Radio Frequency Development Kits

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DM182022, Microchip

Bluetooth LE Client Module Development Board The Microchip Bluetooth Low Energy Client Module (BLECM) is a flexible IoT development platform which can simply connect an Embedded System to a Cloud Server via a Bluetooth connection. The board communicates data generated by sensors or other sources to a Cloud Server with minimal set-up. The on-board MikroElektronika mikroBUS™ socket allows the Bluetooth Low Energy Client Module to be customised to various applications. A wide range of differing sensor types or communication interfaces can be added simply by adding the appropriate MikroElektronika Click Accessory Board. On-board push buttons and a potentiometer can also be used to generate inputs. Users wishing develop a connection with an Amazon Web Services (AWS) Cloud Server can take advantage of the Microchip AMI (Amazon Machine Image) available via the AWS market place. This provides a means to get a working connection set up in minutes. Bluetooth - Microchip

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RL03, XinaBox

xChip Boards xChips are a rapid electronics development ecosystem to help reduce development time and simplify making custom products as well as aiding learning. Without soldering, wiring, breadboarding, or hardware knowledge you can assemble a circuit in minutes, and concentrate on coding. xChips are compatible with the platform you want to use and bridges are available for the most popular pltatforms; Raspberry Pi, Minnowboard, Beaglebone, Micro:bit, Pixhawk and 96 boards. Rather than bridging to Ardunio, we offer compatible cores for Arduino Uno, the CC01, and for Arduino Zero, the CC03. xChips utilise I2C, and due to this bus architecture, unlimited expansion of circuits is possible. Limitations of I2C addresses have been negated by development multiplexers. Because of its simple connection method, it is easy to build quickly - for prototyping and small product runs xChips connect to each other using an xBus connector, available from RS 174-4977 . Some xChips need an xPDI connector (RS 174-4974 ) to connect to programming interfaces, such as the IP02 or IP03. This xCHIP, the RFM95W transceiver features the LoRaTM long range modem that provides ultra-long range, spread spectrum communication and interference immunity whilst minimizing current consumption. This xCHIP, the RFM95W transceiver features the LoRaTM long range modem that provides ultra-long range, spread spectrum communication and interference immunity whilst minimizing current consumption. Product highlights 915 MHz LoRa Radio LoRaTM Modem Fully Static Operation Software Programmable Frequency and Modes +23 dBm Transmit Power -148 dBm Sensitivity Xinabox Modular Prototyping Boards

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MIKROE-2933, MikroElektronika

MikroElektronika LoRa 3 Click Board The MikroElektronika LoRa 3 click board is a device that operates at a sub-gigahertz frequency of 868MHz. It is capable of achieving long-range communication because of the spread spectrum modulation feature and immune to interferences. This implements physical, network and MAC layers, allowing for easy operation via the UART interface. Features and Benefits: Input voltage range from 3.3V to 5V Low power consumption MIPOT 32001353 TRX module Applications: Alarm networks Developing low power Highly integrated IoT networks Security systems Certifications: ANSI/ESD S20.20:2014 BS EN 61340-5-1:2007 RED 2014/53/EU certified

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RN-1723-EK, Microchip

RN1723 802.11b/g Wi-Fi Development Kit The Microchip RN-1723-EK is an evaluation platform with which users can develop the RN1723 802.11 b/g Wi-Fi Module. Users can access the on-board device directly via USB, or can utilise the UART interface to communicate via an MCU. The board can be powered through the USB connector or two AAA batteries inserted into the mount on the rear. The latter method is particularly useful for testing and developing the RN1723 battery powered IoT applications. Features RN1723 802.11b/g Wi-Fi Module Ultra-low power: 4 μA sleep, 40 mA Rx, 180 mA Tx at +10 dBm Complete on-board TCP/IP networking stack Configurable transmit power: 0 to +12 dBm UART hardware interface Up to 1 Mbps data rate over UART Powered by 2 x AAA batteries or via USB cable Push buttons for AP/WPS mode and reset signals Supports both Adhoc and SoftAP mode (including SoftAP for Android) 10 general-purpose digital I/O pins 8 analogue sensor interfaces; configurable sensor power outputs 0 to 3.3V DC Real-time clock for wakeup and time stamping Wi-Fi Alliance certified for WPA2-PSK FCC/CE/IC certified and RoHS compliant Kit Contents 1 x RN1723 802.11b/g Wi-Fi Development Kit 1 x USB Cable WLAN (Wireless Local Area Network) - Microchip Technology

