MOTOTRBO Knowledge Test

Question

The above radio's configuration can be managed in Radio Management?

Answer 1

On a PC running an Application

Answer 2

On a PC running a 3rd party application which accesses the radio's GPS and presence information

Answer 3

On a PC running a 3rd party application which accesses the repeaters via NAI and retrieves the radio's GPS and/or presence information.

Answer 4

Identify the site to the radios.

Answer 5

Allow the radio to measure the RSSI.

Answer 6

Allow the radio to roam.

Answer 7

Allow the radio to measure the RSSI in the absence of radio traffic.

Answer 8

Both the repeater and the router to which it is connected, must have a static IP address; several UDP ports need to be forwarded to the master and if IP Remote Programming is used, one TCP port must also be forwarded.

Answer 9

The Router to which it is connected must have a static IP address; several UDP ports need to be forwarded to the master and if IP Remote Programming is used, one TCP port must also be forwarded.

Answer 10

The Router to which it is connected must have a static IP address.

Answer 11

Must have a static IP Address; should have Radio ID 1 and must be behind a router and the router must have port forwarding set up.

Answer 12

Static IP Address; Radio ID 1 and must be behind a router.

Answer 13

The Router to which it is connected must have a static IP address; several UDP ports need to be forwarded to the master.

Answer 14

Continue working with some issues.

Answer 15

Probably stop working.

Answer 16

Probably continue working, but the reliability cannot be assured.

Answer 17

None of these.

Answer 18

Static IP Address on WAN port (either public or via VPN). Master Repeater 1 uses UDP port 50000. Master Repeater 2 uses UDP port 50001. The Router forwards UDP port 50000-50100 to the LAN.

Answer 19

Static IP Address on WAN port (either public or via VPN). Both repeaters use a static IP address on the LAN. Master Repeater 1 uses UDP port 50000. Master Repeater 2 uses UDP port 50001. The Router forwards UDP port 50000 to master IP address 1 and UDP port 50000 and UDP port 50001 to Master IP address 2.

Answer 20

None of these.

Answer 21

De-sensing occurs when a high level RF signal interferes with a receiver's ability to receive a weaker signal. We can check this by turning off the offending repeaters one by one to see which one is causing it.

Answer 22

De-sensing occurs when a high level RF signal is present on the receiving radio's antenna and causes the receiver's RF amplifier to be overloaded resulting in the reduction of measured sensitivity.

Answer 23

De-sensing occurs when a high level RF signal is present on the receiving radio's antenna and causes the receiver's RF amplifier to be overloaded resulting in the reduction of measured sensitivity. The presence can be confirmed by testing the sensitivity via an isolated-tee bridge.

Answer 24

De-sensing occurs when a high level RF signal interferes with a receiver's ability to receive a weaker signal. The presence can be confirmed by testing the sensitivity via an isolated-tee bridge.

Answer 25

A button, called Manual Site Roam, can be programmed on the radio. When the user presses this button, the radio will send a wake-up message on all the channels in the roam list. If a repeater is present on that channel, it will respond with a beacon which allows the radio to measure the signal strength. The radio then forms a list of roamed channels and roams to the next available channel.

Answer 26

The radio will use Manual Site Roam when no signal is received while the radio is in a passive roam state. Here the radio will go through all the channels and send a wake -up message. If a repeater is present on that channel, it will respond with a beacon which allows the radio to measure the signal strength. The radio then forms a list of roamed channels and roams to the strongest signal.

Answer 27

None of these describe manual site roaming.

Answer 28

A button, called Manual Site Roam, can be programmed on the radio. When the user presses this button, the radio will send a wake-up message on all the channels in the roam list. If a repeater is within RF range on that channel, it will respond with a beacon which allows the radio to measure the signal strength. The radio then forms a list of roamed channels and roams to the next available channel.

Answer 29

Repeater 3 will have a high VSWR condition

Answer 30

Repeater 3 will have no outbound coverage

Answer 31

Repeater 3 will remove itself from contention for Rest Channel.

Answer 32

When the Rest Channel goes on to Repeater 3, no further calls can be set up.

Answer 33

If RDAC is used, an alarm will be displayed.

Answer 34

There will be no effect.

Answer 35

There will be approximately 33% more traffic on repeater 1 and 2.

Answer 36

MOTOTRBO Linked Capacity Plus is a multi-site trunked radio system which uses no site controller or control channel and supports up to 15 sites. Each site can have up to 8 repeaters as well as a maximum of 3 data revert repeaters.

Answer 37

MOTOTRBO Linked Capacity Plus is a multi-site trunked radio system which uses no site controller or control channel and supports up to 15 sites. Each site can have up to 8 repeaters of which a maximum of 3 can be used as data revert repeaters.

Answer 38

MOTOTRBO Linked Capacity Plus is a multi-site trunked radio system which uses no site controller or control channel and supports up to 5 sites. Each site can have up to 6 repeaters of which a maximum of 12 can be data revert.

Answer 39

MOTOTRBO Linked Capacity Plus is a multi-site trunked radio system which uses no site controller or control channel and supports up to 70 sites. Each site can have up to 15 repeaters of which a maximum of 12 can be data revert.

Answer 40

Decrease the RSSI Threshold in the channels.

Answer 41

Decrease the RSSI Threshold in the roam list.

Answer 42

Increase the RSSI Threshold in the roam list.

