Which three Cisco CRS 4.0 components must be active on a Call Recording expansion server?（）

A .  customer issue narratives B .  training and events C .  ordering information D .  products and services informatio

A . Cisco Express Forwarding （CEF） must be globally enabled. B . Prior to the enabling of the Cisco AutoOoS feature， the bandwidth command must be applied on all interfaces or subinterfaces. C . After the enabling of the Cisco AutoOoS feature， the bandwidth command must be applied on all interfaces or subinterfaces . D . OoS policies must be enabled on all interfaces that will participate in the AutoOoS configuration. E . An IP address must be configured on all low-bandwidth interfaces （768 kb/s or lower） that will participate in the AutoOoS configuration F . An IP address must be configured on all interfaces that will participate in the AutoOoS configuratio

A . Advanced replacement on the next business day B . Support for every Cisco Product C . Cases Opened Via E-mail or Telephone at any time D . Immediate Support from the Cisco TAC Engineers E . NBD callback from a Specialized Engineer During Regular Business Hours F . Support for low-end products only

A .  ASA supports both stubmulticast routing and PIMmulticast routing. However， you cannot configure bothconcurrently on a single security appliance B .  When configured for stubmulticast routing， the ASA can act as the Rendezvous Point （RP） C .  If the ASAdetects IGMPversion1 routers， the ASAwill automatically switch to IGMP version 1 operations. D .  The ASA supports both PIM-SM and bi-directional PIM E .  Enabling multicast routing globally on the ASA automatically enables PIM and IGMP on all interfaces F .  The ASA can be configured for IGMP snooping toconstrain theflooding of multicast traffic by dynamically configuring themulticast traffic to be forwarded only those interfaces associated with hosts requesting themulticast grou

A . redundant Cisco CRS Engines and a simplex database server   B . redundant Cisco CRS Engines with five simplex VoIP monitoring servers   C . redundant Cisco CRS Engines and databases running on two different nodes outside of the Cisco CRS cluster   D . redundant Cisco CRS Engines and databases with two VoIP monitoring servers and three recording server

A . admin B . users assistant C . system monitoring D . power users E . administrators F . network operator

A . The LDAP directory must have a secondary profile configured.   B . No special configuration is required. Cisco Unified CallManager maintains the failover.   C . The JTAPI provider on the Cisco CRS server must be configured with the secondary Cisco Unified CallManager IP address following the primary Cisco Unified CallManager IP address.   D . There must be a second JTAPI user configured with an alternate range of CTI ports.

A . windows 2000 sp4 B . windows server 2003 C . solaris 10 D . vista E . windows xp pro

A . includes three design levels B . incorporates products and technologies into enterprise, service provider, and commercial systems C . extends the value of designs through a sustained development plan D . does not factor customer input design process E . facilitates faster and more reliable customer deployments F . incorporates a narrow range of technologies and product

A .  onboard VPN accelerator B .  events correlation and proactive response C .  high-performance AIM VPN modules D .  virtual firewall E .  Cisco lOS Firewall and lOS IPS F .  transparent firewall

A . cloud computing B . consumerization C . collaboration D . virtualization E . digital media F . borderless network

A . System Parameters Configuration   B . Cisco Unified CallManager Cluster Status   C . Date, Time, and Reason of Last Failure   D . Cisco CRS License Information   E . Cisco CRS Datastore Replication Status   F . Cisco CRS Component Activation&e

A . PIM-SSM B . Aggregation multicast C . PIM-Bidirectional D . OOR handling E . integrated multicast F . Multicast NSF

A . Cisco Unified CallManager cluster setup   B . SQL 2K server setup   C . Cisco CRS server setup   D . Cisco CRS cluster setu

A . High Availability CRS Engines running on hardware from different server classes  B . High Availability CRS Engines running on similar hardware from the same server class but from different vendors  C . High Availability CRS Engines and database and a simplex Recording Server  D . High Availability CRS Engines and four simplex VoIP Monitoring Servers  E . CCM co-resident deployment on an MCS 7815

A . Cisco CRS 2.2 to Cisco CRS 3.5   B . Cisco CRS 2.2 to Cisco CRS 4.0   C . Cisco CRS 3.1 to Cisco CRS 4.0   D . Cisco CRS 3.5 to Cisco CRS 4.0   E . Cisco CRS 4.0 to Cisco CRS 3.0   F . Cisco CRS 4.0 to Cisco CRS 4.5

A . It can be configured to block Java traffic. B . It can be configured to detect and prevent SYN-flooding denial-of-service （DoS） network attacks. C . It can only examine network layer and transport layer information. D . It can only examine transport layer and application layer information. E . The inspection rules can be used to set timeout values for specified protocols. F . The ip inspect cbac-name command must be configured in global configuration mode.

A . reducing day one costs B . improving productivity C . gaining competitive advantage D . focusing on current needs E . obtainingA wide variety of point products F . reducing TCO

A . Cisco MCS 78xx servers B . Dell PowerEdge servers C . HP DL Cisco certified servers D . Acer Altos servers E . IBM xSeries Cisco certified servers F . Apple server

A . Cisco Unified CallManager   B . Cisco Unified CallManager BARS Utility   C . Java plug-in   D . SQL 2K Server&e

A . IPCC Express (Standard, Enhanced, or Premium)  B . IP IVR  C . Auto Attendant  D . IPCC Express Cisco Agent Desktop  E . IP Queue Manager F . IP IVR Peripheral Gateway (PG)

A . iPlanet Web Server   B . Cisco CRS Engine   C . Cisco IP Telephony Windows 2000 Server OS   D . Cisco Unified CallManager   E . Cisco Recording   F . MS SQL Server&e