The Cicada C communications jammer series comprises automatic responder jammers designed to operate at high-power outputs against HF/VHF/UHF radio communications. Typical ECM targets are tactical voice and data links used for command and control of forces in the forward combat zone.Following on from Cicada C-based systems such as Hummel and TOR, MRCM has developed and produced the new Cicada C jammer generation, which offers improved capabilities in terms of extended frequency range, additional jamming modes against new threats - for example: frequency hoppers, mobile telephones and satellite navigation systems - as well as having improved ESM features.
Cicada C communications jammer series includes automatic answer jammers designed to operate in high-performance antiHF/VHF/UHF radio communications.
Description
The Cicada C communications jammer series is designed to operate at high-power outputs against HF/VHF/UHF radio communications. Typical ECM targets are tactical voice and data links used for command and control of forces in the forward combat zone. Following on from Cicada C-based systems such as Hummel and TOR, MRCM has developed and produced the new Cicada C jammer generation, which offers improved capabilities in terms of extended frequency range, additional jamming modes against new threats - for example: frequency hoppers, mobile telephones and satellite navigation systems - as well having improved ESM features. The most important capabilities claimed for the new MRCM jammer concept are extremely fast frequency changing and look-through which allow fast reaction to changing threats and high jamming effectiveness addressing multiple targets. The jamming systems can be installed in fixed sites or in mobile platforms (land vehicles, aircraft, drones) and can be deployed in the forward combat zone. The jammers offer different modes such as automatic multichannel jamming using Time Division Multiplex (TDM) or single-channel jamming in a response mode, as well as frequency hopper jamming. High-gain antennas are claimed to maximise the jamming field strength produced at the target receiver. The jammer can either be controlled locally by the operator or remotely by an Electronic Warfare Operations Centre (EWOC) as part of a comprehensive EW suite. The remote-control mode is designed to allow the EWOC to select suitable deployment sites for the jammer and react quickly to the changing priorities of the tactical
Status
As the first generation of the Cicada C systems, the original Hummel was designed in the 1970s and was still in use in 2007. The new generation was in use in more than 10 countries in that year. Included in the contractor's website inventory in 2010.
The micro -controller solution in combination with PLL transmitter synthesis, which ensures minimal interference outside the required bandwidth, high quality of processing and reliability even at given broadcast performances.
Miniature GSM band breaker with built-in battery. It operates in all bands designed for the following type of communication: 850/1900 MHz and 900/1800 MHz.
The defeat signal is transmitted in an omnidirectional manner and the ideal location is the center of the space that we want to cover with the driver. Interference covers both GSM bands (900 MHz, 1800 MHz) and both CDMA bands (850 MHz, 1900 MHz). The jamming device is designed to interfere with the operation of mobile phones and GPRS modems especially in smaller premises such as offices, apartments, etc.
The most common use is to find a locomotive wherever, for various reasons, it is not appropriate or forbidden to use a mobile phone – e.g. hospitals, banks, cinemas, theatres, museums, prisons, etc.
GSM Jammer 468-8x400mW including 3G,4G, 433, 868 bands. (2000mW FULL)
Possible interruption in the range 0-10m from the pancae about 15m/2.
Internal power supply 12V/1600mA rechargeable battery, operating time approx. 60-80min.
Miniature GSM band breaker with built-in battery. It operates in all bands designed for the following type of communication: 850/1900 MHz and 900/1800 MHz.
The defeat signal is transmitted in an omnidirectional manner and the ideal location is the center of the space that we want to cover with the driver. Interference covers both GSM bands (900 MHz, 1800 MHz) and both CDMA bands (850 MHz, 1900 MHz). The jamming device is designed to interfere with the operation of mobile phones and GPRS modems especially in smaller premises such as offices, apartments, etc.
Powerful portable bus covering all commonly used bands for talk and data transmissions.
Do not interfere with the most advanced jammer from pure spectral output outside defined boundary bands, which is a frequent non-slate of simpler inexpensive structures.
Miniature GSM band breaker with built-in battery. It operates in all bands designed for the following type of communication: 850/1900 MHz and 900/1800 MHz.
The defeat signal is transmitted in an omnidirectional manner and the ideal location is the center of the space that we want to cover with the driver. Interference covers both GSM bands (900 MHz, 1800 MHz) and both CDMA bands (850 MHz, 1900 MHz). The jamming device is designed to interfere with the operation of mobile phones and GPRS modems especially in smaller premises such as offices, apartments, etc.
The most common use is to find a locomotive wherever, for various reasons, it is not appropriate or forbidden to use a mobile phone – e.g. hospitals, banks, cinemas, theatres, museums, prisons, etc.
