| group-ieee802-mac-addresses |
destination-mac-address source-mac-address |
This YANG grouping specifies the pair of IEEE 802 MAC addresses
for Stream identification.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ieee802-mac-addresses |
destination-mac-address source-mac-address |
This YANG grouping specifies the pair of IEEE 802 MAC addresses
for Stream identification.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ieee802-mac-addresses |
destination-mac-address source-mac-address |
This YANG grouping specifies the pair of IEEE 802 MAC addresses
for Stream identification.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ieee802-mac-addresses |
destination-mac-address source-mac-address |
This YANG grouping specifies the pair of IEEE 802 MAC addresses
for Stream identification.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ieee802-mac-addresses |
destination-mac-address source-mac-address |
This YANG grouping specifies the pair of IEEE 802 MAC addresses for
Stream identification.
The use of these fields for Stream identification corresponds to the
managed objects for Stream identification in IEEE Std 802.1CB. If
inconsistency arises between this specification and IEEE Std 802.1CB,
IEEE Std 802.1CB takes precedence. |
| group-ieee802-mac-addresses |
destination-mac-address source-mac-address |
This YANG grouping specifies the pair of
IEEE 802 MAC addresses for Stream identification.
The use of these fields for Stream identification
corresponds to the managed objects for
Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification
and IEEE Std 802.1CB, IEEE Std 802.1CB takes
precedence. |
| group-ieee802-vlan-tag |
priority-code-point vlan-id |
This YANG grouping specifies a
customer VLAN Tag (C-TAG of clause 9)
for Stream identification.
The Drop Eligible Indicator (DEI) field is
not relevant from the perspective of a
TSN Talker/Listener.
The use of these fields for Stream identification
corresponds to the managed objects for
Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification
and IEEE Std 802.1CB, IEEE Std 802.1CB takes
precedence. |
| group-ieee802-vlan-tag |
priority-code-point vlan-id |
This YANG grouping specifies a customer VLAN Tag (C-TAG of clause
9) for Stream identification.
The Drop Eligible Indicator (DEI) field is not relevant from the
perspective of a TSN Talker/Listener.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ieee802-vlan-tag |
priority-code-point vlan-id |
This YANG grouping specifies a customer VLAN Tag (C-TAG of clause
9) for Stream identification.
The Drop Eligible Indicator (DEI) field is not relevant from the
perspective of a TSN Talker/Listener.
The use of these fields for Stream identification corresponds to the
managed objects for Stream identification in IEEE Std 802.1CB. If
inconsistency arises between this specification and IEEE Std 802.1CB,
IEEE Std 802.1CB takes precedence. |
| group-ieee802-vlan-tag |
priority-code-point vlan-id |
This YANG grouping specifies a customer VLAN Tag (C-TAG of clause
9) for Stream identification.
The Drop Eligible Indicator (DEI) field is not relevant from the
perspective of a TSN Talker/Listener.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ieee802-vlan-tag |
priority-code-point vlan-id |
This YANG grouping specifies a customer VLAN Tag (C-TAG of clause
9) for Stream identification.
The Drop Eligible Indicator (DEI) field is not relevant from the
perspective of a TSN Talker/Listener.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ieee802-vlan-tag |
priority-code-point vlan-id |
This YANG grouping specifies a customer VLAN Tag (C-TAG of clause
9) for Stream identification.
The Drop Eligible Indicator (DEI) field is not relevant from the
perspective of a TSN Talker/Listener.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-interface-capabilities |
vlan-tag-capable cb-stream-iden-type-list cb-sequence-type-list |
This YANG grouping specifies the network capabilities of all
interfaces (Ports) contained in end-station-interfaces.
The network may provide configuration of these capabilities in
group-status-talker-listener.interface-configuration.
