Cat

Question 1

10BASE-T

Answer 1

CAT3 10 mbps per 100 meter,also known as Ethernet

Question 2

100BASE-TX

Answer 2

CAT 5 100 Mbps per 100 Meters, also known as fast Ethernet

Question 3

1000BASE-T

Answer 3

CAT5e 1000Mbps per 100 Meters, also known as gigabit ethernet

Question 4

1000BASE-T/10G BASE -T

Answer 4

CAT 6 1000Mbps per 100 Meters
10Gbps per 55 Meters, also known as gigabit ethernet or 10 gigabit ethernet

Question 5

10GBASE-T

Answer 5

CAT6a 10Gbps per 100 meteralso known as 10 gigabit ethernet

Question 6

10GBASE-T

Answer 6

CAT 7 10Gbps per 100 meters ,also known 10 as gigabit ethernet

Question 7

40GBASE-T

Answer 7

CAT 8 40Gbps per 30 meters , also known as 40 gigabit ethernet

Question 8

Bandwidth

Answer 8

measures how many bits the network can transmit per second

Question 9

100BASE-FX

Answer 9

MMF multimode fiber 100Mbps per 2 Kilometers

Question 10

100BASE-SX

Answer 10

MMF Multimode fiber 100 Mbps per 300 meters

Question 11

1000BASE-SX

Answer 11

MMF Multimode fiber 1000 Mbps per 220-550 meters

Question 12

1000BASE-LX

Answer 12

SMF/MMF Multimode fiber 1000 Mbps per 5 Kilometers to 550 meters

Question 13

10GBASE-SR

Answer 13

MMF Multimode fiber 10 Gbps per 400 meters

Question 14

10GBASE-LR

Answer 14

SMF single mode fiber 10 Gbps per 10 Kilometers

Question 15

OFDM

Answer 15

OFDMA (orthogonal frequency-division multiple access), a technology in Wi-Fi 6, improves wireless network performance by establishing independently modulating subcarriers within frequencies. This approach allows simultaneous transmissions to and from multiple clients.

Question 16

split horizon

Answer 16

Split horizon is a method used by distance vector protocols to prevent network routing loops. The basic principle is simple: Never send routing information back in the direction from which it was received

Question 17

Split Domain Name System

Answer 17

Split Domain Name System (DNS) is a network configuration that separates a domain’s DNS server into two subdomains, one for internal use and one for external use. This configuration is used to direct internal and external traffic to different servers for the same domain, which can improve security, load balance, and resource optimization

Question 18

NAC

Answer 18

Network Access Control (NAC) is a security solution that prevents unauthorized devices and users from accessing a network. It controls who can access what parts of a network and when, and ensures that only authorized devices and users can enter the network. NAC is applicable to both wired and wireless networks.

Question 19

IEEE 802.3

Answer 19

IEEE 802.3 is a combination of standards and protocols defined by the Institute of Electrical and Electronics Engineers (IEEE). IEEE 802.3 is also known as the Ethernet standard and defines the physical and media access control (MAC) of the data link layer for wired Ethernet networks.

Question 20

IEEE 802.11

Answer 20

802.11 is a standard that was developed by the Institute of Electrical and Electronic Engineers (IEEE). It is the original wireless specification. Extensions of the 802.11 standard were given the same number with a letter suffix.

Question 21

intranet

Answer 21

An intranet is a computer network for sharing information, easier communication, collaboration tools, operational systems, and other computing services within an organization, usually to the exclusion of access by outsiders.

Question 22

single collision domain

Answer 22

A single collision domain is a segment of a computer network where two or more devices cannot transmit data simultaneously without causing a collision.

Question 23

hub and spoke topology

Answer 23

Hub and spoke topology is a network configuration where all nodes are connected to a central server, known as the hub, for data exchange and communication. It’s a straightforward and cost-effective way of routing and managing data on a network, with the central hub serving as a mediator for all communication, making it easier to configure security settings and monitor traffic. Hub and spoke topology is highly regarded for its simplicity, scalability, and enhanced security capabilities, making it a valuable choice for organizations.

Hub and spoke topology is a network configuration where all nodes are connected to a central server for data exchange and communication.

Question 23

FDDI

Answer 23

The standard FDDI network is set up in a ring topology with two rings that transmit signals in opposite directions to a series of nodes. FDDI accommodates up to 500 nodes per dual-ring network and allows up to 2 kilometers between adjacent nodes.

Question 24

Infrastructure mode

Answer 24

Infrastructure mode is a network topology that allows wireless devices to communicate with each other and with a wired network through a central access point, such as a wireless router.

Question 25

Ad hoc mode

Answer 25

Ad hoc mode is a wireless network mode that allows devices to connect directly to each other without a centralized access point like a router. In ad hoc mode, each device acts as both a client and an access point, allowing them to communicate with any other device in range.creates p2p connections

Question 26

Wireless mesh topology

Answer 26

Wireless mesh topology is a network architecture that connects devices through a mesh of radio nodes that communicate directly and dynamically with each other. The nodes work together to route data efficiently to and from clients.

Question 27

IoT

Answer 27

An IoT network, or Internet of Things network, is a network of devices that are connected and exchange data with the cloud and other devices. IoT devices can be everyday objects like toothbrushes and vacuums, or more complex industrial tools.

Question 28

Bluetooth

Answer 28

Bluetooth is a short-range wireless technology standard that is used for exchanging data between fixed and mobile devices over short distances and building personal area networks. In the most widely used mode, transmission power is limited to 2.5 milliwatts, giving it a very short range of up to 10 metres

Question 29

RFID

Answer 29

Radio Frequency Identification (RFID) is a wireless technology that uses radio waves to identify and track objects, people, or animals. RFID systems are made up of two main components: a tag and a reader. The tag stores information that can be read by the reader, which can be done from a distance without line of sight.

Question 30

NFC

Answer 30

Near-field communication (NFC) is a set of communication protocols that enables communication between two electronic devices over a distance of 4 centimetres

Question 31

IR

Answer 31

Infrared is electromagnetic radiation with wavelengths longer than that of visible light but shorter than microwaves. The infrared spectral band begins with waves that are just longer than those of red light, so IR is invisible to the human eye

Question 32

Z-Wave

Answer 32

home automation Z-Wave is a wireless communications protocol used primarily for residential and commercial building automation. It is a mesh network using low-energy radio waves to communicate from device to device,[2] allowing for wireless control of smart home devices, such as smart lights, security systems, thermostats, sensors, smart door locks, and garage door openers.[3][4] The Z-Wave brand and technology are owned by Silicon Labs. Over 300 companies involved in this technology are gathered within the Z-Wave Alliance.

Question 33

ANT+

Answer 33

ANT+, introduced in 2004 as “the first ultra low power wireless standard”,[2] is an interoperability function that can be added to the base ANT protocol. This standardization allows the networking of nearby ANT+ devices to facilitate the open collection and interpretation of sensor data. For example, ANT+ enabled fitness monitoring devices such as heart-rate monitors, pedometers, speed monitors, and weight scales can all work together to assemble and track performance metrics