VoIP Capacity Test Summary Tables
Some capacity test summaries in this section were performed on systems with hardware specifications other than those in Hardware and Operating Systems Tested. Major differences in test results can occur, depending on the CPU model and the number of CPUs that are used.
Certain tests may not be conducted with the hardware specified in Hardware and Operating Systems Tested; the major difference is the CPU model and the number of CPUs being used. The Hardware column in the tables below describes the CPU setup that was used in each test and the observed capacity. The results are based on Next Generation Interpreter (NGi) configured in Media Control Platform (MCP), unless it is stated as GVPi.
VoiceXML_App3 was used for both single server testing and PSTNC testing. See Table: Single Server All-In-One Capacity Testing and Table: PSTN Connector and SSG Capacity Testing.
Click a link in the list below for specific details about intent and use above each table:
- Table: GVP VOIP VXML/CCXML Capacity Testing
- Table: Multiple VMs Versus Multiple MCP Capacity Testing
- Table: Single Server All-In-One Capacity Testing
- Table: Standalone VM with Single MCP Instance Capacity Testing
GVP VOIP VXML/CCXML Capacity Testing
This table shows the fundamental performance of a single physical server process in terms of peak throughput and peak port capacity; either VoiceXML applications for MCP or CCXML for CCP. You can use this table as the first basis of your assessment.
| Application Type | Hardware | Peak CAPS | Peak Ports | Comments |
|---|---|---|---|---|
| Windows | ||||
| VoiceXML_App1 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
17 (preferred) | 1300 (preferred) | Preferred means the highest capacity that the system can sustain while maintaining optimal user experience. |
| VoiceXML_App1 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
17 | 1300 | Using TCP and TLS. |
| VoiceXML_App1 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
23.6 (peak) | 1800 (peak) | Ignore call setup latency threshold on Window 2003 and 2008 R2, x64.
Peak means the highest capacity that the system can sustain regardless of the user experience. |
| VoiceXML_App1 | 1x HexCore Xeon x5770
2.66GHz |
26 (peak) | 2000 (peak) | Ignore call setup latency threshold, Windows 2008 R2 x64 SP1 |
| VoiceXML_App1 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
10 (preferred) | 800 (preferred) | Using GVPi. |
| VoiceXML_App2 | 1x HexCore Xeon X5670
2.93GHz |
7.2 | 400 | MCP on a physical server. Tested with offboard NSS engine MRCP v1. |
| VoiceXML_App2 | 1x HexCore Xeon X5670
2.93GHz |
7.2 | 400 | MCP on a physical server. Tested with offboard NSS engine MRCP v2 (NSS 6.2.x + NR 10.2.x + NV 5.7.x) with session XML enabled. GVP 8.1.7 or later. |
| VoiceXML_App2 | 1x HexCore Xeon X5670
2.93GHz |
8 | 450 | MCP on a physical server. Tested with offboard NSS engine MRCP v2 (NSS 6.2.x + NR 10.2.x + NV 5.7.x) with session XML disabled. GVP 8.1.7 or later. |
| VoiceXML_App2 | 2x Core 2 Dual Xeon x5160
3.00 GHz |
4.5 | 250 | MCP on a physical server. Tested with simulated speech server. |
| VoiceXML_App2 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
1 | 60 (GVPi) | MCP on a physical server. Tested with Nuance Speech Server. |
| VoiceXML_App4 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
9.4 | 800 | |
| CCXML_App1 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
30 | N/A | |
| CCXML_App2 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
20 | 420 | |
| Linux | ||||
| VoiceXML_App1 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
17 (preferred) | 1300 (preferred) | |
| VoiceXML_App1 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
23.6 (peak) | 1800 (peak) | Peak, ignoring call setup and tear-down latency threshold. |
| VoiceXML_App1 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
23.6 | 1800 | Using TCP and TLS. |
| VoiceXML_App1 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
14.5 | 1100 | Inband DTMF. |
| VoiceXML_App2 | 2x Core 2 Quad Xeon x5355
2.66 GHz |
7.2 | 400 | MCP on a physical server. Tested with simulated speech server. |
Multiple VMs vs. Multiple MCP Capacity Testing
This table provides a comparison of capacity testing results when multiple virtual machines (VMs) are used versus multiple Media Control Platform instances.
