Dante Level 1-3 – Questions and
Answers
Dante audio streams over WiFi networks [are _______________________]. - -not
supported
-The bit depth of an audio system dictates - -The amplitude resolution of
each sample
-Does Dante support MIDI - -No. Dante only transports audio data and does
not interfere with MIDI.
-Is there any advantage to using automatic IP addressing on a Dante
network - -Yes. Automatic addressing ensures that devices create a working
LAN.
-How are device names used in Dante - -Subscriptions are made from name
to name
-Dante works best with [______________] switches - -gigabit
-On a Dante network, latency is - -deterministic, set per device
-As sample rate is increased on a device, what other property is usually
changed - -Channel count is reduced
-Where do Dante settings reside? - -On individual Dante devices
-In the Dante Controller Routing tab, a green check mark indicates - -
Subscription successful
-Which of the following are diagnostic features of Dante Controller? (check
all that apply) - -1. Latency monitoring
2. Clock monitoring
-How does Dante interact with Energy Efficient Ethernet (EEE) switches? - -
EEE switches are not recommended for use with Dante
-When should fiber be used for an Ethernet connection? - -When runs over
100 meters are required.
-The easiest way to get IP addresses for a functional stand-alone Dante
network is for all devices and computers to - -Use the "obtain an IP Address
Automatically" setting
, -If a network is only used for Dante and has only one network switch, then -
-The network does not require a managed switch
-Does Dante require special network cabling? - -Regular CAT5E or CAT6
Ethernet cable is recommended
-How are devices added to a Dante network - -Devices are automatically
discovered and displayed in Dante Controller
-Dante uses [_________________________] switches. - -standard
-How are devices restored to a Dante network after power cycle - -Devices
and connections are automatically restored
-What does the Dante Clock Master do - -Provides synchronization for all
Dante devices on the network
-Does a Dante network require special configuration for clocking - -No. A
Clock Master is always automatically elected by Dante
-A[______________] network topology is a best practice for Dante. - -star
-What is latency - -Latency is the audio signal delay in any audio system.
-Dante transmitters are sources. Dante receivers are
[______________________]. - -destinations
-The names of devices and channels in Dante are - -User-definable and
remembered by devices.
-The default Dante latency of 1 millisecond is - -very low and suitable for
the majority of applications
-What are the steps to delete a subscription in Dante Controller? (drag to
put steps in the correct order) - -1. Open both transmitter and receiver to
expose channels
2. Click green checkmark at intersection of channels you wish to unsubscribe
3. Wait for green checkmark to disappear
-Audio sent over a Dante network is - -uncompressed, bit-perfect
-Dante is an example of [_____________________________]. - -an audio over IP
(AoIP) solution
Answers
Dante audio streams over WiFi networks [are _______________________]. - -not
supported
-The bit depth of an audio system dictates - -The amplitude resolution of
each sample
-Does Dante support MIDI - -No. Dante only transports audio data and does
not interfere with MIDI.
-Is there any advantage to using automatic IP addressing on a Dante
network - -Yes. Automatic addressing ensures that devices create a working
LAN.
-How are device names used in Dante - -Subscriptions are made from name
to name
-Dante works best with [______________] switches - -gigabit
-On a Dante network, latency is - -deterministic, set per device
-As sample rate is increased on a device, what other property is usually
changed - -Channel count is reduced
-Where do Dante settings reside? - -On individual Dante devices
-In the Dante Controller Routing tab, a green check mark indicates - -
Subscription successful
-Which of the following are diagnostic features of Dante Controller? (check
all that apply) - -1. Latency monitoring
2. Clock monitoring
-How does Dante interact with Energy Efficient Ethernet (EEE) switches? - -
EEE switches are not recommended for use with Dante
-When should fiber be used for an Ethernet connection? - -When runs over
100 meters are required.
-The easiest way to get IP addresses for a functional stand-alone Dante
network is for all devices and computers to - -Use the "obtain an IP Address
Automatically" setting
, -If a network is only used for Dante and has only one network switch, then -
-The network does not require a managed switch
-Does Dante require special network cabling? - -Regular CAT5E or CAT6
Ethernet cable is recommended
-How are devices added to a Dante network - -Devices are automatically
discovered and displayed in Dante Controller
-Dante uses [_________________________] switches. - -standard
-How are devices restored to a Dante network after power cycle - -Devices
and connections are automatically restored
-What does the Dante Clock Master do - -Provides synchronization for all
Dante devices on the network
-Does a Dante network require special configuration for clocking - -No. A
Clock Master is always automatically elected by Dante
-A[______________] network topology is a best practice for Dante. - -star
-What is latency - -Latency is the audio signal delay in any audio system.
-Dante transmitters are sources. Dante receivers are
[______________________]. - -destinations
-The names of devices and channels in Dante are - -User-definable and
remembered by devices.
-The default Dante latency of 1 millisecond is - -very low and suitable for
the majority of applications
-What are the steps to delete a subscription in Dante Controller? (drag to
put steps in the correct order) - -1. Open both transmitter and receiver to
expose channels
2. Click green checkmark at intersection of channels you wish to unsubscribe
3. Wait for green checkmark to disappear
-Audio sent over a Dante network is - -uncompressed, bit-perfect
-Dante is an example of [_____________________________]. - -an audio over IP
(AoIP) solution
