Solutions
The RFAreas beam ultra-wideband antennas is a HT solution. The main features of the antennas are: the homogeneity of field of the created radio frequency covering, the increased gain factor, the reduction of the asymmetry effect. The main characteristic of the antenna is the function of adaptive change of the direction chart.
The antenna is designed to work effectively with digital radio standards in open and closed spaces, as well as in electromagnetic jamming conditions. The antenna can be used as separately and as part of various devices - with various communication modules, modems and routers installed stationary, or on mobile objects: in private homes, offices, yachts, on ships, on river transport, in air taxis, in trains, in cars, in armored vehicles, in cars, in ATMs.
The main features of the antenna are: unique radiation pattern, homogeneous RF coverage, reduced effect of asymmetry. The antenna has built-in protection against interference from nearby electrical cables. Designed for raised floor.
RFAREAS CPT 2456 antenna is characterized by a special radiation pattern. When the radiation passes through the raised floor plate material, the pattern changes so that user equipment located in the target space receive the service with the highest possible quality. CPT 2456 is designed to work together with all possible plate materials, even with foil-coated plates. The antenna has two modes of operation, the second mode can be activated using a magnetic corrector MC designed by us in order to concentrate the field in the desired area, the field becomes "pinned" and concentrated on the surface with user devices, while remaining homogeneous over the entire signal propagation surface.
Unique radiation pattern of the antenna allows you to get high-quality links and unprecedented performance in high noise environment.
The main features of the antennas are: homogeneous RF coverage, increased antenna gain, reduced effect of asymmetry.
RFA DKit dual-band antennas do not have side lobes, which allows them to reject noise. Side radiation is directly related to noise: radios transmit and also receive interference from unwanted directions. Side lobes from most mainstream antennas are huge, sometimes almost half the size of the main lobe, and thus having a huge impact on overall performance. The antennas receive significantly less noise allowing it to achieve amazing performance in noisy environments.
Precise radiation pattern of the antenna allows you to get high-quality links and unprecedented performance in high noise environment. The manually adjustable total beamwidth makes aiming very simple: four antennas are easily connected to Wi-Fi access points, which makes it easy to create any coverage - from a narrow spot to wide slit areas.
The main features of the antenna are: homogeneous RF coverage, increased antenna gain, reduced effect of asymmetry. Developed by order of First Bit.
RFAREAS v1c antenna has no side lobes which allows it to reject noise. Side radiation is directly related to noise: radios transmit and also receive interference from unwanted directions. Side lobes from most mainstream antennas are huge, sometimes almost half the size of the main lobe and thus having a huge impact on overall performance. The antenna receives significantly less noise allowing it to achieve amazing performance in noisy environments.
The main features of the antenna are: the homogeneity of the field of the created radio frequency covering, the optimal gain factor, the reduction of the asymmetry effect.
Due to its ability to operate in triaxial polarization, the antenna has been successfully tested in the presence of blocking reflecting and absorbing objects in the environment of radio wave propagation, as well as in conditions of blocking electromagnetic interference.
The main features of the antenna are: the homogeneity of the field of the created radio frequency covering, the optimal gain factor, the reduction of the asymmetry effect. Developed by order of GETMAXIMUM.
Due to its ability to operate in triaxial polarization, the antenna has been successfully tested in the presence of blocking reflecting and absorbing objects in the environment of radio wave propagation, as well as in conditions of blocking electromagnetic interference.
The dual-band antenna is designed for integration into Wi-Fi equipment. A distinctive feature of the antenna is the ability to work in X-polarization. It is this type of polarization that has shown its greatest effectiveness in the spatial environment of densely populated offices and large warehouses, characterized by a large accumulation of absorbing and reflecting objects.
Due to its ability to operate in triaxial polarization, the antenna has been successfully tested in the presence of blocking reflecting and absorbing objects in the environment of radio wave propagation, as well as in conditions of blocking electromagnetic interference.
The main features of the RFAreas J-Ant outdoor antenna are adaptive overlying field of the radio frequency coverage and optimal gain. Developed for Helium People's Network.
