CableSHARK P3 - VF/DSL cable qualifier

Designed for the qualification and troubleshooting of twisted-pair local loops carrying DSL-based voice, video and data services. Performs every voiceband and broadband measurement needed to qualify and troubleshoot a local loop.

  • : 31.08.2013
  • : 30.04.2019

Key features

Single-ended loop testing to up to 6 MHz—26 measurements
Single-ended ADSL2+, ADSL2, ADSL and SHDSL data rate prediction
Fully automatic graphical and numeric time-domain reflectometer (TDR)
VF, ADSL, ADSL2+ and SHDSL automatic pass/fail testing
Loop current measurement
ADSL auto-testing with pass/fail indication and user modifiable thresholds

Applications

xDSL pre-qualification of copper loops
Troubleshooting and maintenance of the copper loop plant

Description

The CableSHARK P3 includes the necessary VF and broadband measurements for qualifying and troubleshooting a local loop such as loop holding/dialling, frequency response, time domain reflectometry (TDR), longitudinal balance, load coil detection, bridge tap detection, power spectral density, resistive fault location (RFL), noise and impulse noise measurements. The CableSHARK P3 is the next-generation CO based VF/DSL cable qualification device for measuring and evaluating the local loop for DSL deployment.

The CableSHARK P3 is easy to use and features precision single end line testing (SELT) capabilities. These SELT capabilities include ADSL data rate prediction (patent pending), SHDSL data rate prediction, VF band qualification, and an powerful time domain reflectometer (TDR). The CableSHARK P3 can qualify circuit characteristics up to 6 MHz CO. CPE modem emulation, including CPE-based IP testing, verify network connectivity beyond the local loop.

View circuit quality

The CableSHARK P3 is a rack mountable unit for use by DSL service providers (PTT) in parallel with their existing DSLAM, metallic test access unit (standard or intelligent MTAU) or next-generation digital loop carrier (NGDLC). Installing the CableSHARK P3, in conjunction with a MTAU, between the MDF and the POTS splitter, gives the service provider an accurate look at the copper pair without the POTS splitter’s capacitive influence.