Developer Solutions
With the ProLab SIP Testing Solution, developers and network administrators can emulate and test entire network systems prior to deployment and evaluate end user service problems. These include advanced tests call emulation, SIP server simulation, media analysis, and voice and video quality. In addition, the ProLab Testing Solution simulates different network topologies and is compliant with latest RFC.
 
Can be used for testing:
  • SIP Core Networks
  • Network equipment
  • Services
  • SIP multimedia servers
  • IP phones, WiFi and WiMAX phones
  • Video terminals
  • Soft phones
  • Session Border Controllers
  • UAC/UAS Terminals
  • Softswitches
  • Gateways
  • Conference bridges
  • Interactive Voice Response (IVR)
Highlights:
  • Feature rich Feature-rich testing and validation solution, capable of simulating multiple voice and video calls, compliant with latest RFC standard and 3GPP
  • Complete Solution Includes all necessary components: Terminal, Server, Media Analysis, Media Quality, Test Results Analysis, Automation and built-in test cases
  • Media Testing Equipped with hundreds of pre-recorded media streams from different endpoints, with the capability to analyze voice and video quality and playback video streams
  • Multi-protocol testing A single system can test different protocols simultaneously, including IMS, H.323 and 3G

     
ProLab SIP Testing - RADVISION

The ProLab Testing Suite encompasses a wide range of testing tools for several environments and includes the following add-ons:

Terminal Simulation

Performs advanced simulation by generating signaling and media. By generating calls, the ProLab Testing Suite performs a variety of tests, including protocol and stress tests. 

IMS Server Simulation

Can act as an IMS Server in order to simulate different network topologies and to simulate different entities on a VoIP network. Servers that can be simulated include: P-CSCF, I-CSCF and S-CSCF. 

Analysis & Report

The ProLab Test Results Analysis Solution offers an intuitive tool to automate testing and results analysis and flexible report generation that can be customized to specific requirements.

Voice Quality

ProLab is equipped with both MOS and PESQ (Perceptual Evaluation of Speech Quality) voice quality tools.

Video Quality

The Video Quality measurement uses different video metrics. It intrusively analyzes received video streams and perceptually scores relevant degradations on a 5-point MOS scale. Additional key performance indicators (KPIs) are output to allow experts to make a more detailed analysis. The video Quality add-on support reference 

ProLab Video Quality - RADVISION


Automation

The ProLab SIP Testing Solution supports automated testing for both large-scale operations and small to medium-sizes needs. It uses an XML/SOAP interface for controlling the ProLab system and an intuitive Test Scheduler with a sophisticated scheduling for comprehensive automated test procedures.

ProLab SIP Test Agent Features  includes:

  • Advanced Signaling:
  • Multiple Transport TCP, UDP and TLS
  • UAC/UAS emulation
  • INVITE, Re-INVITE
  • BYE, CANCEL
  • Multiple IP simulation
  • Torture testing
  • Notify,  Options, Trying,  Ringing
  • Reject messages
  • Registration & Authentication
  • Redirect
  • Header manipulation
  • Generic method
  • Session Timer
  • Compact Header
  • Calls to multiple sources and destinations
  • SIP compliance testing
  • Digest Authentication Support
  • REFER (transfer) Extension Support
  • SIP-T (Interworking with ISUP/QSIP) Support
  • Multi-Part MIME Bodies Support
  • PRACK (RFC 3262 - Reliable Provisional Responses)
  • Extension Support (Manual and Automatic Operation)
  • 182 response
  • Server-Features (Require-Supported) Mechanism
  • INFO Extension support
  • Multi-Homed Hosts
  • IPv6 Support
  • SUBSCRIBE-NOTIFY (SIP Events)
  • Session Timer
  • rPort
  • In-Band DTMF , DTMF RFC 2833, INFO DTMF
  • Dynamic local address setting


ProLab SIP Server Agent features include:

  • Location Database
  • Presence Server
  • Security
  • Session Timer
  • Forking (Parallel and Sequential)
  • Recursion on Redirect Responses (3xx)
  • Authentication
  • Multiple Configuration Management
  • Changing SIP Server Policy in Real Time
  • Multiple Transport Supports TCP, UDP and TLS transport types.
  • Loose Routing
The Session Initiation Protocol (SIP) is the dominant industry signaling protocol used for real-time communication applications such as voice over IP (VoIP) and Instant Messaging (IM). Based on ubiquitous and accepted Internet protocols such as SMTP and HTTP, SIP is text encoded and well suited for the Internet and other IP environments. SIP provides the mechanisms to implement a broad range of features, including call control services, next-generation service creation, interoperability with existing telephony systems, and mobility.

  • RFC 3261 (SIP)
  • RFC 3262 (Reliability of Provisional Responses in SIP)
  • RFC 3265 (SIP Specific Event Notification)
  • RFC 2327 (SDP)
  • RFC 2617 (HTTP Digest Scheme Authentication)
  • RFC 3515 (REFER)
  • RFC 3372 (SIP-T)
  • RFC 2833 (DTMF signaling above RTP packets)
  • RFC 2246 (TLS v1.0)
  • RFC 3546 (TLS Extensions)
  • RFC 4028 (Session Timer)
  • RFC 3311 (UPDATE)
  • RFC 3263 (locating SIP Servers)

Interoperability

All RADVISION products and solutions take into account interoperability issues between disparate networks, protocols and devices. The ProLab SIP has been thoroughly tested for full interoperability with other clients and servers. 
The SIP Toolkit comes with:
  • CD
  • Software
  • Training
  • Documentation
  • Pre-recorded, built-in media streams
  • SIP Torture test cases
  • Version upgrades
  • Professional customer support 
  • Built-in test cases
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