If you want to get rid of cell phone signals from your home, office, or car, you need a powerful WiFi signal jammer. These devices block signals at the frequencies of 2.4GHz, 5GHz, 3.6GHz, and 4.9GHz. Luckily, there are many different types on the market. Learn about the various kinds in this article and what they do. These devices can be used in cars to keep cell phones, GPS, and other technology from working.
2.4GHz
Most of the jammers in the market today are designed to block WIFI signals on the 2.4Ghz frequency band. This frequency band is used by many devices, including Bluetooth devices, computers, gaming consoles, and televisions. Mobile phones are also commonly affected by these signals, including the iPhone, iPad, Android, and even the Netbook. Fortunately, there are several methods to block WIFI signals. Listed below are some of the most popular.
5GHz
A 5GHz powerful wifi jammer is a high-tech device that blocks the use of wireless networks. This type of device is capable of blocking a variety of frequencies. They can prevent the spread of harmful signals and prevent legitimate communications. For example, a jammer designed to block WiFi signals will overpower Bluetooth transmissions, which are extremely popular in schools. But a jammer designed to block Bluetooth will also affect the operation of the radio networks.
3.6GHz
There are various uses for a 3.6GHz powerful wifi jammer, from blocking cellular phone calls to disrupting school lectures. While jamming is often used for military purposes, it is also widely used in peaceful daily life. For example, Italy has tested the use of jammers to block smart phone use in large competitive examinations. Schools and hotels have also used jammers to prevent smart phone distraction. Unscrupulous hotel managers have also been known to place them in public places to prevent guests from taking their attention away from important tasks.
4.9GHz
A 4.9GHz powerful WiFi jammer can be an effective tool to keep people from using the internet. The Federal Communications Commission (FCC) has recently decided that public safety should have equal access to the 4.9-GHz band. In 2002, the FCC allocated 50 MHz of this spectrum to public safety organizations. Now, the FCC has made that spectrum available to individual states, and a successful leaseholder would decide how to use the spectrum in their own jurisdiction while protecting existing public-safety users.
5.0GHz
The PKI 6810 WiFi Jammer is a powerful device that can be mounted on a wall or mast. This device is equipped with a remote control for discreet activation. Its antennas are designed for maximum coverage and are suitable for both mast and wall mounting. Its water-proof housing makes it ideal for use in inclement weather conditions. It is compatible with multiple wireless technology standards, including Bluetooth and Wi-Fi.
6.8GHz
A 6.8GHz powerful wifi jammer blocks all wireless signals in a radius of 100 meters, and can effectively block up to eight APs at once. The band’s frequency is equivalent to that of a congested freeway. Therefore, it is highly unlikely that your neighbor can use the same frequency and will be unable to detect it. Moreover, this type of jammer can work in different places where it is not allowed by law.
7.4GHz
A 7.4GHz powerful wifi jammer is a highly effective way to disrupt or block WiFi connections. Currently, there are only a few designs available for this frequency range. This article will discuss the basic requirements and design principles for such a device. This article also examines the effectiveness of different types of RF pump signals, such as EM and microwave. The proposed devices will be evaluated for their sensitivity to EM and microwave pump signals, as well as their performance in a wide range of jamming environments.
7.2GHz
If you are searching for the best 7.2GHz powerful wifi jammer, then you have come to the right place. The latest jamming technology, the XWJ2-T Tactical Jamming System, is a very powerful device that can cover the whole range of frequencies. It is fully digitally controlled and can be individually programmed. You can use it to block any wifi signal from your home or office.
9.5GHz
KRYTAR, Inc., founded in 1975, is a leader in the design and manufacture of ultra-broadband microwave components and test equipment. Its range of products covers the DC to 67 GHz frequency range and is suitable for a variety of applications, including SATCOM jammers, radar systems, and ECM. KRYTAR’s goal is to achieve customer satisfaction by delivering products that meet the highest quality standards.
12.5GHz
For a more effective Wi-Fi Jammer, you can select one that will interfere with the 2.4GHz and 5GHz bands. Unlike other WiFi jammers, these will not interfere with GSM mobile phone signals. The jamming distance varies depending on signal strength and location. Some of them are even capable of blocking WiFi GPS LOJACK signals. While they can interfere with up to 40 meters of WiFi, the other two will not be effective at limiting cell phone signals.
