TCP/IP in a Day

This course explains the basic functions in TCP/IP. The focus on this training is set on the protocols within the architecture TCP/IP.


€ 550*

Buy now or contact us about our volume discounts and corporate rates.

*Prices exclude VAT

This course explains the basic functions in TCP/IP.

The focus on this course is set on the protocols within the architecture TCP/IP. The purpose is to make the participants understand what the different protocols do and to have knowledge of other important functions such as routing and DNS. TCP/IP is a technology used in computers all over the world. This course will give you the fundamental TCP/IP knowledge in order to be able to attend other specific courses in areas such as routing-technology, VPN, realtime-IP, QoS and IT-security.

Who should attend?

The target audience is technical personnel who work with company- and carrier-networks or others who need technical knowledge in TCP/IP.

NOTE: This course is not delivered with the FoldOut methodology.

Course outline

  • The Protocol architecture – What is a stack?
  • Different protocols in the same message
  • The Telecom vs the Datacom approach
  • Why does Ethernet exist?
  • CSMA (CA and CD)
  • Hubs vs switches
  • MAC addresses
  • ARP Protocol
The IP Protocol
  • The main IP functions of IP
  • Description of the IP header fields
  • Routers
  • IPv4 address format
  • Network masks
  • Default gateways
  • Network part and local part of addresses
  • CIDR and slash-notation
  • Public and private IP addresses
  • Subnetting
  • IP address assignment, RIR and LIR
  • The function of Virtual LAN
  • The 802.1q tag format
  • VLAN tables (ingress/egress)
  • Functions of the ICMP protocol
  • Echo/echo reply (Ping)
  • Destination unreachable
  • Time exceeded
  • Traceroute
  • IPv4 vs IPv6
  • IPv6 header format
  • SLAAC and DHCPv6
  • IP Routing
  • Static routing versus dynamic routing
  • Routing functions
  • Routers vs hubs and switches
  • Routing tables
  • Routing protocols
    • RIP
    • OSPF
    • BGP
  • Autonomous Systems (AS)
  • The purpose of multicast
  • Multicast vs unicast and broadcast
  • IPv4 multicast addresses
  • IGMP
  • QoS in IP Networks
  • QoS technologies
  • Latency/Jitter/Throughput
  • DiffServ (DSCP)
  • MPLS
  • Ethernet 802.1p header
  • P.800 MOS values
  • IP security methods
  • Intrusion detection
  • Encryption and digest authentication
IP in Mobile Networks
  • IP in 3G (GPRS) – PDP Contexts
  • IP in 4G (UMTS) – PDN Connections
  • IP in 5G – PDU Sessions
TCP, UDP and SCTP protocols
  • Ports and port numbers
  • Connection-oriented vs connectionless
  • Session establishment
  • Reliability
  • Sequence number / Acknowledge number
  • Retransmissions
  • Sessions and associations
Realtime Traffic on an IP Media
  • VoIP signalling
  • SIP
  • RTP and RTCP
  • RTSP
IP Applications
  • DNS
  • DHCP
  • E-mail, SMTP/POP/IMAP
  • FTP (file transfer)
Internet Access
  • What is the Internet?
  • ISPs
  • Internet Exchange – IX
  • The authorities of the Internet
  • Peering and Transit
  • International data transport


The students are expected to have knowledge on how computer works and knowledge in LAN and WAN technology before attending this course, equivalent to our course Data Communications Fundamentals.