Free Avaya 7230X Exam Practice Questions & Explanations
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An Avaya support specialist is reviewing the message flow for a SIP REGISTER request sent from an endpoint to Session Manager, which is then challenged for authentication. The specialist needs to identify which SIP response code Session Manager sends back to the endpoint to request credentials before allowing registration.
When Session Manager challenges an endpoint for authentication credentials during SIP registration, it responds with a 401 Unauthorized message containing a WWW-Authenticate header, prompting the endpoint to resend the REGISTER with credentials. 200 OK indicates success, 404 Not Found indicates the user is unknown, 486 Busy Here applies to call setup rather than registration, and 503 Service Unavailable indicates the server cannot process the request, none of which describe an authentication challenge.
A technician is performing baseline troubleshooting on a newly deployed Avaya Aura solution where users report one-way audio on calls between two SIP endpoints registered to different Session Manager instances at separate sites. Signaling appears normal in traces. What should the technician check next as part of baseline troubleshooting?
Since signaling traces appear normal but audio is one-way, the issue is most likely related to the media (RTP) path rather than signaling. This points to checking Media Gateway/Media Server RTP routing and any NAT or firewall configuration that could be blocking or misrouting media between sites. SIP entity link monitoring, dial plan, and certificate expiration relate to signaling or administration, not media path issues, and would not explain a one-way audio symptom with normal signaling.
During a customer engagement, a support engineer is asked to diagram the call flow for an inbound PSTN call terminating on a SIP endpoint registered to Session Manager, where Communication Manager provides call processing and feature control. The engineer states that the call signaling passes from the Session Border Controller to Session Manager, then to Communication Manager for feature processing, and back through Session Manager to the terminating endpoint.
This is an accurate description of the standard Avaya Aura call flow. Inbound PSTN calls typically enter through an SBC, are routed to Session Manager, which then routes to Communication Manager for feature and routing logic (since CM often acts as the feature server), and the resulting signaling is routed back through Session Manager to the destination SIP endpoint. This reflects the standard SIP trunk and routing architecture used in Aura deployments.
A support specialist is troubleshooting a report that SIP phones registered to Session Manager intermittently fail to complete calls. The specialist wants to begin baseline troubleshooting by confirming whether the issue is related to signaling path failures between Session Manager and the SIP entities.
Baseline troubleshooting for call failures involving Session Manager should start with checking SIP entity link status and System Manager alarms, since these directly indicate signaling path health between Session Manager and connected entities. Translation file COS errors, Messaging server restarts, and AES DMCC licensing are unrelated to SIP signaling path issues and would not be the correct first troubleshooting step.
A customer has deployed Avaya Aura Communication Manager in a duplicated server configuration with Session Manager and System Manager as part of the Aura core. During an architecture review, the support engineer needs to explain which component is responsible for providing centralized user provisioning, certificate management, and single sign-on across the Aura applications.
System Manager is the centralized management component of Avaya Aura, providing unified provisioning, security certificate management, and single sign-on for all Aura applications. Communication Manager handles call control and features, Session Manager routes SIP signaling between elements, and Application Enablement Services provides APIs for third-party integration, none of which perform centralized administration.