Wireless Communication | Development Tools

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UMFT201XA-02, FTDI Chip

The FTDI Chip UMFT201XA is a development module for FTDIs FT201XQ, one of the devices from FTDIs range of USB interface bridging integrated circuit devices. FT201X is a USB to I 2C interface with a battery charger detection feature, which can allow batteries to be charged with a higher current from a dedicated charger port (without the FT201X being enumerated). In addition, asynchronous and synchronous bit bang interface modes are available. The internally generated clock (6MHz, 12MHz and 24MHz) can be brought out on one of the CBUS pins to be used to drive a microprocessor or external logic. Small PCB assembly module On board USB mini-B socket allows module to be connected to a PC or USB host via a standard A to mini-B USB cable

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AI01, XinaBox

AI01 – I²C MultiPlexer (PCA9548A/PCA9548) This xChip is an interface module, based on the PCA9548A by NXP Semiconductors, which enables users to add more than one xChip with the same physical I²C address to a circuit. The PCA9548A operates as an I²C channel selector, this functionality is what enables communication with multiple I²C devices that have the same address. The channel selector ability is achieved through an octal bidirectional translating switch controlled by the I²C-bus. Product Features ● Octal bidirectional translating switch ● I²C-bus interface logic; compatible with SMBus standards ● No glitch on power-up ● Supports hot insertion Applications ● Communication systems ● Multiplexing of sensor devices Product Specifications ● Active LOW reset input ● Three address pins allowing up to eight devices on the I²C-bus ● Channel selection via I²C-bus, in any combination ● Power-up with all switch channels deselected ● Low RON switches ● Low standby current ● 0 Hz to 400 kHz clock frequency

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CYUSBS234, Cypress Semiconductor

CYUSBS234 USB-Serial (Single Channel) Development Kit, Cypress Semiconductor The USB to Serial Bridge Controller provides a single configurable serial channel for UART/I²C/SPI interfaces, with low power consumption in stand-by mode. The CY7C65211 controller integrates CapSense capacitive-touch sensing technology (for touch sensitive key switches), and Battery Charging Detection logic. The controller features up to 8-pins for Inputs/Outputs. USB-Serial Software Development Kit (SDK) at cypress.com USB-IF Battery Charging specification version 1.2 compliant Ideal for USB connectivity applications with the CY7C65211 USB-Serial Single-Channel (UART/I²C/SPI) Bridge with CapSense and BCD (Battery Charger Detection) Kit Contents CYUSBS234 Development board Quick start guide USB Type-A to Micro-B cable Jumper wires Samples of CY7C65211 USB-Serial Single-Channel Bridge with CapSense and BCD Power Supply adapter 5 V dc USB (Universal Serial Bus), Cypress Semiconductor USB is a cable bus supporting data exchange between a host computer and a wide range of simultaneously accessible peripherals. There is a differential signal data interface for transmit and receive communication path. The bus includes power at 5 Volts.

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DM182018, Microchip

MiWi™ Protocol to Wi-Fi® Wireless Demonstration Kit The MiWi™ Protocol to Wi-Fi® Wireless Demo kit allows developers to evaluate and experiment with MiWi protocol to Wi-Fi gateway solutions. The kit includes a Wireless Evaluation Board with both the MiWi protocol and Wi-Fi transceivers. The kit also includes two MiWi Demo Boards to create a three node MiWi protocol network. The Wireless Evaluation Board can be connected to a client device, such as a laptop or a mobile phone, using the Wi-Fi network. Based on the application running on the MiWi protocol nodes, the information exchanged can be displayed on the client device. MiWi stack support – MiWi, MiWi P2P and MiWI Pro Wi-Fi stack support on Wireless Evaluation Board Feature packed PIC32 MCU on Wireless Evaluation Boards to run MiWi and WiFi protocol stacks PIC18F46J50 MCU featuring nanoWatt XLP Technology for MiWi Nodes MRF24J40MA FCC/IC/ETSI certified module MRF24WG0MA FCC/IC/ETSI certified module for IEEE 802.11 b/g MCP9700A Temperature sensor LCD display to develop interactive wireless demos (Removable for lower power) Board can be powered by either AA batteries or 9V power supply or External Power supply or USB Kit Contents One Wireless Evaluation Board with a 2.4GHz MRF24J40MA and a 2.4GHz MRF24WG0MA Transceiver Two MiWi Demo Boards with a 2.4GHz MRF24J40MA Transceiver 6-pin ICSP™ header USB mini-B cable for power supply Four AAA batteries WLAN (Wireless Local Area Network) - Microchip Technology