NOTE: If an end station contains multiple interfaces with different
network capabilities, each interface should be specified as a
distinct Talker or Listener (i.e. one entry in
end-station-interfaces). Use of multiple entries in
end-station-interfaces is intended for network capabilities that
span multiple interfaces (e.g. seamless redundancy). |
| group-interface-capabilities |
vlan-tag-capable cb-stream-iden-type-list cb-sequence-type-list |
This YANG grouping specifies the network capabilities of all
interfaces (Ports) contained in end-station-interfaces.
The network may provide configuration of these capabilities in
group-status-talker-listener.interface-configuration.
NOTEIf an end station contains multiple interfaces with different
network capabilities, each interface should be specified as a
distinct Talker or Listener (i.e. one entry in
end-station-interfaces). Use of multiple entries in
end-station-interfaces is intended for network capabilities that
span multiple interfaces (e.g. seamless redundancy). |
| group-interface-capabilities |
vlan-tag-capable cb-stream-iden-type-list cb-sequence-type-list |
This YANG grouping specifies the network capabilities of all
interfaces (Ports) contained in end-station-interfaces.
The network may provide configuration of these capabilities in
group-status-talker-listener.interface-configuration.
NOTEIf an end station contains multiple interfaces with different
network capabilities, each interface should be specified as a distinct
Talker or Listener (i.e. one entry in end-station-interfaces). Use of
multiple entries in end-station-interfaces is intended for network
capabilities that span multiple interfaces (e.g. seamless redundancy). |
| group-interface-capabilities |
vlan-tag-capable cb-stream-iden-type-list cb-sequence-type-list |
This YANG grouping specifies the network capabilities of all
interfaces (Ports) contained in end-station-interfaces.
The network may provide configuration of these capabilities in
group-status-talker-listener.interface-configuration.
NOTE: If an end station contains multiple interfaces with different
network capabilities, each interface should be specified as a
distinct Talker or Listener (i.e. one entry in
end-station-interfaces). Use of multiple entries in
end-station-interfaces is intended for network capabilities that
span multiple interfaces (e.g. seamless redundancy). |
| group-interface-capabilities |
vlan-tag-capable cb-stream-iden-type-list cb-sequence-type-list |
This YANG grouping specifies the network capabilities of all
interfaces (Ports) contained in end-station-interfaces.
The network may provide configuration of these capabilities in
group-status-talker-listener.interface-configuration.
NOTEIf an end station contains multiple interfaces with different
network capabilities, each interface should be specified as a
distinct Talker or Listener (i.e. one entry in
end-station-interfaces). Use of multiple entries in
end-station-interfaces is intended for network capabilities that
span multiple interfaces (e.g. seamless redundancy). |
| group-interface-capabilities |
vlan-tag-capable cb-stream-iden-type-list cb-sequence-type-list |
This YANG grouping specifies the network
capabilities of all interfaces (Ports) contained
in end-station-interfaces.
The network may provide configuration
of these capabilities in
group-status-talker-listener.interface-configuration.
NOTE: If an end station contains multiple interfaces
with different network capabilities, each interface
should be specified as a distinct Talker or
Listener (i.e. one entry in end-station-interfaces).
Use of multiple entries in end-station-interfaces is intended
for network capabilities that span multiple interfaces
(e.g. seamless redundancy). |
| group-interface-configuration |
interface-list |
This YANG grouping provides configuration of
interfaces in the Talker/Listener. This configuration
assists the network in meeting the Stream’s requirements.
