77200X Exam Dumps - Avaya IP Office Platform Basic Integration and Configuration Exam

The Debug View tool must be run on the Voicemail Pro Server in order to view the voice mail server activity. Debug View cannot run somewhere on the network, must not be run on the Avaya IP Office Manager PC, and is not integrated in the Voicemail Pro Client.

A customer with an Avaya IP Office using digital telephones should consider increasing the number of trunks if they are using their outbound digital lines at 95% capacity. Increasing the number of trunks will allow the customer to make more outbound calls without exceeding the 95% capacity limit. Additionally, increasing the number of users, VCM channels, and hunt groups may also help to increase capacity, but the number of trunks is usually the most effective way of increasing capacity.

During a standard installation of Avaya IP Office Server Edition [1], the three parameters that should be known to the installer are IP Address/Subnet, Root Password, and Server Name. DDI/DID and Trunk ID are not parameters that need to be known to the installer.

When a call is directed to the first hunt group in an Avaya IP Office, and then overflows to a second hunt group and then is sent to voicemail, the call will be sent to the general catch-all mailbox. This mailbox is typically used as a default mailbox for calls that are not answered by a member of a hunt group or are not directed to a specific extension.

It's not typically sent to the first or second hunt group user mailboxes or their extension group mailboxes.

The Avaya Equinox® Client uses two protocols to communicate with the Avaya IP Office: Transport Layer Security (TLS) and Transmission Control Protocol (TCP).

• TLS: is a security protocol that provides communications privacy over the internet. It is used to secure the connection between the Equinox client and the IP Office.
• TCP: is a transport protocol that is used to establish a reliable connection between the Equinox client and the IP Office. It provides a mechanism for error checking and data retransmission, which ensures that data is properly transmitted between the two systems.