Radio Frequency (RF) /
Near Field Systems
Near Field Systems, also known as near field communication (NFC) technology, refers to a wireless communication method that enables short-range communication between devices. NFC technology works by establishing a radio frequency (RF) link between two devices that are in close proximity, typically within a few centimeters.
NFC technology operates on the same frequency as radio frequency identification (RFID) technology, which enables it to use existing RFID infrastructure for communication. However, NFC technology has a much shorter range than RFID, which makes it ideal for secure and private communication between devices in close proximity.
NFC technology is widely used in a variety of applications, including mobile payment systems, access control systems, and contactless ticketing systems. For example, many smartphones now incorporate NFC technology, allowing users to make payments or share data with other NFC-enabled devices simply by holding their phone close to the target device.
One of the key advantages of NFC technology is its ease of use. It does not require complex setup procedures or pairing processes, and it is intuitive and easy for users to understand. Additionally, NFC technology is highly secure, as the close proximity required for communication makes it difficult for hackers to intercept or access data.
Near Field Systems, also known as near field communication (NFC) technology, refers to a wireless communication method that enables short-range communication between devices. NFC technology works by establishing a radio…
...frequency (RF) link between two devices that are in close proximity, typically within a few centimeters.
NFC technology operates on the same frequency as radio frequency identification (RFID) technology, which enables it to use existing RFID infrastructure for communication. However, NFC technology has a much shorter range than RFID, which makes it ideal for secure and private communication between devices in close proximity.
NFC technology is widely used in a variety of applications, including mobile payment systems, access control systems, and contactless ticketing systems. For example, many smartphones now incorporate NFC technology, allowing users to make payments or share data with other NFC-enabled devices simply by holding their phone close to the target device.
One of the key advantages of NFC technology is its ease of use. It does not require complex setup procedures or pairing processes, and it is intuitive and easy for users to understand. Additionally, NFC technology is highly secure, as the close proximity required for communication makes it difficult for hackers to intercept or access data.
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ASYSOL Gantry Arm Systems feature high-precision, backlash free EL-positioners. They comprise a lightweight arm structure with ultra-high rigidity...FIND OUT MORE -
Medium size SNF/FF systems are intended for the characterisation of antenna parameters by spherical Near-Field or direct Far-Field measurements on...FIND OUT MORE -
ASYSOL’s Azimuth over Elevation Positioners are compact, robust and application focused in their design. They are simple to use, allowing for safe...FIND OUT MORE -
ASYSOL’s Azimuth Positioners are compact, robust and application focused in their design. They are simple to use, allowing for safe and reliable...FIND OUT MORE -
ASY-CONT-300-8 is a motion controller capable of displaying up to 8 axes and is specially designed to control up to 127 axes when grouped into...FIND OUT MORE -
ASY-CONT-600-16 is a PLC/FPGA (Programmable Logic Controller/Field Programmable Gate Array) based controller specially designed for antenna...FIND OUT MORE -
Corrugated feeds from ASYSOL are based on open-ended circular waveguide with several frontal corrugations. As a result of optimized design and...FIND OUT MORE -
ASYSOL’s Planar Near-Field scanner systems are the most accurate and fastest and can be configured as a vertical or horizontal scan plane. All the...FIND OUT MORE -
Open-ended Rectangular Waveguide Probes (RWG) are commonly used as near-field probes in planar near-field and cylindrical near-field antenna...FIND OUT MORE -
These cost effective near-field probes are single standard rectangular waveguides with tapered ends for reduced probe-AUT interactions. Direct...FIND OUT MORE -
ASYSOFT is a user friendly suite for the management of antenna measurements tasks: Selection of the equipment Definition of the acquisition...FIND OUT MORE -
The ASYPOSAZIM is a state of the art positioner series based on technology sourced from the robotic and automotive industries. These are suitable for...FIND OUT MORE -
The ASYPOSROL is a state of the art positioner series based on technology sourced from the robotic and automotive industries. These are suitable for...FIND OUT MORE -
(Now Obsolete) With the Circular Polarization (CP) option, the RFxpert from EMSCAN calculates the right and left hand circularly polarized patterns...FIND OUT MORE -
(Now Obsolete) RFxpert is the fastest OTA performance test system for mobile devices. Most leading mobile device manufacturers and wireless service...FIND OUT MORE -
(Now Obsolete) Get Accurate Far-Field Results with an MCP Jig for Large Antennas Multi-Co-Planar Scan (MCP) function which is available only with the...FIND OUT MORE -
(Now Obsolete) See RFScanner The RFX is a compact bench-top scanner that characterizes antennas in your own lab environment in real-time. RFX...FIND OUT MORE -
(Now Obsolete) See RFScanner The RFX2 is a desktop scanner that characterizes antennas without the need for a chamber. RFX2 provides far-field...FIND OUT MORE
