
SoliCall PBXMate is a server-side software solution designed to improve audio quality in telephony environments by eliminating echo and background noise. It integrates seamlessly with SIP-based networks and requires no hardware changes. PBXMate provides real-time monitoring, call statistics, and supports conferencing and VoIP infrastructures.
Vendor
SoliCall
Company Website



SoliCall PBXMate
PBXMate is a server-side software solution designed to improve audio quality in telephony environments by eliminating echo, background noise, and unwanted voices. It integrates seamlessly with SIP-based networks and operates without requiring any hardware changes. PBXMate is ideal for VoIP providers, conference bridge operators, and organizations seeking to enhance call clarity and monitor network performance.
Features
- Advanced Noise Reduction: Filters ambient sounds and background speech.
- Server-Side Echo Cancellation: Removes echo from both ends of the call.
- Speech Volume Adjustment: Maintains comfortable audio levels.
- Real-Time Call Monitoring: Tracks call quality metrics like jitter, packet loss, and echo levels.
- Aggregated Statistics: Provides daily usage data per extension and overall call performance.
- Plug-and-Play Integration: No changes required to existing hardware or network components.
Capabilities
- SIP-Based Integration: Supports three architectures:
- As a SIP Proxy
- As a SIP Trunk
- As a Router
- Scalability: Handles hundreds of concurrent calls per server with multi-threading and multi-instance support.
- High Availability: Built-in recovery and HA cluster support for 24/7 uptime.
- Cross-Platform Compatibility: Works with various PBX systems and VoIP infrastructures.
Benefits
- Improved Audio Quality: Enhances clarity in conference calls and long-distance communications.
- Operational Insight: Offers visibility into network and call performance.
- Cost Efficiency: Reduces need for hardware upgrades and minimizes support issues.
- Privacy & Compliance: Helps meet regulatory standards by eliminating unintended audio.