This topic describes the streaming parameters for a HOME Apps receiver.

How to access and edit a receiver is described in HOME Apps - Edit Sender or Receiver. Here we describe the specific parameters for each stream essence type: Video, Audio and Meta.

Please note:

  • Not all apps support all essence types. 
  • Some controls vary depending on the transport type.

The tables below describe all possible parameters for each essence type:

Video Receivers

The following parameters can be accessed from the 'Edit Video Receiver' dialog.

Control

Description

2110-20

2110-22NDISRTWebRTC
LabelReadOnly

Displays the name of the receiver.

♦

♦

♦

♦

♦

Streaming InterfaceReadOnlyDisplays HOME's Stream Index.♦♦♦♦♦
ProtectionReadOnlyDisplays whether the stream is Dual Redundant or non Redundant.♦♦♦♦♦
Current Stream Information
LabelReadOnly

Displays the name of the source routed to the receiver.

♦♦♦♦♦
Sampling StructureReadOnlyDisplays the video sampling format of the stream being received, e.g. YCbCr-4:2:2♦♦♦♦♦
Bit Depth per SampleReadOnlyDisplays the video bit-depth per pixel.♦♦♦♦♦
WidthReadOnlyDisplays the horizontal resolution of the video stream in pixels.♦♦♦♦♦
HeightReadOnlyDisplays the vertical resolution of the video stream in pixels.♦♦♦♦♦
Frame RateReadOnlyDisplays the Frame Rate of the video stream.♦♦♦♦♦
RasterReadOnlyDisplays whether the video stream is Interlaced or Progressive.♦♦♦♦♦
Primary Multicast AddressEditable

Displays the current Primary Multicast Address of the stream routed to the receiver.

The user is able to modify this value. Doing so will cause the receiver to drop the source currently routed and start receiving the source provided by the new multicast address entered.

♦

♦




Secondary Multicast AddressEditable

Displays the current Secondary Multicast Address of the stream routed to the receiver.

This parameter is not used (blanked out) when the stream's Protection parameter is non Redundant.

The user is able to modify this value when the Protection parameter is Dual Redundant. Doing so will cause the receiver to drop the source currently routed and start receiving the source provided by the new multicast address entered.

♦

♦




Primary Destination UDP PortEditable

Displays the current UDP port value of the stream routed to the receiver.

The user is able to modify this value. Doing so will cause the currently routed stream to be dropped and the receiver will acquire a new stream available on the UDP port entered.

♦♦


Secondary Destination UDP PortEditableDisplays the current UDP port value of the stream routed to the receiver.

The user is able to modify this value. Doing so will cause the currently routed stream to be dropped and the receiver will acquire a new stream available on the UDP port entered.

♦♦


Primary Source AddressEditable

Displays the Primary IP Address of the stream routed to the receiver.

The user is able to modify this value. Doing so will cause the currently routed stream to be dropped and the receiver will acquire a new stream available on the IP Address entered.

♦♦


Secondary Source AddressEditable

Displays the Secondary IP Address of the stream routed to the receiver.

This parameter is not used (blanked out) when the stream's Protection parameter is non Redundant.

The user is able to modify this value when the Protection parameter is Dual Redundant, this will cause the receiver to drop the source currently routed and start receiving the source provided by the new IP address entered.

♦♦


NDI Source NameEditable

Displays the name of the NDI source routed to the receiver. 



♦

Source AddressEditable

Displays the IP Address of the NDI source routed to the receiver.



♦

Audio Receivers

The following parameters can be accessed from the 'Edit Audio Receiver' dialog.

Please note: The dialog is not applicable for audio streams being carried over SRT, NDI and WebRTC transports.

Control
Description 2110-30
Label
Displays the name of the receiver.♦
Streaming Interface
Displays HOME's Stream Index.♦
Protection
Displays whether the stream is Dual Redundant or non Redundant.♦
Max Receivable Channels

Configures the maximum number of audio channels which can be received by the receiver. If the routed source contains more channels than the receiver is configured for, the additional channels will be dropped. If the routed source contains fewer channels than the receiver is configured for, silence will be inserted into those channels.

♦
Syntonized

This option determines whether the receiver runs in syntonized mode (option enabled) or synchronized mode (option disabled). By default, syntonized mode is enabled.

Syntonized mode should be used if the clock signal is missing from the connected stream's SDP information, or if you have a different clock source selected at the sender and receiver. 

♦
Delay relative to source timestamp (samples)

This value can be used to compensate for delays along the network path such as packetization latency and jitter.