The interface-configuration meets the capabilities of
the interface as provided in interface-capabilities. |
| group-interface-configuration |
interface-list |
This YANG grouping provides configuration of interfaces in the
Talker/Listener. This configuration assists the network in meeting the
Streams requirements. The interface-configuration meets the
capabilities of the interface as provided in interface-capabilities. |
| group-interface-configuration |
interface-list |
This YANG grouping provides configuration of interfaces in the
Talker/Listener. This configuration assists the network in meeting
the Streams requirements. The interface-configuration meets the
capabilities of the interface as provided in
interface-capabilities. |
| group-interface-configuration |
interface-list |
This YANG grouping provides configuration of interfaces in the
Talker/Listener. This configuration assists the network in meeting
the Streams requirements. The interface-configuration meets the
capabilities of the interface as provided in
interface-capabilities. |
| group-interface-configuration |
interface-list |
This YANG grouping provides configuration of interfaces in the
Talker/Listener. This configuration assists the network in meeting
the Streams requirements. The interface-configuration meets the
capabilities of the interface as provided in
interface-capabilities. |
| group-interface-configuration |
interface-list |
This YANG grouping provides configuration of interfaces in the
Talker/Listener. This configuration assists the network in meeting
the Streams requirements. The interface-configuration meets the
capabilities of the interface as provided in
interface-capabilities. |
| group-interface-id |
mac-address interface-name |
This YANG grouping specifies the identification of a distinct
point of attachment (interface) in a station (end station or
Bridge). |
| group-interface-id |
mac-address interface-name |
This YANG grouping specifies the identification of a distinct point
of attachment (interface) in a station (end station or Bridge). |
| group-interface-id |
mac-address interface-name |
This YANG grouping specifies the identification of
a distinct point of attachment (interface) in a station
(end station or Bridge). |
| group-interface-id |
mac-address interface-name |
This YANG grouping specifies the identification of a distinct
point of attachment (interface) in a station (end station or
Bridge). |
| group-interface-id |
mac-address interface-name |
This YANG grouping specifies the identification of a distinct
point of attachment (interface) in a station (end station or
Bridge). |
| group-interface-id |
mac-address interface-name |
This YANG grouping specifies the identification of a distinct
point of attachment (interface) in a station (end station or
Bridge). |
| group-ipv4-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv4
(RFC791) Stream.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ipv4-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv4 (RFC791)
Stream.
The use of these fields for Stream identification corresponds to the
managed objects for Stream identification in IEEE Std 802.1CB. If
inconsistency arises between this specification and IEEE Std 802.1CB,
IEEE Std 802.1CB takes precedence. |
| group-ipv4-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv4
(RFC791) Stream.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ipv4-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv4
(RFC791) Stream.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ipv4-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv4
(RFC791) Stream.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ipv4-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters
to identify an IPv4 (RFC791) Stream.
The use of these fields for Stream identification
corresponds to the managed objects for
Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification
and IEEE Std 802.1CB, IEEE Std 802.1CB takes
precedence. |
| group-ipv6-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv6
(RFC8200) Stream.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ipv6-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv6
(RFC8200) Stream.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ipv6-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters
to identify an IPv6 (RFC2460) Stream.
The use of these fields for Stream identification
corresponds to the managed objects for
Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification
and IEEE Std 802.1CB, IEEE Std 802.1CB takes
precedence. |
| group-ipv6-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv6
(RFC8200) Stream.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ipv6-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv6
(RFC8200) Stream.
The use of these fields for Stream identification corresponds to
the managed objects for Stream identification in IEEE Std 802.1CB.
If inconsistency arises between this specification and IEEE Std
802.1CB, IEEE Std 802.1CB takes precedence. |
| group-ipv6-tuple |
source-ip-address destination-ip-address dscp protocol source-port destination-port |
This YANG grouping specifies parameters to identify an IPv6 (RFC8200)
Stream.
The use of these fields for Stream identification corresponds to the
managed objects for Stream identification in IEEE Std 802.1CB. If
inconsistency arises between this specification and IEEE Std 802.1CB,
IEEE Std 802.1CB takes precedence. |
| group-listener |
end-station-interfaces user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Listeners requirements from the
network - TSN capabilities of the Listeners interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-listener |
end-station-interfaces user-to-network-requirements interface-capabilities |
This YANG grouping specifies:
- Listener’s requirements from the network
- TSN capabilities of the Listener’s interface(s)
In the fully centralized model of TSN configuration,
this grouping originates from the CUC, and
is delivered to the CNC. |
| group-listener |
end-station-interfaces user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Listeners requirements from the
network - TSN capabilities of the Listeners interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-listener |
end-station-interfaces user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Listeners requirements from the
network - TSN capabilities of the Listeners interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-listener |
end-station-interfaces user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Listeners requirements from the
network - TSN capabilities of the Listeners interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-listener |
end-station-interfaces user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Listeners requirements from the
network - TSN capabilities of the Listeners interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-status-stream |
status-info failed-interfaces |
This YANG grouping provides the status of a Streams configuration
from the network to each user. The status in this grouping applies
to the entire Stream (Talker and all Listeners).
