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Near Field Communications
a set of protocols enabling <10 cm contactless communicaiton. AKA: NFC
See Also: Communication Protocol, Modbus, Data Communications, NFC
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XMC - Module VITA61/42
XMC-1553-2-IO
The XMC-1553-2-IO-2 uses a DDC® Total-ACE® communication device as its 1553 bus controller, or as a remote terminal with concurrent bus monitor terminal. Dual controller has a dual redundant channel with built in transceivers and transformer. The controller has the capability to emulate up to 31 RT addresses simultaneously.
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DSP Based Serial Communication Board
CPCI-ISC8
The CPCI-ISC8 is an intelligent DSP based serial communication board. This 3U board is based on the CPCIIPC product and has been modified to remove the IPinterface and to support additional I/O features. The CPCIISC8 provides mechanical support and the electrical interfaces for an I/O mezzanine board. Multiple CPCI-ISC8 boards may be installed in a single system.
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4/8-port Asynchronous Serial Communications Modules
cPCI-3534/3538-S
*32-bit CompactPCI, PICMG 2.0 Rev 2.1*Plug-and-play, IRQ & I/O address automatically assigned by PCI BIOS*4/8 asynchronized communications ports with intelligent buffer*Three RS-232 ports and one isolated RS-422/RS-485 port with 2500 VRMS isolation voltage for cPCI-3534, and eight RS-232 ports for cPCI-3538*Surge protector in TXD/RXD signal line
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End-to-End VoLTE Device Lab Test Automation
QUIKPROBE™ and Q-DAAT™
End-to-end test automation of devices and applications has become more critical in the launch of new 4G services, such as, VoLTE, Rich Communication Services (RCS), NFC transactions, multimedia services, etc. in order to deliver an excellent customer experience. In order to simulate realistic end user scenarios, W2BI has developed extensive set of test plans that control both the smart device and the network emulators in a lab environment. The control of the smart device enables to perform realistic end user activities and measure the results directly on the device to ensure there are no performance impacts on the device (e.g. throughput, voice quality, jitter, battery drain, etc.) or the service.
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Internal Antennas
Pulse offers a large selection of internal antennas that are designed into an incredibly diverse selection of solutions, from smart home IoT devices to utility meters, from point of sale products to wireless charging. The PCB antennas, including those made with flexible material, are made to be mounted or adhered against a plastic surface and connect via cable to your PCB, and cover the ISM, WiFi, GNSS, and cellular bands. The NFC selection for 13.56 MHz will work with both 50 and 80 Ohm radios and include antennas with a ferrite backing to work even when mounted against metal. The selection of active GNSS patch antennas with cable are perfect for ensuring your device’s whereabouts are accurately tracked. Finally, the many transmit and receive coils for wireless power charging will add this popular consumer capability to your product, cutting one final cable from design. Use the product finder below to find the perfect internal antenna solution for you.
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Passive Magnetic Antennas, TX-Loop Antennas
A passive loop antenna which is matched to a resonance frequency of 13.56 MHz with 370 kHz bandwidth (-3dB)The purpose of the antenna is to produce defined magnetic fields at 13.56 MHz efficiently, i.e. to test near field communication devices (NFC) or RFID equipment.
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Wireless Sensor Tags & Interfaces
NFC and UHF RFID sensor tags offer a highly integrated solution for remote sensor data logging. The tags conform to the specifications of the NFC/ISO15693 as well as the UHF RFID standards. Featuring on-chip temperature sensing and the exclusive cool-Log™ technology, these sensor tags enable innovative and cost-sensitive solutions in food and pharmaceutical cold-chain management, industrial process control, remote monitoring and healthcare applications. NFiC™ ICs from ams lower the barriers to NFC integration in electronic devices thanks to their small footprint, high data rate, flexible data transfer modes, fully passive NFC tag emulation and advanced energy harvesting. NFC/HF interface tags are best suited to demanding consumer and industrial applications such as zero-power device configuration and set-up, feature-rich contactless cards for payment and authentication, smart toys and connected cars.
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NomadLAB
It is equally adapted to application testing in a lab or field environment, providing communication spy and analysis for NFC, ISO/IEC 14443 A/B card signals, FeliCa, ISO/IEC 7816, SWP (HCI/SHDLC), emulation of ISO/IEC 7816, and ISO/IEC 14443 card signals for active testing of card readers.
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NFC and Mobile Payment Application Testing
An increasing number of banks and mobile operators are now offering mobile contactless payments to their customers. As with EMV contactless cards, the mobile payment application contained on the SIM needs to be certified by the contactless payment schemes, and in some cases by GlobalPlatform.
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NFC-V Sensor Tag Smart Labels & Data Logger IC
AS39513
The AS39513 is an NFC sensor tag and data logger IC for smart labels which enables more efficient and accurate monitoring of the condition of assets such as food, pharmaceuticals and healthcare products in storage and in transit.
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Module Spectrum
nRF52833 Series
Nordic nRF52833 solutioin features an Arm Cortex-M4 processor with 512 KB Flash and 128 KB RAM. Supports SPI, UART, I2C,I2S, PMD, PWM, ADC, NFC and USB interfaces
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RF Technology And Design
RF technology is key to many aspects of electronics these days. With many systems from cellular to other wireless technologies including, Wi-Fi, WiMAX, NFC, RFID, and many other systems using RF signals.
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Test System
NFC Xplorer
The CISC NFC is a compact, high-quality test system, developed for HF RFID and NFC devices measurements and performance and conformance tests.
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NFC Physical Layer Test System
IQnfc+
LitePoint provides turn-key software that facilitates test coil calibration, executes test plan and provides detailed waveform analysis and flexible APIs to customize test flow in the labs.
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ContactLAB Tester
The ContactLAB test platform provides fully configurable reader signal emulation for validation of ISO 7816 contact smart cards and Single Wire Protocol (SWP) USIM for NFC enabled mobile handsets.
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NFC and EMVCo Conformance and Design Validation Solution
Micropross MP500 TCL3
The MP500 TCL3 Generator/Analyzer is a high-performance test solution for designing and characterizing NFC devices. Built specifically for the laboratory environment, the MP500 TCL3 offers advanced signal generation features for unmatched flexibility. It supports the following standards:
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NFC Conformance Test System
T3111S
The T3111S RIDER NFC Conformance Test System is the Keysight solution for RF Analog and Digital Protocol testing of NFC, EMV and ISO devices. The Test System is based on the Keysight T1141A NFC Test Set and it is complemented by the Keysight's or FIME's robots for accurate and repeatability RF testing. Selected 3rd party positioning robots can also be supported.
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ST25 NFC / RFID Tags & Readers
With the ST25 product family, ST offers a complete portfolio of NFC and RFID tag and reader ICs for a wide variety of NFC-enabled solutions.
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Secure NFC
Mobile security is expanding from the largely deployed SIM technology to the growing NFC, embedded Secure Element (eSE) and embedded SIM (eSIM) technologies in smartphones, tablets, wearables, and laptops. ST provides an exhaustive offer of NFC and eSE/eSIM products to address secure mobile transaction applications such as secure connectivity, payment wireless charging and automotive: from the state-of-the-art ST21NFC to the ST54 integrating the widely deployed ST33.
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Secure Wearable Solutions
From ST31 secure microcontrollers to ST54 solutions integrating NFC controller, secure element and eSIM, ST offers a complete range of solutions for payment, transit and multiple contactless services. ST's technology is ideal for applications that require a card emulation function but are environmentally challenged or have limited space for the antenna.
