Wavecom W-Code *Dongle Emulator (Dongle Crack) for Wibu CodeMeter*

The W-CODE is a new, software decoder in the well known WAVECOM® line of decoders.

The W-CODE software is designed to work with your existing equipment -no proprietary hardware required. It allows seamless integration with SDR (Software Defined Radio) receivers with IQ data or digital audio outputs. One client license provided with each software package (Multiple licenses on request). W-CODE provides all functions required to analyze, decode and process radio data communications throughout the spectrum (HF, VHF, UHF, SHF).

The COMINT Solution for
• Government Agencies
• Homeland and Government Security Agencies
Defence Contractors
• Telecommunications Authorities
• Defence Signal Corps
Features
• TCP/IP data input (LAN) for IQ or PCM coded data. Data conversion to the WAVECOM format is done by a separate, external application.
• Internal sampling rate converter
• Decoding from PC soundcard (sampling rates up to 192 kHz are supported)
• Direct decoding from audio files
• VAC (Virtual Audio Cable) support.
• Tested with a number of Software Defined Radios (SDR) e.g. WiNRADiO, Perseus, RF-SPACE SDR14/SDRIQ, MEDAV LR2
• Tested with ICOM R9500 (S/PDIF-output, rx has no IQ/IF output )
• Tested with ICOM R2500 (rx has no IQ/IF output )
• Drivers for other SDRs (IZT, R+S, EADS, AOR etc.) on request
• More than 180 modes are currently implemented, including INMARSAT
• New modes: Robust-Packet-Radio, CLOVER2, CLOVER2000, PACTOR3, CODAN9001
• Powerful 48 and 96 kHz wideband FFT
• Adaptive Equalizer for high-speed PSK protocols
• Additional external input device under development (multi-input AF/IF/70 MHz, tunable 0-25 MHz and 52.5-87.5MHz)
• XML Remote Control Interface with the same command set as the W61PC
• Optional INMARSAT monitoring mode for data, fax and voice with additional external WAVECOM input device
• Optional software classifier plug-in with 4 and 8 kHz bandwidth and FSK, MFSK, PKS, and OFDM support
• Pass band filters to mitigate poor propagation conditions or process wideband receiver input
• In preparation: New function to add customer specific alphabets
• Worldwide support
Functions
The decoder can be used in a number of configurations:
• Local use as a PC application
• Remote use via a LAN with standard W-CODE application instances in client-server mode
• Remote control from other applications using third party software (using TCP/IP and XML)
These features allow the system to be adapted to the client&qout;s requirements and applications.
The determination of signal characteristics is assisted by a large number of analysis and measurement functions operating over a wide range of signal parameters.
The implementation of complex systems for monitoring on a large scale is only limited by the number of decoders and the performance of the hardware and software.
The configuration of the system components can be completely adapted to the requirements of the customer.

A W-CODE decoder may be controlled from everywhere in the network and its output may be sent to one or more applications on the network.
In order to process the data output, control the decoder and the code parameters, ain integrated remote control interfac akllows easy control of the W-CODE from a customer applications.

The easy-to-use user interface with well structured pull-down menus allows an operator to become familiar with the W-CODE in a short time. A high degree of operator proficiency can quickly be achieved.

All of the integrated analysis tools contain many different methods and viewing options.
It assists the operator in analyzing the important signal parameters.
Exact measurements are easily made using adjustable cursors with associated numerical displays. Dynamic zoom functions allow magnification of details in any selected window. The scroll buffering feature makes it possible to move back and forward in signal history.
Real-time FFT functions with a fast display refresh rate are implemented. Powerful functions provide the tools for analyzing unknown signals.
A wide range of system default settings can be configured, e.g. input signal level, measuring interval, centre frequency and demodulator type.