Appendix B: Radio Plane Bindings table parameters

The following table describes the parameters of the Radio Plane Bindings table in detail.

Table B-1: Radio Plane Bindings table parameters

Name

Description

Related T-BTS parameters

Origin

T-BTS ID

Name of T-BTS.

T-BTS

Network Element ID

Network Element ID of T-BTS.

MPLANENW.mPlaneIpv4AddressDN

or MPLANENW.mPlaneIpv6AddressDN

T-BTS

Radio Plane Name

Name of the radio plane configured in T-BTS.

Appendix A, Radio plane to MRBTS configuration mapping

T-BTS

Aggregated Binding State

Aggregated Radio Plane Status binding regarding configured Transport Paths binding of this radio plane.

Set by SRT

Aggregated Operational State

Aggregated Radio Plane Operational State for configured Transport Paths operational state of this radio plane.

Set by SRT

RAT

3G for radio planes defined by T-BTS managed object = WNBTS

4G for radio planes defined by T-BTS managed object = LNBTS or child of LNBTS (TRSNW, NWSLICE)

5G for radio planes defined by T-BTS managed object = NRBTS or child of NRBTS (SNSSAI, NRNWSLICE_NSA)

- for radio planes defined by T-BTS managed object = MNL or child of MNL (TOP)

T-BTS

Radio Plane Type

Radio plane type

Base or SLICE

T-BTS

User Label

User label configured in T-BTS for the radio plane.

SNSSAI.userLabel or NRNWSLICE_NSA.userLabel

T-BTS

Slice Id

Slice Id configured in T-BTS for the radio plane.

For SNSSAI slice: sst:sd (Slice Service Type and Slice Differentiator).

For NWSLICE slice: values of NWSLICE.operatorSpecificQciList separated by commas.

For NRNWSLICE_NSA slice: values of NRNWSLICE_NSA.operatorSpecificQCIList separated by commas.

T-BTS

IP Address Type

IP address type of the radio plane (v4 or v6). IPv6 addresses are displayed in rfc5952 format.

T-BTS

T-BTS Radio Plane Source IP Address

IP address configured in the T-BTS for the radio plane, IP used as source IP in outbound packets.

Appendix A, Radio plane to MRBTS configuration mapping

T-BTS

Alarm severity

A colored indicator that displays the highest alarm severity currently impacting the radio plane plane binding:

  • Red: critical

  • Orange: major

  • Yellow: minor

Set by SRT

Table B-2: Transport Paths Binding Summary parameters

Name

Description

Related T-BTS parameters

Origin

Binding State

Radio plane status for the connection to a Cell Site Router (CSR)

Set by SRT

Binding State Details

Detailed status of transport path binding state.

Set by SRT

Operational State

Transport path operational state.

For transport paths with Binding State = Not bound, Operational State is computed by SRT to unknown.

For transport paths with Binding State = Bound or Misconfigured, Operational State is computed by SRT according to the operational state of all objects impacting the transport path:

  • T-BTS Slice object (for SNSSAI)

  • Port objects (either for T-BTS or other NE in the binding)

  • Physical Link objects

  • L2 Backhaul Endpoint objects

  • L2 Backhaul Site objects

  • L2 Backhaul Service objects

  • L3VPN Endpoint object

  • L3VPN Site object

  • L3VPN Service object

  • VPLS Endpoint object

  • VPLS Site object

  • VPLS Service object

Possible values: enabled, disabled, unknown.

SNSSAI.operationalState

ETHLK_R.operationalState

Set by SRT

IP Address Type

IP address type of the radio plane (v4 or v6). IPv6 addresses are displayed in rfc5952 format.

T-BTS

T-BTS Port Name

T-BTS port for transport path outbound traffic

T-BTS

T-BTS Destination Subnet

Subnet configured in T-BTS routing table associated to the transport path source IP address

IPRT_R.forwardingEntries.destIpAddr

or IPRTV6_R.forwardingEntries.destIpv6Addr

T-BTS

Gateway

IP address of the next hop configured in the T-BTS routing table for the destination subnet

IPRT_R.forwardingEntries.gateway

or IPRTV6_R.forwardingEntries.gatewayIpv6Addr

T-BTS

Preference

Ordering of static route configured in T-BTS for a same destination subnet

IPRT_R.forwardingEntries.preference

or IPRTV6_R.forwardingEntries.preference

T-BTS

Routing State

Status of route configured in T-BTS

Active if the route is used by the T-BTS (present in T-BTS runtime routing table)

Standby if the route is not used by T-BTS (not present in T-BTS runtime routing table)

IPRT.staticRoutes, IPRT_R.forwardingEntries

or IPRTV6.staticIpv6Routes, IPRTV6_R.forwardingEntries

T-BTS

Rerouting Enabled

Status of route configured in T-BTS

True if the route is secured by fast IP re-routing, triggerDN present in MRBTS

False if the route is not secured by fast IP re-routing, triggerDN not present in MRBTS

IPRT.staticRoutes.triggerDN

or IPRTV6.staticIpv6Routes.triggerDN

T-BTS

T-BTS Transport IP Address

Transport IP used to reach the Cell Site Router configured in T-BTS for the radio plane

T-BTS

T-BTS Vlan Id

VLAN value configured in T-BTS for the radio plane

VLANIF.vlanId

T-BTS

L3 VPN SAP IP Address

IP ADDRESS configured on CSR for L3 connectivity on the Router Port Name

CSR

L3 VPN Service

L3VPN configured on CSR for L3 connectivity on the Router Port Name

CSR

VPLS Service Name

R-VPLS configured on CSR for L3 connectivity on the Router Port Name

CSR

Router Name

Name of the CSR providing the L3 connectivity

CSR

Router Port Name

Access port name of the CSR providing the L3 connectivity

CSR

End to End Connectivity

Connectivity type to reach the Gateway

L2 for topology between radio plane and the router with L2 services (via MSS or repeater MRBTS)

L1 for topology between radio plane and the router without L2 services (via physical cable or UBT)

Set by SRT

Alarm severity

A colored indicator that displays the highest alarm severity currently impacting the transport path:

  • Red: critical

  • Orange: major

  • Yellow: minor

Set by SRT