31861X 試験問題を無料オンラインアクセス

In preparation for the migration of CS1000 phones to Avaya Aura, your customer is trying to understand how things will work after the migration.
How will CS1000 phones register?

• A.To Session Manager via the Avaya Device Adapter
• B.Directly to the Avaya Device Adapter
• C.To System Manager via the Avaya Device Adapter
• D.Directly to Communication Manger

A customer with an Avaya Aura Platform requires survivable remote capabilities at their new branch location. The new branch location must also support five analog telephones and two Tl trunks.
What will address these requirements?

• A.Communication Manager on Appliance Virtualization platform with local data switch
• B.G430 with embedded S8300 with needed media modules
• C.G450 with embedded S8300 with needed media modules
• D.Communication Manager and Session Manager on Appliance Virtualization platform with local data switch

A Sales Engineer is designing an Avaya Aura 8.x solution where 900 video users are being added. There is enough bandwidth for all users to establish video calls at 6 Mbps.
Which video codec will provide the best video quality that the network will support?

• A.H.261
• B.H.264
• C.H.262
• D.H.263

You have a customer who requires both SIP Trunking and Remote Workers. After examining the features needed overall, you have determined that 700 Core Suite licenses are required. You still need to quote SBCE licenses, in addition to the entitlements included with Core Suite licenses, to support a total of 120 PSTN SIP trunks and 330 remote workers. The customer has agreed to a 3 remote worker users to 1 session access basis.
How many additional standard and advanced a la carte SBCE licenses are needed? (Choose two.)

• A.20 SBCE Standard Licenses
• B.20 SBCE Advanced Licenses
• C.10 SBCE Advanced Licenses
• D.30 SBCE Standard Licenses

A customer with an existing Communication Manager 6 (CM) duplex solution with g4bos and isdn trunks at their main location, is adding some remote sites with G430 gateways and local ISDN trunks for survivability and local calling. They will be inter-connecting them with an MPLS network with limited bandwidth to these remote sites. They want a network design that will restrict voice traffic to a defined level with the ability to overflow to the PSTN.
What would be the minimum network region design look like?

• A.Two IP network regions per remote location, (one for the gateway, and one for the telephones), one intervening network region, G.729 inter-region codec,implement Call Admission Control (CAC) with Inter-gateway Alternate Routing (IGAR)
• B.One IP network region per remote location, connect each remote network region directly to the main site's network region, G.729 inter-region codec, implement Call Admission Control (CAC) with Inter-gateway Alternate Routing (IGAR)
• C.One IP network region per remote location, two Intervening network regions, G.729 inter-region codec, implement Call Admission Control (CAC)
• D.One IP network region per remote location, one intervening network region, G.729 inter-region codec, implement Call Admission Control (CAC) with Inter-gateway Alternate Routing (IGAR)