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC.
The group-status-stream and group-status-talker-listener groupings
are intended to be used by other modules within a list of status
(state) for each Stream, with each list entry using: - leaf of
type stream-id-type, used as key to the list - container using
group-status-stream - container for Talker, using
group-status-talker-listener - list for Listeners, using
group-status-talker-listener |
| group-status-stream |
status-info failed-interfaces |
This YANG grouping provides the status of a Streams configuration
from the network to each user. The status in this grouping applies
to the entire Stream (Talker and all Listeners).
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC.
The group-status-stream and group-status-talker-listener groupings
are intended to be used by other modules within a list of status
(state) for each Stream, with each list entry using: - leaf of
type stream-id-type, used as key to the list - container using
group-status-stream - container for Talker, using
group-status-talker-listener - list for Listeners, using
group-status-talker-listener |
| group-status-stream |
status-info failed-interfaces |
This YANG grouping provides the status of a Streams configuration
from the network to each user. The status in this grouping applies
to the entire Stream (Talker and all Listeners).
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC.
The group-status-stream and group-status-talker-listener groupings
are intended to be used by other modules within a list of status
(state) for each Stream, with each list entry using: - leaf of
type stream-id-type, used as key to the list - container using
group-status-stream - container for Talker, using
group-status-talker-listener - list for Listeners, using
group-status-talker-listener |
| group-status-stream |
status-info failed-interfaces |
This YANG grouping provides the status of a Streams configuration
from the network to each user. The status in this grouping applies to
the entire Stream (Talker and all Listeners).
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC.
The group-status-stream and group-status-talker-listener groupings are
intended to be used by other modules within a list of status (state)
for each Stream, with each list entry using: - leaf of type
stream-id-type, used as key to the list - container using
group-status-stream - container for Talker, using
group-status-talker-listener - list for Listeners, using
group-status-talker-listener |
| group-status-stream |
status-info failed-interfaces |
This YANG grouping provides the status of a Streams configuration
from the network to each user. The status in this grouping applies
to the entire Stream (Talker and all Listeners).
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC.
The group-status-stream and group-status-talker-listener groupings
are intended to be used by other modules within a list of status
(state) for each Stream, with each list entry using: - leaf of
type stream-id-type, used as key to the list - container using
group-status-stream - container for Talker, using
group-status-talker-listener - list for Listeners, using
group-status-talker-listener |
| group-status-stream |
status-info failed-interfaces |
This YANG grouping provides the status of a Stream’s
configuration from the network to each user. The status
in this grouping applies to the entire Stream (Talker
and all Listeners).
In the fully centralized model of TSN configuration,
this grouping originates from the CNC, and
is delivered to the CUC.
The group-status-stream and group-status-talker-listener
groupings are intended to be used by other modules
within a list of status (state) for each Stream,
with each list entry using:
- leaf of type stream-id-type, used as key to the list
- container using group-status-stream
- container for Talker, using group-status-talker-listener
- list for Listeners, using group-status-talker-listener |
| group-status-talker-listener |
accumulated-latency interface-configuration |
This YANG grouping provides the status for a specific Talker or
Listener.
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC. |
| group-status-talker-listener |
accumulated-latency interface-configuration |
This YANG grouping provides the status for a specific Talker or
Listener.
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC. |
| group-status-talker-listener |
accumulated-latency interface-configuration |
This YANG grouping provides the status for a specific Talker or
Listener.