The value must always be larger than the frame size (in samples) specified at the sender.

As a general rule, set the value to 2 x the sender's frame size. If you experience drop-outs during playback, then increase the value. 

♦

Current Stream Information

Label

Displays the name of the source routed to the receiver.


Stream Channels

Displays the number of audio channels in the source routed to the receiver.

♦
Frame Size (Packet Time)

Displays the number of audio samples in each RTP packet being received.

e.g. 6 (125 uS) - the RTP packet contains 6 audio samples, which cover 125uS of audio.

♦
Codec

Displays the encoding method used for the digital audio. There are three possible options. The default value = L24.

  • L16 = 16-bit Linear PCM
  • L24 = 24-bit Linear PCM
  • AM824 = 24-bit Linear PCM + 8-bit metadata, a non-standard format commonly used in AES/EBU.

The user is able to modify this value. Doing so may cause the audio to be decoded incorrectly.

♦
RTP Payload Type

Displays the received stream's Real Time Protocol Payload Type

The user can modify this value. Doing so may cause the audio to not be decoded.

♦
Primary Multicast Address

Displays the current Primary Multicast Address of the stream routed to the receiver

The user is able to modify this value. Doing so will cause the receiver to drop the source currently routed and start receiving the source provided by the new multicast address entered.

♦
Secondary Multicast Address

Displays the current Secondary Multicast Address of the stream routed to the receiver

This parameter is not used (blanked out) when the stream's Protection parameter is non Redundant

The user is able to modify this value when the Protection parameter is Dual Redundant. Doing so will cause the receiver to drop the source currently routed and start receiving the source provided by the new multicast address entered.

♦

Primary Destination UDP Port


Displays the current UDP port value of the stream routed to the receiver.

The user is able to modify this value. Doing so will cause the currently routed stream to be dropped and the receiver will acquire a new stream available on the UDP port entered.

♦
Secondary Destination UDP Port
Displays the current UDP port value of the stream routed to the receiver

The user is able to modify this value. Doing so will cause the currently routed stream to be dropped and the receiver will acquire a new stream available on the UDP port entered.

♦
Primary Source Address

Displays the Primary IP Address of the stream routed to the receiver

The user is able to modify this value. Doing so will cause the currently routed stream to be dropped and the receiver will acquire a new stream available on the IP Address entered.

♦
Secondary Source Address

Displays the Secondary IP Address of the stream routed to the receiver.

This parameter is not used (blanked out) when the stream's Protection parameter is non Redundant.

The user is able to modify this value when the Protection parameter is Dual Redundant. Doing so will cause the receiver to drop the source currently routed and start receiving the source provided by the new IP address entered.

♦

Meta Receivers

The following parameters can be accessed from the 'Edit Meta Receiver' dialog.

Control
Description
Label
Displays the name of the receiver.
Streaming Interface
Displays HOME's Stream Index.
Protection
Displays whether the stream is Dual Redundant or non Redundant.

Current Stream Information

Label

Displays the name of the source routed to the receiver.

Primary Multicast Address

Displays the current Primary Multicast Address of the stream routed to the receiver.

The user is able to modify this value. Doing so will cause the receiver to drop the source currently routed and start receiving the source provided by the new multicast address entered.

Secondary Multicast Address

Displays the current Secondary Multicast Address of the stream routed to the receiver.

This parameter is not used (blanked out) when the stream's Protection parameter is non Redundant.

The user is able to modify this value when the Protection parameter is Dual Redundant. Doing so will cause the receiver to drop the source currently routed and start receiving the source provided by the new multicast address entered.

Primary Destination UDP Port


Displays the current UDP port value of the stream routed to the receiver.

The user is able to modify this value. Doing so will cause the currently routed stream to be dropped and the receiver will acquire a new stream available on the UDP port entered.

Secondary Destination UDP Port
Displays the current UDP port value of the stream routed to the receiver.

The user is able to modify this value. Doing so will cause the currently routed stream to be dropped and the receiver will acquire a new stream available on the UDP port entered.

Primary Source Address

Displays the Primary IP Address of the stream routed to the receiver.

The user is able to modify this value. Doing so will cause the currently routed stream to be dropped and the receiver will acquire a new stream available on the IP Address entered.

Secondary Source Address

Displays the Secondary IP Address of the stream routed to the receiver.

This parameter is not used (blanked out) when the stream's Protection parameter is non Redundant.

The user is able to modify this value when the Protection parameter is Dual Redundant. Doing so will cause the receiver to drop the source currently routed and start receiving the source provided by the new IP address entered.