The antenna is designed for effective operation with the LoRaWAN radio communication protocol in outdoor spaces as well as in conditions of electromagnetic interference blocking. Because of its ability to work in three-axis polarization, the outdoor antenna was successfully tested in conditions of frequency-selective fadings and additive Gaussian noise (Extended Typical Urban model).
The main feature of the RFAreas iMAG outdoor magnetic field antenna is low sensitivity to fadings and electrical interferences. The antenna interacts with the magnetic component of the radio wave field, which is characterized by a better penetrating ability, therefore it can be installed indoors. Developed for Helium People's Network.
The antenna is designed for effective operation with the LoRaWAN radio communication protocol in outdoor spaces as well as in conditions of interference blocking. The antenna is insensitive to fadings and electrical interferences, which is especially valuable in large cities. Because of its ability to work in three-axis polarization, the outdoor antenna was successfully tested in conditions of frequency-selective fadings and additive Gaussian noise (Extended Typical Urban model).
The main features of the RFAreas iHe antenna are: adaptive homogeneity of the field of the radio frequency coverage, optimal gain, ability to operate from under various barriers. Developed for Helium People's Network.
The antenna is designed for effective operation with the LoRaWAN radio communication protocol in closed spaces as well as in conditions of electromagnetic interference blocking. The antenna can be used in the composition of various devices. The antenna is designed for the quality of work inside the premises (in case of impossibility of mounting external antennas). The antenna is provided with silicone suckers for mounting on the glass, which can be replaced by fixing to the wall.
Band-pass filters are the important blocks in modern wireless communication systems to eliminate unwanted signals. The use of a properly designed band-pass filter increases the range of radio communication by 3-10 times. HR433, HR868 and HR915 are developed for Helium People's Network.
We have developed compact band-pass filters with wide stop-band, sharp roll off, high suppression in the stop-band, low insertion loss and electrostatic immunity. The filter design and the use of modern ceramic materials serve as a guarantee of stable operation in case of sudden changes in ambient temperature and humidity.
Unlike cavity filters, the filters we have designed do not have the formation of dew drops (when passing through the dew points) inside the resonant circuit, which inevitably leads to the destruction of resonance points and critical quality losses in the radio frequency path, which lead to the failure of the radio modules.
Unlike SAW filters, HR filters are not afraid of static electricity present in any case of outdoor antennas. HR filters are also not afraid of exceeding the falling power, which often occurs when the antenna is installed next to antennas of other radio-electronic means.
The RFAreas PCBd ultra-wideband antenna is a high-tech solution. The main features of the antenna are: the homogeneity of field of the created radio frequency covering, the optimal gain factor, the reduction of the effect of asimmetry, the ability to work from under metal surfaces. The main characteristic of the antenna is the function of adaptive change of the direction chart.
The antenna is designed to work effectively with digital radio standards in open and closed spaces, as well as in electromagnetic jamming conditions. The antenna can be used as separately and as part of various devices - with various communication modules, modems and routers installed stationary, or on mobile objects: in private homes, offices, yachts, on ships, on river transport, in air taxis, in trains, in cars, in armored vehicles, in cars, indoors, in case of inability to install external antennas.
The RFAreas PCBo ultra-wideband antenna is a high-tech solution. The main features of the antenna are: a flexible working surface on a sticky basis, an optimal gain factor, the ability to work from under metal surfaces. The main characteristic of the antenna is the function of adaptive change of the direction chart.
The antenna is designed to work effectively with digital radio standards in open and closed spaces, as well as in electromagnetic jamming conditions. The antenna can be used as separately and as part of various devices - with various communication modules, modems and routers installed stationary, or on mobile objects: in private homes, offices, yachts, on ships, on river transport, in air taxis, in trains, in cars, in armored vehicles, in cars, in case of inability to install external antennas.
The RFAreas elC antenna is a high-tech solution. The main features of the antenna are: optimization of the gain factor, effective work from under metal surfaces in the spatial coding schemes MIMO 2x2. The main characteristic of the antenna is the ability to adaptively change the direction chart depending on the thickness of the metal surface used.
