The SBC 5100, SBC 5110, SBC 5200, and SBC 5210 platforms are no longer supported beginning with the SBC Core 10.0.0R0 release. This release supports SBC 5400/7000/SWe/Cloud Native edition (CNe) platforms. Contact Ribbon Sales for upgrade information.
The following table lists the SBC feature license keys that apply in the Domain Locked (DL) environment. DL license keys contain a "-D" suffix to distinguish them from similar license keys used in Node-Locked licensing.
Feature ID | Usage | Type |
---|---|---|
DSP-AMRNB-D | RTU media interworking using AMRNB. Use license to enable AMR-NB audio transcoding. | Count |
DSP-AMRWB-D | RTU media interworking using G.722.2/AMR-WB. Use this license to enable AMR-WB audio transcoding. | Count |
DSP-EVRC-D | RTU media interworking using EVRC. Use this license to enable all variants of EVRC audio transcoding. Note: This license is not applicable to SBC SWe because EVRC is not supported. | Count |
DSP-EVS-D | RTU media interworking using EVS. Use this license to enable all variants of EVS transcoding. | Count |
DSP-L16-D | Enables LINEAR16 (Linear PCM) codec processing on any RTP media session receiving Virtual DSP services (latter activated with the VDSP-RTU-D). | Count |
DSP-OPUS-D | Adds OPUS codec processing on any RTP media session receiving Virtual DSP services (latter activated with the VDSP-RTU-D). | Count |
DSP-SILK-D | RTU media interworking using SILK. Use license to enable SILK transcoding. | Count |
ENCRYPT-D | Encryption function for signaling using TLS, IPsec. | Count |
LB-INSTANCE-D | Activates an SBC SWe SLB (SIP-Aware Front-End Load Balancer) instance within the domain for operation. SIP sessions carried across the SLB are licensed separately (SBC-LB-D). | On/Off |
SBC-1X10GMP-D | SBC 5400 RTU license to enable media port(s) operating at 10 Gbps. This will activate two 10 Gbps packet ports. | On/Off |
SBC-4X1GMP-D | SBC 5400 RTU license to enable all four media ports. each operating at 1 Gbps. Note: If the SBC 5400 is configured for two 1 Gbps media ports (default configuration), no license is required). | On/Off |
SBC-CNE-INSTANCE-D | This license differentiates the CNF deployments from those handled by the same RAMP. Without this license, total calls up to 47 concurrent calls are supported on a CNe deployment. The maximum active SC pods can be 47, one call per SC pod is supported. The OAM is the only pod which will connect to the license manager. In case of completion of 90 days grace period, OAM communicates the information to SC pod to stop processing the calls. Modified: for 12.1.1 | On/Off |
SBC-ETSI-LI-D | Enables ETSI/3gpp-related Lawful Intercept services. Refer to Lawful Intercept for more information on the supported specifications and extent of support. | On/Off |
SBC-FIPS-INST-D | Enables SBC device-wide FIPS-140 supporting operation. Notes:
| On/Off |
SBC-FIPS-RTU-D | Enables SIP session-specific FIPS-140 supporting operation. Notes:
| Count |
SBC-LB-D | Activates support for a SIP session on an SBC SWe SLB (SIP-Aware Front-End Load Balancer) instance. The SLB instance is licensed separately (LB-INSTANCE-D). | Count |
SBC-LI-D | Enables PacketCable-related Lawful Intercept services. Refer to Lawful Intercept for more information on the supported specifications and extent of support. | On/Off |
SBC-MRF-RTU-D | This license is required to enable transcoding using an external Media Resource Function (MRF) device. The SBC-MRF-RTU-D license is not a substitute for the SBC-RTU-D session license. Both licenses are required to allow a session towards the MRF. The SBC-MRF-RTU-D license is only applicable to the S-SBC when deploying the distributed-SBC architecture. | Count |
SBC-POL-E911-D | RTU license for E911 service. | On/Off |
SBC-POL-ENUM-D | SBC ERE support for accessing ENUM databases. | On/Off |
SBC-POL-RTU-D | Enables on-board Advanced ERE (Embedded Routing Engine) services query support for a given SIP session (The latter is activated with the SBC-RTU-D license). Notes:
| Count |
SBC-PSX-RTU-D | Enables off-board PSX policy and routing services query support for a given SIP session (latter activated with the SBC-RTU-D). Notes:
| Count |
SBC-RCS-D | Enables OOD (Out of Dialog) SIP session-related RCS (Rich Communications Services) support. Notes:
| Count |
SBC-RTU-D | Controls the right-to-use (RTU) for SIP sessions. The following types of media sessions are enabled:
| Count |
SBC-SIP-I-D | SIP-I interworking function. | Count |
SBC-SIP323-D | SIP/H.323 Interworking function. | On/Off |
SBC-SIPREC-D | SIPREC session recording support. | Count |
SBC-STSH-D | Adds STIR SHAKEN-related processing on an SIP session (latter activated with the SBC-RTU-D). Refer to STIR-SHAKEN Support for more information. | Count |
SBC-SURV-D | Adds Local Survivability support on an SIP session (latter activated with the SBC-RTU-D). Refer to SIP Trunk Group - Local Survivability for more information. | Count |
SBC-TOIP-D | Enables T.140/Text over IP processing on any RTP media session receiving Virtual DSP services (latter activated with the VDSP-RTU-D). | On/Off |
SBC-VIDEO-D | Video interworking support, including Content Sharing (BFCP), Far-End Camera Control (FECC) and H.239 for H.323 | Count |
SIP-REG-D | DL Feature license for SIP Registrar functionality (Domain E-LIC FOR SIP-REG ON SBC Core). For DL licenses, the maximum license count is equal to the maximum registrations supported by the SBC. The Interval statistics logic reports the peak stable registrations during an interval and stores it in the pms file. The SBC uses this logic for DL License calculations, as described below.
| Count |
SRTP-D | Encryption function for media using Secure Real-time Transport Protocol (SRTP). | Count |
SWE-INSTANCE-D | Activates an SBC SWe instance within the domain for operation. | On/Off |
VDSP-RTU-D | Enables RTP media processing services in the SBC Core software based products (SBC SWe, SBC CNe). The SBC delivers RTP media processing services through the application of the Virtual DSP (Digital Signal Processing) feature to a media session. Examples of such services include (partial list): Transcoding
Transrating Transrating includes call legs that carry a different time sample size of media, where the SBC performs the translation. Transrating is used often when enterprises or the service provider is looking to save bandwidth by reducing packet count at the expense of voice quality (should a packet be dropped). Silence Suppression The SBC removes RTP packets carrying no meaningful media to save packet traffic. Fax Call Support
In-band ↔ Out-of-band Interworking Required for the following:
Media That Originates From the SBC in Support of Call Developments For example:
Jitter Compensation Used to maximize user experience with voice quality. Notes:
| Count |
WEBSOCKET-D | Enables WebRTC-related processing on an SIP session (latter activated with the SBC-RTU-D). Notes:
| Count |