The table below shows the effect of stacking server processes on the same hardware server where there is one MCP associated with a VM instance on the same hardware server. The effect is the increased total port capacity that you can achieve using stacked processes provides a comparison of capacity testing results when multiple virtual machines (VMs) are used versus multiple Media Control Platform instances.
| Application Type | Hardware | Peak CAPS | Peak Ports | Comments |
|---|---|---|---|---|
| Using VMWare | ||||
| VoiceXML_App1
1 VM |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
17 | 1300 | One VM image is configured and enabled with only one MCP installed in the image. Guest OS is Windows 2008 Server SP2 x86. |
| VoiceXML_App1
2 VMs |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
21 | 1600 | Two VM images are configured and enabled with only one MCP installed in each image. Guest OS is Windows 2008 Server SP2 x86. |
| VoiceXML_App1
2 VMs |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
21 | 1600 | VM images (using VMWare ESXi 5.0) are configured and enabled with 4 Media Control Platform instances—2 installed in each image.Guest OS is Windows 2008 Server SP2 x86. |
| VoiceXML_App1
4 VMs |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
29 | 2200 | VM images (using VMWare ESXi 5.0) are configured and enabled with 1 Media Control Platform instance only installed in each image.Guest OS is Windows 2008 Server SP2 x86. |
| VoiceXML_App1
4 VMs |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
26 | 2000 | VM images (using VMWare ESXi 5.0) are configured and enabled with 8 Media Control Platform instances—2 installed in each image.Guest OS is Windows 2008 Server SP2 x86. |
| VoiceXML_App1
8 VMs |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
34 | 2600 | VM images (using VMWare ESXi 5.0) are configured and enabled with 1 Media Control Platform instance only installed in each image.Guest OS is Windows 2008 Server SP2 x86. |
| VoiceXML_App1
1 VM |
2x Core 2 Quad Xeon x5355
2.66 GHz 4GB RAM |
8 (tested) | 600 (tested) | VM image (using VMWare ESXi) is configured and enabled with all GVP components (except Reporting Server) together with SIP server.Guest OS is Windows 2003 Server. |
| VoiceXML_App1
(4 VMs, 4 MCPs, 1 MCP per VM) |
2x Quad-Core Xeon E5620
2.40GHz 16GB RAM |
39 | 3000 | 4 VMs under EXSi 5.0 are configured and enabled with only one MCP installed in each VM. Guest OS on each VM is Windows 2008 Server R2 x64 SP1. |
| VoiceXML_App2
(4 VMs, 4 MCPs, 1 MCP per VM) |
2x Quad-Core Xeon E5620
2.40GHz 16GB RAM |
8.6 | 600 | 4 VMs under EXSi 5.0 are configured and enabled with only one MCP installed in each VM. Guest OS on each VM is Windows 2008 Server R2 x64 SP1. Tested with Nuance Speech Servers which run on another 4VMs of same hardware spec as MCP. |
| VoiceXML_App4
(4 VMs, 4 MCPs, 1 MCP per VM) |
2x Quad Core Xeon E5620
2.40GHz 16GB RAM |
21 | 1800 | 4 VMs under EXSi 5.0 are configured and enabled with only one MCP installed in each VM. Guest OS on each VM is Windows 2008 Server R2 x64 SP1. |
| VXML_App1
(6 VMs, 6 MCPs, 1 MCP per VM) |
2x Hex-Core Xeon X5675
3.06GHz 32GB RAM |
52 | 4000 | 6 VMs under EXSi 5.0 are configured and enabled with only one MCP installed in each VM. Guest OS on each VM is RHEL 5.8 x64. |
| VXML_App1
(6 VMs, 6 MCPs, 1 MCP per VM) |
2x Hex-Core Xeon X5675
3.06GHz 32GB RAM |
3.9 | 300 | 6 VMs under EXSi 5.0 are configured and enabled with only one MCP installed in each VM. Guest OS on each VM is RHEL 6.4 x64. GVP 8.1.7 or later. |
| VXML_App2
(6 VMs, 6 MCPs, 1 MCP per VM) |
2x Hex-Core Xeon X5675
3.06GHz 32GB RAM |
8.6 | 600 | 6 VMs under EXSi 5.0 are configured and enabled with only one MCP installed in each VM. Guest OS on each VM is RHEL 5.8 x64. Tested with Nuance Speech Servers which run on another 4VMs of a host of 2x Quad Core Xeon E5620. |
| Not Using VMWare | ||||
| VoiceXML_App1
1 Media Control Platform instance |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
17 | 1300 | All Media Control Platform instances are configured on one server.
