Exploring the Feasibility of Shielding Satellite Phones with Cell Phone Jammers
Introduction: In recent times, some customers have expressed a unique requirement when purchasing Cell Phone Jammers. Apart from the ability to completely block all mobile signals, they also seek effective shielding against satellite phones. This raises the question of whether this demand is difficult to fulfill and whether Cell Phone Jammers can indeed shield against common satellite phones. This article aims to address these concerns and shed light on the feasibility of meeting this requirement for Cell Phone Jammer manufacturers.
The Feasibility of Shielding Satellite Phones: When evaluating the feasibility of meeting this requirement, it is crucial to assess the functionality and technical specifications. Fortunately, for Cell Phone Jammer manufacturers, this demand is not as challenging as it may seem. In terms of functionality and meeting technical benchmarks, we can confidently state that there are no obstacles to overcome.
Understanding the Specifics: However, the practical challenge lies in understanding the specific type of satellite phone the customer is referring to. The answer to this question directly influences which satellite signals need to be interfered with and shielded. With numerous brands and types of satellite phones available, each with varying technical specifications, it is essential to identify the specific requirements.
The Common Satellite Frequency: Among the various satellite phone options, the most commonly used frequency is the L-band, with a working frequency range of 1616 to 1626.5MHz. The representative product in this category is the Iridium satellite phone. If the requirement is solely to shield against Iridium satellite phones, the solution is relatively simple. By adding a shielding module for the 1.6GHz frequency range to the Cell Phone Jammer’s existing shielding module, the objective can be achieved. Moreover, this additional module only requires a transmission power of 2-3W, effectively rendering Iridium satellite phones unusable within a radius of several tens of meters from the Cell Phone Jammer.
Challenges with Different Satellite Phone Types: However, if the customer’s reference to satellite phones extends beyond the L-band frequency, the situation becomes more complex. Some satellite phones operate in the KA-band, and certain countries or regions may adopt additional frequency bands such as UHF, C-band, X-band, and K-band. Considering all these frequency bands simultaneously poses a challenge as the limited installation space within a Cell Phone Jammer cannot accommodate multiple shielding modules.
Proposed Solution: To achieve the goal of shielding all satellite phones comprehensively, our suggestion would be to split the Cell Phone Jammer into two separate units. One unit would be dedicated to blocking all mobile signals, while the other unit, referred to as the satellite Cell Phone Jammer, would be equipped with modules designed to shield all satellite signal frequencies.
Conclusion: While meeting the requirement of shielding satellite phones alongside mobile signals may present challenges, it is feasible to achieve this goal by employing specialized solutions. By understanding the specific satellite phone type and its frequency band, Cell Phone Jammer manufacturers can tailor their products to meet the unique demands of customers seeking comprehensive signal shielding capabilities.