Answer 43

Examine whether the beacon interval can be decreased especially if this is a system with higher site density.

Answer 44

Upgrade the radio firmware.

Answer 45

The repeater will be able to receive weaker signals.

Answer 46

The repeater will open squelch much lower.

Answer 47

If any signal is present, the repeater will activate FCC Type 2 monitor and remove itself from the system.

Answer 48

If a signal is present, which does not have a matching color code, the repeater will remove itself from contention as a rest channel.

Answer 49

The repeater will become disabled and will remove itself from contention as a rest channel.

Answer 50

There will be no effect whatsoever.

Answer 51

The radio will open it's squelch much sooner.

Answer 52

The radio will be more sensitive.

Answer 53

The radio will be blocked more often due to noise.

Answer 54

Under noisy conditions, the radio may mistake noise as a valid signal and will thus regard the channel as busy.

Answer 55

TCP Port 50100 is not being forwarded in the Router.

Answer 56

UDP Port 50000 is not being forwarded in the Router.

Answer 57

The problem is definitely not in the Router setup.

Answer 58

The CPS ID is wrong.

Answer 59

There is an IP address conflict between the radio and Wireless LAN and/or (Wired) LAN. Unplug the LAN cable, disable the WiFi card in your PC and try again?

Answer 60

There is an IP address conflict between the radio and Wireless LAN and/or (Wired) LAN. Change the IP address of the radio.

Answer 61

The version of CPS you are using is too old, upgrade.

Answer 62

The 100kW medium wave transmitter located next door is interfering with communications on the USB port.

Answer 63

Only use a USB 2.0 port. USB 3.0 will not work.

Answer 64

There is no 'electronics' in the cable. The driver will be installed when a radio is connected.

Answer 65

The ADS chip in the cable remains disabled until a radio is connected.

Answer 66

No driver is required.

Answer 67

They are using the wrong cable.

Answer 68

There is no 'electronics' on the USB end of the cable. The driver will be installed only when a radio is connected.

Answer 69

The driver is lying!

Answer 70

The map data is faulty. The customers understanding of GPS orginiates from car navigation systems and expects the tracking application to automatically snap the vehicles position to the nearest road (just like it does in their car navigation system).

Answer 71

The GPS receiver in the radio is not getting signal from many satellites and hence the GDOP is poor.

Answer 72

None of these.

Answer 73

DP4800

Image:

DP4800-113-1000x750 (image/jpg)

Answer 74

DP3600

Image:

0_642269_DP3600_Port_Disp_F_preview (image/jpg)

Answer 75

DM4401

Image:

DM4400 (image/jpg)

Answer 76

DP3441

Image:

DP3441_3_4_left (image/jpg)

Answer 77

Change the color code on all radio radios and repeaters

Answer 78

Enable Enhanced Privacy

Answer 79

Reduce Power

Answer 80

Increase the RSSI Threshold in the repeaters and radios.

Answer 81

Yes, all MOTOTRBO radios support scan.

Answer 82

No, it is not possible to scan and roam.

Answer 83

Use Dynamic Mixed Mode

Answer 84

Ensure that the analogue radios use PL

Answer 85

Ensure that in analogue mode, all radios use PL.

Answer 86

Ensure that in analogue mode, the repeater and all radios use PL.

Answer 87

Use PL, but avoid 67,0 and 103,5Hz as these sometimes cause older analogue radios to un-mute to DMR signals.

Answer 88

Use PL (and avoid 67,0 and 103,5Hz) or DPL as provisioning the repeater with CSQ mode may result in it getting stuck in analogue repeat mode during times of interference.

Answer 89

A Router which supports NAT loopback is required.

Answer 90

One Router is required on each site.

Answer 91

The requirement for a static, public IP address can be avoided by means of VLANs and VPN.

Answer 92

The number of repeaters on each site does not need to be the same.

Answer 93

If the site, with the smallest number of channels, is completely busied, no other calls can be placed, other than emergency or a call which is set up via transmit interrupt.

Answer 94

Sufficient bandwidth and low latency is important.

Answer 95

Private call

Answer 96

Group call

Answer 97

Text message

Answer 98

IP site connect roaming

Answer 99

Transmit interrupt

Answer 100

Capacity Plus

Answer 101

Yes, via the menu.

Answer 102

Yes but you have to press #123# to access the engineering menu.

Answer 103

Yes, via the menu but only if GPS is ticked in General Settings.

Answer 104

Can AES256 be imported into this country?

Answer 105

We may need to upgrade the firmware in the customers radios?

Answer 106

We need to confirm how many radios they have so we can purchase the correct number of licences?

Answer 107

The DP4800 does not support AES256.

Answer 108

is the customer using these radios in analogue mode?

Answer 109

The Master IP Addresses are all the same!

Answer 110

The Master UDP Ports are all the same.

Answer 111

Some of the peer repeaters have an IP address conflict.

Answer 112

Nothing is wrong here

Answer 113

The Rest Channel/Site IP is the same on all repeaters (conflict).

Answer 114

The Rest Channel/Site IP needs to be unique on all repeaters. All the peers need to have unique IP addresses in separate subnets.

Answer 115

The Rest Channel/Site IP needs to be unique on all repeaters. All the peers need to have unique IP addresses in separate subnets. The UDP ports need to be changed to unique values for all repeaters.

Nächster

MOTOTRBO Knowledge Test

Beschreibung

Zusammenfassung der Ressource

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