The antenna is designed to work effectively with digital radio standards in enclosed spaces, as well as in conditions of electromagnetic interferences. The antenna can be used separately - with various communication modules, modems and routers installed stationary, or on mobile objects: in elevators, enclosed rooms, compartments, cabins, etc. Tested with Cisco APs.
RFAreas ultra-wideband antenna is a high-tech solution. The main features of the antenna are: the homogeneity of field of the created radio frequency covering, the increased gain factor, the reduction of the effect of asimmetry, the ability to work from under metal surfaces. The main characteristic of the antenna is the function of adaptive change of the direction chart.
The antenna is designed to work effectively with digital radio standards in open and closed spaces, as well as in electromagnetic jamming conditions. The antenna can be used with various communication devices, modems and routers installed stationary: in private homes, offices, indoors, in case of inability to install external antennas.
RFAreas ultra-wideband antenna is a high-tech solution. The main features of the antenna are: the homogeneity of field of the created radio frequency covering, the increased gain factor, the reduction of the effect of asimmetry, the ability to work from under metal surfaces. The main characteristic of the antenna is the function of adaptive change of the direction chart.
The antenna is designed to work effectively with digital radio standards in open and closed spaces, as well as in electromagnetic jamming conditions. The antenna can be used with various communication devices, modems and routers installed stationary: in park areas, in private homes, on yachts, on ships, on river transport, indoors, in case of inability to install external antennas. Compatibility with RouterBOARD, Rajant, Ubiquiti and other similar equipment.
RFAreas ultra-wideband antenna is a high-tech solution. The main features of the antenna are: the homogeneity of field of the created radio frequency covering, the increased gain factor, the reduction of the effect of asimmetry, the ability to work from under metal surfaces. The main characteristic of the antenna is the function of adaptive change of the direction chart.
The antenna is designed to work effectively with digital radio standards in open and closed spaces, as well as in electromagnetic jamming conditions. The antenna can be used with various communication devices, modems and routers installed stationary, or on mobile objects: in park areas, in private homes, on yachts, on ships, on river transport, indoors, in case of inability to install external antennas. Compatibility with RouterBOARD, Rajant, Ubiquiti and other similar equipment.
RFAreas PDI broadband irradiator is a high-tech solution. The main features of the irradiator are: an increased gain factor, a reduction in the effect of asymmetry. The main characteristic of the irradiator is the function of adaptive change of the gain factor. The irradiator is designed to be installed in the converter holder of a satellite parabolic antenna or offset mirror short-focus antenna.
The irradiator is designed to work effectively with digital radio standards in open spaces, as well as in electromagnetic jamming conditions. The irradiator can be used with a variety of communication devices, modems, and routers installed stationary: to improve the quality of connectivity at the service areas of cellular operators' base stations, Point-to-Point and Point-to-MultiPoint systems, etc. Compatibility with RouterBOARD, Rajant, Ubiquiti and other similar equipment.
Weaknesses of existing KeyGate-solutions: the remotes from automatic barriers and gates are often lost, the search distracts from the road, they need to be purchased by every user, high risk of counterfeiting the key with remotes-grabbers, calls to GSM-controller distract from the road even more, the administrator is difficult to add and remove users, have to interrupt the current phone conversation, you need to replenish the balance of the SIM card.
RFGATE is devoid of all these shortcomings - you only need a smartphone. The basis of RFGATE is the original software and antenna solutions, which allow you to quickly and accurately determine the distance between the device and the user's smartphone. It is enough to adjust the distance from which the automatic opening should take place once. At the same time, your smartphone may be in your pocket or bag and there is no need to get it. When approaching the barrier or gate on the smartphone screen pops up a notification with a button to open them. The opening can be done both automatically or manually. It is regulated not only the distance from which the automatic opening should take place, but also the distance of detection of your smartphone.
The RFAreas afG antenna is a high-tech solution. The main features of the antenna are: optimization of the gain factor, effective work from under metal surfaces in using with RFGATE. The main characteristic of the antenna is the ability to adaptively change the effectivity depending on the thickness of the metal surface used.
