Typical Configurations
25
NETWORK ACD CONTROLLERS
For large installations, splitting the system into multiple nodes allows a higher capacity in terms
of both agents and trunks. This also allows for resiliency between two (or more) agent
controllers. This configuration is shown in Figure 7. Here the calls enter from the PSTN on the
trunk gateway(s), are routed to the IVR system, and are queued to paths on those gateways
which in turn queue to groups on the agent controllers. When callers are on hold, RADs are
played to them using the distribution resources in the trunking gateways. The agent gateways
control the routing of calls to the agents, but there is no streaming through them since the IP
streams go directly to the IP phones, except when the agents are using TDM phones or
conference resources are used.
Figure 7: Example of a Networked ACD Installation
ACD LIMITS
The following tables show the maximum number of IP agents and TDM or SIP trunks that can
be installed on the various controllers when used in either standalone or networked
configurations. The figures shown are a theoretical maximum based on the conditions shown.
A specific installation may be able to support more or less agents and traffic depending on
whether conditions are more or less stressful than these assumptions. For ACD installations
on MiVoice Business Virtual or installations outside the parameters specified below, contact
Mitel Professional Services.
Basic Call Center
•
Trunk to agent ratio is 1.5 (lower trunk ratios will allow increased system capacity, at the
expense of more rejected (busy tone) calls).
•
Traffic per agent is at 27 CCS and 120 sec call handling time, i.e. 30 CPH per agent.
Содержание MiVOICE BUSINESS
Страница 1: ...Mitel MiVoice Business RELEASE 7 2 ENGINEERING GUIDELINES ...
Страница 15: ...Chapter 1 ABOUT THIS DOCUMENT ...
Страница 16: ......
Страница 22: ...Engineering Guidelines 8 ...
Страница 23: ...Chapter 2 SYSTEM OVERVIEW ...
Страница 24: ......
Страница 28: ...Engineering Guidelines 14 ...
Страница 29: ...Chapter 3 TYPICAL CONFIGURATIONS ...
Страница 30: ......
Страница 73: ...Chapter 4 PHONES AND VOICE APPLICATIONS ...
Страница 74: ......
Страница 95: ...Phones and Voice Applications 81 Figure 9 ICP Connection Paths and Limitations ...
Страница 100: ...Engineering Guidelines 86 ...
Страница 101: ...Chapter 5 POWER ...
Страница 102: ......
Страница 128: ...Engineering Guidelines 114 ...
Страница 129: ...Chapter 6 PERFORMANCE ...
Страница 130: ......
Страница 135: ...Chapter 7 APPLICATIONS ...
Страница 136: ......
Страница 142: ...Engineering Guidelines 128 ...
Страница 143: ...Chapter 8 EMERGENCY SERVICES ...
Страница 144: ......
Страница 151: ...Chapter 9 IP NETWORKING ...
Страница 152: ......
Страница 167: ...Chapter 10 LICENSING ...
Страница 168: ......
Страница 183: ...Chapter 11 BANDWIDTH CODECS AND COMPRESSION ...
Страница 184: ......
Страница 209: ...Chapter 12 NETWORK CONFIGURATION CONCEPTS ...
Страница 210: ......
Страница 244: ...Engineering Guidelines 230 ...
Страница 245: ...Chapter 13 NETWORK CONFIGURATION SPECIFICS ...
Страница 246: ......
Страница 309: ...Appendix A CAT 3 WIRING ...
Страница 310: ......
Страница 315: ...CAT 3 Wiring 301 Figure 55 CX MX MXe AX and LX Minimum Cable Standard ...
Страница 316: ...Engineering Guidelines 302 ...
Страница 317: ...Appendix B INSTALLATION EXAMPLES ...
Страница 318: ......
Страница 335: ...Appendix C LLDP AND LLDP MED CONFIGURATION EXAMPLES ...
Страница 336: ......
Страница 347: ...Appendix D VOIP AND VLANS ...
Страница 348: ......
Страница 353: ...Appendix E VOIP SECURITY ...
Страница 354: ......
Страница 381: ... ...