Windows 2008 Server, SP2, x86. |
| VoiceXML_App1
2 Media Control Platform instances |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
27.5 | 2100 | |
| VoiceXML_App1
4 Media Control Platform instances |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
30 | 2300 | |
| VoiceXML_App1
8 Media Control Platform instances |
2x Core 2 Quad Xeon x5355
2.66 GHz 12GB RAM |
27.5 | 2100 | |
| VoiceXML_App1
2 Media Control Platform instances |
2x Core 2 Quad Xeon x5355
2.66 GHz |
39.4 (peak) | 3000 (peak) | All Media Control Platform instances are configured on one server.
Squid is bypassed and call setup latency threshold is ignored. Windows 2003 Server only. |
Single Server All-In-One Capacity Testing
This table describes the capacity testing for a single server with multiple components installed (see Comments column). Tests were performed using a single instance of the Media Control Platform on Windows and Linux systems with 1 Core 2 Dual Xeon x5160, 3.0 GHz CPUs with 8GB RAM. This table shows the effect of having many GVP processes, including Nuance speech components, on just one physical server, which Genesys calls "the single server solution."
| Application Type | Hardware | Peak CAPS | Peak Ports | Comments |
|---|---|---|---|---|
| Windows 2008, SP2, x86 and Windows 2008 R2 | ||||
| VoiceXML_App1 | 1x Core 2 Dual Xeon x5160
3.0 GHz |
7.9 | 600 | A single server hosting Management Framework, Media Control Platform, Resource Manager, Reporting Server, Web Application Server (WAS), and SIP Server. |
| VoiceXML_App2
MRCP v1 |
1x Core 2 Dual Xeon x5160
3.0 GHz |
1.2 | 100 | |
| VoiceXML_App3
MRCP v1 |
1x Core 2 Dual Xeon x5160
3.0 GHz |
2.5 | 160 | |
| VoiceXML_App3
MRCP v2 |
1x Core 2 Dual Xeon x5160
3.0 GHz |
1.9 | 120 | |
| Red Hat Enterprise Linux 4 | ||||
| VoiceXML_App1 | 1x Core 2 Dual Xeon x5160
3.0 GHz |
4 (maximum CAPS tested) | 300 (ports tested) | A single server hosting an Oracle DB Server, Management Framework, Reporting Server, Media Control Platform, Resource Manager, SIP Server, Web Application Server, and Linux. |
Standalone VM with Single MCP Instance Capacity Testing Table
This table describes the capacity testing results performed on a standalone VM with single MCP instance (see Comments column). Tests were performed using a single instance of the MCP on VMs running Windows and Linux systems with 2 Virtual Cores, Xeon E5-2683 V4, 2.099 GHz CPUs.
| Application Type | Hardware | Peak CAPS | Peak Ports | Comments |
|---|---|---|---|---|
| VMWare | ||||
| VoiceXML_App5 | 2 Virtual Cores, Xeon E5-2683 V4 |
6.6 | 500 | VM images (using VMWare ESXi 6.0) are configured and enabled with one MCP instance installed in Guest OS RHEL 7.0, x64. |
| VoiceXML_App6 | 2 Virtual Cores, Xeon E5-2683 V4 |
5.2 | 350 | VM images (using VMWare ESXi 6.0) are configured and enabled with one MCP instance installed in Guest OS RHEL 7.0, x64 |
| VoiceXML_App5 | 2 Virtual Cores, Xeon E5-2683 V4 |
6.6 | 500 | VM images (using VMWare ESXi 6.0) are configured and enabled with one MCP instance installed in Guest OS Windows 2012, x64 |
| VoiceXML_App6 | 2 Virtual Cores, Xeon E5-2683 V4 2.099 GHz |
5.2 | 350 | VM images (using VMWare ESXi 6.0) are configured and enabled with one MCP instance installed in Guest OS Windows 2012, x64 |