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UMFT313EV, FTDI Chip

The FTDI Chip UMFT313EV is a development module for FTDIs FT313H, which is used to develop and demonstrate the functionality of the USB2.0 HI Speed Host Controller. This module can provide three kinds of asynchronous bus interface to connect with a microcontroller. Standard USB-A receptacle allows module to be connected to USB devices Supports self-power or power from the microcontroller platform Provides configuration switch for module system frequency selection and BCD mode configuration Provides button for modu

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DVK-SIP-SFEU-1-GEVK, onsemi

SIP SFEU DVK

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STR-USBC-4PORT-200W-EVK, onsemi

UNIVERSAL OFFLINE 200W 4-

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MAX11947EVKIT#, Maxim Integrated

4 CHANNEL AISG 3.0 COMPLIANT MOD

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RTKYZ014A0B00000BE, Renesas Electronics

The Renesas Electronics LTE Cat-M1 Cellular IoT module Pmod™expansion board provides an interface using a 12-pin Digilent Pmod™compatible connector. This Pmod™ expansion board provides a quick and easy way to interface with the RYZ014A module. This provides access to A high-speed UART interface (UART0) A reset pin (RESET) A PMOD_RING pin (RING0) VDD and GND connections for module power

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RN-4678-PICTAIL, Microchip

RN4678 PICtail™ / PICtail Plus Board provides rapid prototyping and developing for Bluetooth data applications for Classic SPP or Bluetooth Low Energy. It can be powered via USB host or external battery. The RN-4678-PICtail utilizes the RN4678 module, a Bluetooth 4.2 dual mode RF module supporting Bluetooth Classic SPP (Serial Port Profile) and Bluetooth Low Energy (BLE), to provide a Bluetooth serial data connection. Easy to use development board with on-board Bluetooth 4.2 stack Class 2 transmitter, +2dBM typical Transparent serial data connection over Bluetooth Classic Serial Port Profile (SPP) and Bluetooth Low Energy transparent serial data service Automatic configuration mode for quick setup (default) Manual configuration mode where MCU can access configuration settings Embedded MCP2200 USB-UART converter, no need for extra converter board or cable Integrated programming interface to update firmware and configuration settings

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EVAL-CN0158-EB1Z, Analog Devices

Evaluation Board for USB Hub Isolator Circuit This Analog Devices evaluation board provides a solution to the requirement for a USB hub where isolation is required for connections to machines that control dangerous voltages or low leakage defibrillation-proof connections in medical applications. The ADuM4160 is used to provide the required isolation, and the chosen hub chip is a Microchip USB2512 two-port USB hub controller. The evaluation board also includes two high-accuracy LDO Regulators, the ADP3330 and ADP3339. Digital Isolator Evaluation Boards, Analog Devices

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ATAVRBLE-IOT, Microchip

The Secure AVR® BLE IoT Node incorporates an ATtiny1617 microcontroller, a fully-certified RN4871 Bluetooth® 4.2 Low Energy module, an ATECC508A CryptoAuthentication device and a 3-axis accelerometer with temperature sensor to demonstrate a complete solution for a typical IoT end node. The board is powered by USB or CR2032 coin cell via a jumper. Bluetooth connectivity through the RN4871 Bluetooth 4.2 Low Energy full certified Module Node authentication by onboard ATECC508A LDO MCP1700T-3302EMB regulate 5V to 3.3V LED indicators for operational status Triaxial acceleration sensor with integrated temperature sensor USB or CR2032 coin cell act as system power supply

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Communication & Wireless Development Tools

New Items

UMFT201XA-02, FTDI Chip

AI01, XinaBox

CYUSBS234, Cypress Semiconductor

DM182018, Microchip

UMFT313EV, FTDI Chip

DVK-SIP-SFEU-1-GEVK, onsemi

STR-USBC-4PORT-200W-EVK, onsemi

MAX11947EVKIT#, Maxim Integrated

RTKYZ014A0B00000BE, Renesas Electronics

RN-4678-PICTAIL, Microchip

EVAL-CN0158-EB1Z, Analog Devices

ATAVRBLE-IOT, Microchip

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