NTC-03.05 “Global, local wired and wireless networks”

Br0.00

Stand is designed for studying global, local wired and wireless networks.

 
Category:
The unit includes:
  • Hardware multiservice enterprise class router – 2 pcs.;
  • Layer 3 (L3) managed switch – 1pc;
  • Layer 2 (L2) managed switch – 2pcs;
  • Unmanaged switch – 2 pcs;
  • Wireless access point of 802.11ac standard – 2 pcs;
  • Switch panel – 1 pcs;
  • A shelf integrated to the stand – 2pcs;
  • Socket kit of 19” form-factor integrated to the stand – 3 pcs.;
  • Patch-cord – 20 pcs.;
  • Telecom rack – 1 pcs.

The training system is supplied with a set of technical and methodical documentation for teaching staff.

Training provided

1. Managing controlled commutators

  • Management:
    • familiarizing with the stand;
    • basic network utilities Linux;
    • assigning commutator the ip-address and using own ping utility;
    • managing commutator user account notes;
    • listing commutator system events at Syslog server;
    • adjusting commutator system clock.
  • Managing networks using SNMP protocol.
  • Configuring ports and using commutation tables.

2. Data link layer technologies

  • Virtual local networks VLAN.
  • Building communication backbone lines.
  • Using protocol IGMP.
  • Spanning tree algorithms (IEEE 802.1d STP, IEEE 802.1w RSTP).

3. Service management technologies

  • Ensuring multimedia traffic quality using IEEE 802.1p protocol (QoS technology).
  • Managing traffic quality in global networks (QoS technology).

4. Security

  • Basic commutator security mechanisms:
    • limiting number of stations controlling commutators;
    • filtration technology IP-MAC Binding;
    • individual port security.
  • Traffic segmentation technology based security.
  • Protocol IEEE 802.1x based security.
  • ACL access control lists.
  • IP-MAC-Port Binding technology.
  • Commutator access control.
  • Virtual private networks VPN technology.
  • NAT technology.

5. Third level commutation technologies

  • Third level commutation basics:
    • commutator IP-interface setup;
    • statistic table routing setup;
    • DNS Relay technology;
    • statistic table ARP setup.

6. Routing in global networks

  • Statistic routing.
  • Routing protocol RIP.
  • Routing protocol EIGRP.
  • Routing protocol OSPF.
  • Routing protocol BGP.

7. Transport and applied layer technologies

  • Protocols TCP and UDP.
  • Station dynamic configuration using DHCP protocol.
  • DNS server setup.

8. Linux network technologies

  • Linux users and PAM system.
  • Firewall setup.
  • Using FTP server.
  • Samba server setup.
  • Using network file system NFS.

9. Wi-Fi network infrastructure

  • Wireless networks Ad-Hoc. POP infrastructure.
  • Basic infrastructure for wireless networks IEEE 802.11.

10. Wi-Fi network effectiveness

  • Determining wireless network radius and ways to increase it.
  • Measuring Wi-Fi network data transfer rate.
  • Using wireless routers.

11. Security in wireless networks

  • Studying security features in Wi-Fi networks.
  • Checking network security coded by WEP using OS Linux.
  • Discovering dissociation attacks using OS Linux.

Technical specifications

Voltage ~50Hz 220V (single-phase 220V 50Hz)
Power consumption, W, max 300
Stand overall dimensions, max:
  Width, mm 650
  Height, mm 1650
  Depth, mm 950
Weight, kg, max 50

Scope of delivery

  • training laboratory equipment – 1 pc.;
  • accompanying materials in electronic format – 1 pc.;
  • manual – 1 pc.

Additional equipment

Necessary additional equipment:

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