Different Types of a Powerful WiFi Jammer
Different Types of a Powerful WiFi Jammer
If you want to get rid of cell phone signals from your home, office, or car, you need a powerful WiFi signal jammer. These devices block signals at the frequencies of 2.4GHz, 5GHz, 3.6GHz, and 4.9GHz. Luckily, there are many different types on the market. Learn about the various kinds in this article and what they do. These devices can be used in cars to keep cell phones, GPS, and other technology from working.
2.4GHz
Most of the jammers in the market today are designed to block WIFI signals on the 2.4Ghz frequency band. This frequency band is used by many devices, including Bluetooth devices, computers, gaming consoles, and televisions. Mobile phones are also commonly affected by these signals, including the iPhone, iPad, Android, and even the Netbook. Fortunately, there are several methods to block WIFI signals. Listed below are some of the most popular.
5GHz
A 5GHz powerful wifi jammer is a high-tech device that blocks the use of wireless networks. This type of device is capable of blocking a variety of frequencies. They can prevent the spread of harmful signals and prevent legitimate communications. For example, a jammer designed to block WiFi signals will overpower Bluetooth transmissions, which are extremely popular in schools. But a jammer designed to block Bluetooth will also affect the operation of the radio networks.
3.6GHz
There are various uses for a 3.6GHz powerful wifi jammer, from blocking cellular phone calls to disrupting school lectures. While jamming is often used for military purposes, it is also widely used in peaceful daily life. For example, Italy has tested the use of jammers to block smart phone use in large competitive examinations. Schools and hotels have also used jammers to prevent smart phone distraction. Unscrupulous hotel managers have also been known to place them in public places to prevent guests from taking their attention away from important tasks.
4.9GHz
A 4.9GHz powerful WiFi jammer can be an effective tool to keep people from using the internet. The Federal Communications Commission (FCC) has recently decided that public safety should have equal access to the 4.9-GHz band. In 2002, the FCC allocated 50 MHz of this spectrum to public safety organizations. Now, the FCC has made that spectrum available to individual states, and a successful leaseholder would decide how to use the spectrum in their own jurisdiction while protecting existing public-safety users.
5.0GHz
The PKI 6810 WiFi Jammer is a powerful device that can be mounted on a wall or mast. This device is equipped with a remote control for discreet activation. Its antennas are designed for maximum coverage and are suitable for both mast and wall mounting. Its water-proof housing makes it ideal for use in inclement weather conditions. It is compatible with multiple wireless technology standards, including Bluetooth and Wi-Fi.
6.8GHz
A 6.8GHz powerful wifi jammer blocks all wireless signals in a radius of 100 meters, and can effectively block up to eight APs at once. The band’s frequency is equivalent to that of a congested freeway. Therefore, it is highly unlikely that your neighbor can use the same frequency and will be unable to detect it. Moreover, this type of jammer can work in different places where it is not allowed by law.
7.4GHz
A 7.4GHz powerful wifi jammer is a highly effective way to disrupt or block WiFi connections. Currently, there are only a few designs available for this frequency range. This article will discuss the basic requirements and design principles for such a device. This article also examines the effectiveness of different types of RF pump signals, such as EM and microwave. The proposed devices will be evaluated for their sensitivity to EM and microwave pump signals, as well as their performance in a wide range of jamming environments.
7.2GHz
If you are searching for the best 7.2GHz powerful wifi jammer, then you have come to the right place. The latest jamming technology, the XWJ2-T Tactical Jamming System, is a very powerful device that can cover the whole range of frequencies. It is fully digitally controlled and can be individually programmed. You can use it to block any wifi signal from your home or office.
9.5GHz
KRYTAR, Inc., founded in 1975, is a leader in the design and manufacture of ultra-broadband microwave components and test equipment. Its range of products covers the DC to 67 GHz frequency range and is suitable for a variety of applications, including SATCOM jammers, radar systems, and ECM. KRYTAR’s goal is to achieve customer satisfaction by delivering products that meet the highest quality standards.
12.5GHz
For a more effective Wi-Fi Jammer, you can select one that will interfere with the 2.4GHz and 5GHz bands. Unlike other WiFi jammers, these will not interfere with GSM mobile phone signals. The jamming distance varies depending on signal strength and location. Some of them are even capable of blocking WiFi GPS LOJACK signals. While they can interfere with up to 40 meters of WiFi, the other two will not be effective at limiting cell phone signals.