The antenna is designed to work effectively with digital radio standards in enclosed spaces, as well as in conditions of electromagnetic interferences. The antenna can be used separately - with various communication modules, modems and routers installed stationary, or on mobile objects: in elevators, enclosed rooms, compartments, cabins, etc.
The Internet becomes a necessary part of our lives regardless of location, and there are a large number of areas with low cellular quality and unstable signal. There are a number of factors preventing the provision of a stable continuous signal: the lack of cable Internet connection and unstable cellular coverage by different mobile operators, one cable Internet connection and the lack of backup Internet channels.
MNR-HOME is: the ability to always be in touch, receive and send information, perform work tasks, stable and high speed of the Internet over Wi-Fi in remote and hard-to-reach areas, uninterrupted Internet communication.
The Internet becomes a necessary part of our lives regardless of location, and there are a large number of areas with low cellular quality and unstable signal. There are a number of factors preventing the provision of a stable continuous signal: the lack of cable Internet connection and unstable cellular coverage by different mobile operators, one cable Internet connection and the lack of backup Internet channels.
MNR-OFFICE is: the ability to always be in touch, receive and send information, perform work tasks, stable and high speed of the Internet over Wi-Fi in remote and hard-to-reach areas, uninterrupted Internet communication.
The Internet is becoming a necessary part of our lives, and the quality of the signal during sea travel often leaves much to be desired. There are a number of factors preventing the provision of a stable continuous signal: unstable coverage of the cellular network of one mobile operator, the absence of a cellular operator signal away from the shoreline, deterioration of signal quality when driving, high prices for satellite communications.
CELMARINE is: always be in touch, communicate over the Internet, watch videos and perform work tasks, get maximum Internet speed over Wi-Fi at long distances from the shore, the ability to see at any time what the crew is doing and whether the cargo is in order.
Wi-Fi is becoming a necessary part of our lives, and for business class cars, a stable Internet is the most important tool for communication with the outside world at all points of the route. At the same time, the signal during the movement, as well as in many areas, is unstable or completely absent. There are a number of factors preventing the provision of a stable continuous signal: unstable coverage of the cellular network of one mobile operator in the city and the countryside, a significant deterioration of the signal in the covered parking lots and tunnels, deterioration of the quality of the signal when driving.
MNR-CAR is: adaptation for transport (compact size, vibration protection, wide range of working temperatures), stable signal all over the road, regardless of external conditions, savings (automatic switching to SIM cards of local cellular operators when going abroad), seamless connection (switching between base stations of both one and several operators without losing the signal), stable high Internet speed on the move (checked in cars, trains, helicopters), aggregation (automatic pooling of the capacity of several mobile operators, the hidden placement of antennas and the car (the possibility of effective operation of antennas from under metal).
The Internet is becoming a necessary part of our lives, and the quality of the signal during field events often leaves much to be desired. There are a number of factors preventing the provision of a stable continuous signal: unstable coverage of the cellular network of one mobile operator in the city and the countryside, a decline in network quality at massive loads on base stations, a significant deterioration of the signal in covered parking lots, in tunnels, deterioration of signal quality when driving.
MNR-BOX is: a stable signal throughout the event, regardless of external conditions (load on base stations, interference, etc.), consistently high internet speed in crowded conditions, seamless connection (switching between base stations of both one and several operators without losing signal), aggregation (automatic pooling of multiple mobile operators' capacity), consistently high Internet speed in traffic (checked in cars, trains, helicopters).
The Internet is becoming a necessary part of our lives, and the quality of the in-flight signal often leaves much to be desired. There are a number of factors preventing the provision of a stable continuous signal: the unstable coverage of the cellular network of one mobile operator within the city and the countryside, the absence of signal base stations at altitudes more than 300 meters above the earth's surface, a significant deterioration in the quality of the signal when driving at speeds of more than 90 km/h.
MNR-AERO is: a stable signal throughout the route, regardless of external conditions (height more than 300 meters, high speed, etc.), seamless connection (switching between base stations of both one and several operators without losing signal), aggregation (automatic pooling of capacity of several mobile operators), adaptation for helicopters (compact size, vibration protection, wide range of working temperatures, magnetic mount), consistently high speed of the Internet in motion (checked in helicopters).
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