What should be entered in the Name field when configuring Cisco Unified Communications Manager to control voic
Refer to the exhibit. What should be entered in the Name field when configuring Cisco Unified Communications Manager to control voice port T1 1/0/0 in BR2_GW?
Which two commands should you use?
You want to allow IP Phones in subnet 10.100.1.0 to register with Cisco Unified Communications Manager Express at address 10.10.1.1. Which two commands should you use?
what must be done to move the configuration to support IBM Lotus Notes?
After Cisco TelePresence Manager is configured for MicroSoft Exchange 2003, what must be done to move the configuration to support IBM Lotus Notes?
which operating system type?
Refering to the configuration for vs1. the 172.26.26.51 host OS fingerprinting is manually configured as which operating system type?
Which statement describes DLCI 17?
Refer to the exhibit. Which statement describes DLCI 17?
Which QoS mapping is specific to Cisco TelePresence?
Which QoS mapping is specific to Cisco TelePresence?
Which three options should be used to accommodate burst on a Cisco TelePresence call?
Which three options should be used to accommodate burst on a Cisco TelePresence call? (Choose three.)
Which addressing scheme would satisfy the needs of this network yet waste the fewest addresses?
Refer to the exhibit. The routers are running RIPv2. Which addressing scheme would satisfy the needs of this network yet waste the fewest addresses?
Which ephone-dn type does the picture represent?
Which ephone-dn type does the picture represent?
How can the blue and red VSAN traffic be spearted over the two paths, while preserving redundancy?
Refer to the exhibit. The customer network has blue and red VSANs redundantly connected, Path A having a 4-ISL port channel and Path B having a 2-ISL port channel. Changes to the physical topology are not allowed for the next six months. All the traffic now flows over Path A with congestion occurring on both VSANs at peak times. The blue VSAN is, on the average, generating four times the amount of data than that of the red VSAN. How can the blue and red VSAN traffic be spearted over the two paths, while preserving redundancy?