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC. |
| group-status-talker-listener |
accumulated-latency interface-configuration |
This YANG grouping provides the status for a specific
Talker or Listener.
In the fully centralized model of TSN configuration,
this grouping originates from the CNC, and
is delivered to the CUC. |
| group-status-talker-listener |
accumulated-latency interface-configuration |
This YANG grouping provides the status for a specific Talker or
Listener.
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC. |
| group-status-talker-listener |
accumulated-latency interface-configuration |
This YANG grouping provides the status for a specific Talker or
Listener.
In the fully centralized model of TSN configuration, this grouping
originates from the CNC, and is delivered to the CUC. |
| group-talker |
stream-rank end-station-interfaces data-frame-specification traffic-specification user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Talkers behavior for Stream
(how/when transmitted) - Talkers requirements from the network -
TSN capabilities of the Talkers interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-talker |
stream-rank end-station-interfaces data-frame-specification traffic-specification user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Talkers behavior for Stream (how/when
transmitted) - Talkers requirements from the network - TSN
capabilities of the Talkers interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-talker |
stream-rank end-station-interfaces data-frame-specification traffic-specification user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Talkers behavior for Stream
(how/when transmitted) - Talkers requirements from the network -
TSN capabilities of the Talkers interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-talker |
stream-rank end-station-interfaces data-frame-specification traffic-specification user-to-network-requirements interface-capabilities |
This YANG grouping specifies:
- Talker’s behavior for Stream (how/when transmitted)
- Talker’s requirements from the network
- TSN capabilities of the Talker’s interface(s)
In the fully centralized model of TSN configuration,
this grouping originates from the CUC, and
is delivered to the CNC. |
| group-talker |
stream-rank end-station-interfaces data-frame-specification traffic-specification user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Talkers behavior for Stream
(how/when transmitted) - Talkers requirements from the network -
TSN capabilities of the Talkers interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-talker |
stream-rank end-station-interfaces data-frame-specification traffic-specification user-to-network-requirements interface-capabilities |
This YANG grouping specifies: - Talkers behavior for Stream
(how/when transmitted) - Talkers requirements from the network -
TSN capabilities of the Talkers interface(s)
In the fully centralized model of TSN configuration, this grouping
originates from the CUC, and is delivered to the CNC. |
| group-user-to-network-requirements |
num-seamless-trees max-latency |
This YANG grouping specifies specifies user requirements for the
Stream, such as latency and redundancy.
The network (e.g. CNC) will merge all user-to-network-requirements
for a Stream to ensure that all requirements are met. |
| group-user-to-network-requirements |
num-seamless-trees max-latency |
This YANG grouping specifies specifies user requirements for the
Stream, such as latency and redundancy.
The network (e.g. CNC) will merge all user-to-network-requirements for
a Stream to ensure that all requirements are met. |
| group-user-to-network-requirements |
num-seamless-trees max-latency |
This YANG grouping specifies specifies user requirements for the
Stream, such as latency and redundancy.
The network (e.g. CNC) will merge all user-to-network-requirements
for a Stream to ensure that all requirements are met. |
| group-user-to-network-requirements |
num-seamless-trees max-latency |
This YANG grouping specifies specifies user requirements for the
Stream, such as latency and redundancy.
The network (e.g. CNC) will merge all user-to-network-requirements
for a Stream to ensure that all requirements are met. |
| group-user-to-network-requirements |
num-seamless-trees max-latency |
This YANG grouping specifies specifies user requirements
for the Stream, such as latency and redundancy.
The network (e.g. CNC) will merge
all user-to-network-requirements for a Stream
to ensure that all requirements are met. |
| group-user-to-network-requirements |
num-seamless-trees max-latency |
This YANG grouping specifies specifies user requirements for the
Stream, such as latency and redundancy.
The network (e.g. CNC) will merge all user-to-network-requirements
for a Stream to ensure that all requirements are met. |