals preparing for GCIA-related assessments, network traffic analysis, packet analysis, and foundational protocol questions. Updated 2026/2027 and available for instant download.
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GCIA - Fundamentals of
Traffic Analysis Pt I
Exam Questions
Verified and Provided
with A+ Graded
Answers |Latest
Updated 2026/2027
,TCP / IP Model (What are the Layers)
Application
Transport
Internet
Network
Access
Ethernet Protocol Number
802.3
What is the Ethernet fixed header length
14-byte
What is the IPv4 Header Length
20-bytes (can be up to 60 w/ IP options)
Data Length (calculation of how many data bytes are in the payload of an IP Packet)
Total IP Datagram Length - IP Header Length - TCP Header Length
Nibble
4-bits / half-byte / 1 hex char
, TCP RFC
RFC 793
UDP RFC
RFC 768
IP RFC
RFC 791
ICMP RFC
RFC 792
RFC keywords RFC
RFC 2119
Network Access / Link Layer Protocol Number
802.X