Description: Abacus 5000 PCG3 Subsystem
Part Number | PCG-3000R |
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Category | Industrial Equipment |
Manufacturer | Spirent |
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The PCG-3000R by Spirent is an advanced Abacus 5000 PCG3 subsystem designed to replicate the functions of a telephone exchange (central office) or a terminal. This subsystem specializes in simulating T1 and E1 call generation and switching, offering support for various configurations. It can accommodate 28, 14, or 4 full-duplex T1 circuits, or 21, 14, or 4 full-duplex E1 circuits. The PCG-3000R plays a crucial role in simplifying testing procedures for both PSTN networks and converged IP telephony systems. It delivers exceptional performance and testing capabilities for a wide range of data modems and ladder diagrams. Moreover, it offers cost-effective solutions by enabling convergence testing flexibility and employing a consistent user interface.
The PCG-3000R finds application in numerous scenarios, including voicemail, IVR, PBXs, switches, central offices, transmission equipment, channel banks, multiplexers, switching, and VoIP convergence applications. Its functionalities encompass voice traffic connectivity verification through dial-up connections, verification of media and voice gateways' performance, traffic generation for end-to-end testing, leaving messages and replaying them. With the ability to generate and switch TDM (Time Division Multiplexing) calls, the PCG-3000R facilitates testing of PCM T1/E1 circuits with 30 or 24 channels per circuit. In call generation mode, the subsystem executes media scripts and initiates call teardown/setup for all channels configured accordingly. For switching purposes, it seamlessly routes calls from one channel to another based on the dialed number within the system being tested.
Applications | VoIP Convergence / PBXs, Switches, Central Offices / Transmission Equipment, Channel Banks, Multiplexers / Voicemail, IR / Switching |
Interfaces | PCG3 Subsystem for Call Generation, T1 and E1 |
Number of Circuits | 14 Circuits |
Transmit Timing | Recovered (Loop) or Derived from Internal System Clock |
Recieve Level | 0 to -6 dB from Transmit Level |