REI Electronics TALAN 3.0 Telephone Line Analyzer. Main view.
TALAN® 3.0 Telephone and Line Analyzer
TALAN® 3.0 Telephone and Line Analyzer
TALAN® 3.0 Telephone and Line Analyzer
TALAN® 3.0 Telephone and Line Analyzer
TALAN® 3.0 Telephone and Line Analyzer
TALAN® 3.0 Telephone and Line Analyzer

TALAN® 3.0 Telephone and Line Analyzer

REI Electronics TALAN® 3.0 analyzer for analog, digital, and VoIP telephones, telephone lines, and LAN cables. It enables automated testing with numerous tests for security breaches such as bugs, compromised hardware and software on devices, etc.

Price: on request

Code: PRIBAMF001

Description

The TALAN 3.0 telephone line analyzer offers advanced capabilities to detect and locate tampering and security vulnerabilities on digital, analog, and VoIP telephone systems. It allows you to test twisted pair cables for modern telecommunications threats, including network cable shielding and grounding.

Compare results from multiple tests across multiple phone lines to quickly identify potentially dangerous anomalies.

It combines multiple countermeasure test capabilities in a single device (voltage, current, resistance, capacitance, nonlinear junction detection, frequency domain reflectometry, and digital demodulation technology).

It weighs only 2.7kg and data can be exported for further analysis and reporting.

It combines multiple test functions in a single device. An internal automatic pair switching function allows testing on all cable pair combinations.

VoIP traffic filtering makes it easy to detect and identify suspicious information in data packets.
The Fast Fourier Transform (FFT) algorithm converts network traffic into a spectral display, creating visually recognizable patterns that would not be easily noticed in a traditional list of data packets (e.g. WireShark).

Quickly performs the most common test functions, including: multimeter testing (voltage, current, resistance, capacitance); RF wideband detector (up to 8 GHz); spectrum analyzer (up to 85 MHz); high-gain audio amplifier; ±80 V DC bias generator; active-input audio oscilloscope (20 Hz to 20 kHz); digital demodulation available to confirm the telephone line is not transmitting audio; frequency domain reflectometer (FDR) to check for drops on the line; nonlinear junction detector (NLJD) capability to detect electronic devices connected to the line; ability to run tests on all combinations of line pairs, storing data for historical comparisons and comparisons to other lines.

Technical Specifications

Primary computer – 32-bit RISC processor, 520 MHz
Internal memory – 64 MB SDRAM (OS), 64 MB Flash
External Memory – Compact Flash Type III, USB Mass Storage
Digital I/O
Network – 10/100 Ethernet controller for IP packet detection
USB – USB Device (Type-A) supports external keyboard, mouse, and USB mass storage device; USB Host (Type-B) port for future use
Analog I/O
Headphone output – 3.5 [mm] mono connector
Microphone input – 3.5 [mm] mono input
User Interface
Physical keys – 6 menu function keys, 5-button dial navigation and other dedicated keys
Encoder – high-resolution optical encoder
Touch screen – integrated with stylus
Test Inputs: Dual MOD8 – supports 2-, 4-, 6-, and 8-wire modular phone jacks with shielding; Banana Type – standard sheathed clips – ring, tip, and ground; SMB RF Input – RF/antenna connection to 8 GHz broadband detector; Expansion Port – supports communication and measurement for use with future accessories.
All inputs are electrically isolated
RF System
     Spectrum analyzer
     Double-conversion superheterodyne receiver
     Frequency range – 30 [kHz] to 85 [MHz]
     Scan time – 2 seconds
     Sampling step – 1 [kHz]
     Bandwidth – 18 [kHz]
     Sensitivity -100 [dBm]
     Broadband detector
     SMB RF input – up to 8 [GHz]
     Line Level Test – 100 [kHz] to 600 [MHz]
     Sensitivity -65 [dBm]
Digital multimeter
Fast response with automatic range selection – sampling rate 500 [ms]
AC/DC Voltage – 0 to 250 [V] (maximum)
AC/DC Current – 0 to 300 [mA] (maximum)
Resistance – 0 to 42 [MΩ]
Capacitance – 50 [pF] to 40 [µF]
Polarization generator
 Optical isolation, direct digital control – high voltage DAC
Maximum output limit ± 80 [V]
Maximum output limit (shielding) ±65 [V] DC, ±33 [V] AC
Modulation – fixed voltage or variable frequency sine wave (10÷300 Hz)
Audio
Audio bandwidth – 20 [Hz] to 20 [kHz]
Gain – up to 80 [dB] Total system gain (voice band)
AGC – Automatic Digital Gain Control
Analog filter for vocal band (300 [Hz] to 3 [kHz])
Diet
External input 15 [V] DC at 3 [A]
Universal power supply 100÷240 [V] AC, 50÷60 [Hz]
Removable battery – rechargeable lithium-ion, typical battery life of 4 hours
Mechanical characteristics
Dimensions 25.4 x 32.8 x 6.9 [cm]
Unit weight with battery 2.7 [kg]
Body dimensions 49.5 x 37.8 x 13.7 [cm]
Body weight with unit and accessories 7.1 [kg]
Thermal specifications
Operating temperature from 0 to +50 [°C]

Accessories

  • EU and US power socket adapters
  • Power supply 15 [V]
  • VoIP adapter
  • Short network cable
  • Line tracer – transmitter and probe
  • Compact Flash memory installed
  • RF Probe 10 [MHz] ÷ 2 [GHz]
  • DA-8000 directional antenna 1.5 ÷ 8 GHz
  • SMA-SMB Connection Cable – DA-800
  • SMB-SMB Connection Cable – DA-8000
  • Rechargeable lithium-ion battery
  • 8- and 6-conductor telephone cables
  • End of line box
  • Red and green test leads (ground)
  • Stylus pen for use with touchscreens
  • Red and black test probes
  • 8-clip section cable
  • Headphones
  • CAT5 patch cable
  • Line Tracer Instructions

Product Composition

  • TALAN 3.0 Analyzer
  • Accessories
  • User Manuals
  • Safety suitcase