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BM-70-PICTAIL, Microchip

BM70 Bluetooth Smart 4.2 BLE PICtail/PICtail Plus Daughter Board This Microchip PICtail/PICtail Plus Daughter Board is a tool for users to investigate the BM70 Bluetooth 4.2 Low Energy (BTLE/BLE) Module. Users can develop the board directly via USB utilising the BM70 development software. The PICtail/PICtail Plus connector allows the board to interface with Microcontroller development platforms such as the Explorer 16 (DM240001) and Explorer 8 (DM160228). The featured BM70 has an integrated Bluetooth software stack and a built-in antenna. UART, SPI and I2C communications are supported to provide an interface for a host MCU and other external peripheral devices. Also on-board is a 12-bit ADC and PWM module. Features Bluetooth® 4.2 compliant BM70 Module with on-board antenna and 2dBm output power USB interface for programming directly with a Windows-based Configuration Tool PICtail interface for connection to Microcontroller development platforms such as the Explorer 16 (DM240001) and Explorer 8 (DM160228) USB indication, module status and user configurable LEDs Coin cell Battery, USB or PICtail power options Access to all BM70 Module pins Kit Contents 1 x BM70 Bluetooth Smart 4.2 BLE Module 1 x BM70 Bluetooth PICtail/PICtail Plus Daughter Board Bluetooth - Microchip

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AC164143-1, Microchip

MRF24J40ME PICtail/PICtail Plus Daughter Board The Microchip MRF24J40ME PICtail™/ PICtail Plus Daughter Board is a demonstration and development daughter board designed for use with several of Microchips development tools, such as the PIC18 Explorer Board (DM183032) and Explorer 16 Board (DM240001). The featured device is a 2.4 GHz 802.15.4 Radio Transceiver Module that supports ZigBee®, MiWi™ and MiWi™ P2P protocols. Features MRF24J40ME 2.4 GHz IEEE Std. 802.15.4™ RF Transceiver Module with PA/LNA Range up to 1200m/4000 ft Data Rate: 250 kbps -104 dBm Typical Sensitivity with -23 dBm Maximum Input Level +19 dBm Typical Output Power with 45 dB Tx Power Control Range Supports ZigBee®, MiWi™ and MiWi P2P™ Kit Contents 1 x MRF24J40ME PICtail™/ PICtail Plus Daughter Board WPAN (IEEE 802.15.4) - Microchip

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MIKROE-3692, MikroElektronika

The MikroElektronika M-BUS RF 4 click is a mikroBUS add-on board with a MIPOT 32001324 which is a RF wireless transceiver. It operates in the 868 MHz SRD band. The module allows the implementation of highly integrated low power (battery operated) solutions for water, gas, heat or electricity metering applications, both on meter or concentrator devices. Small LCC form factor Low power consumption Supported by a mikroSDK compliant library

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RN-2483-PICTAIL, Microchip

RN2483 LoRa PICtail/PICtail Plus Board Microchips RN-2483-PICtail is a development board featuring the RN2483 LoRa® 433/868 MHz LoRa Module. The board gives users access to all the RN2483 Modules UART and GPIO ports. The PICtail/PICtail Plus connector allows the RN2483 to be developed with Microchip MCU development tools such as the Explorer 16 (DM240001) and Explorer 8 (DM160228), adding LoRa technology to these platforms. Features Microchip RN2483 Low-Power Long Range, LoRa® Technology Transceiver Module SMA connectors for 433 MHz and 868 MHz bands PIC18 MCU with In-Circuit Serial Programming (ICSP) header for custom functions Solder pads around the module for GPIOs, power pins and communication signals Supply Current measurement points On-board LDO UART traffic LEDs USB connector PICtail /PICtail Plus connection interface Wireless Modules - Microchip

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DM990013, Microchip

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A001-0057, WEPTECH

6LoWPAN (IPv6 over Low-Power Wireless Personal Area Networks) refers to a communication protocol for transmission of IPv6 packets over energy-saving wireless networks. As a basis for radio communication here thestandard IEEE 802.15.4 (PHY and MAC) is served like it is also used at ZigBee and WirelessHART. Radio links can be realized in the frequency bands 868 and 915 MHz as well as 2.4 GHz. 6LoWPAN is specified by a working group of the IETF. There appropriate proposals have been created, for example, for the compression of IPv6 header (RFC6282). Together with appropriate routing procedures - which are also specified in the IETF - this technology permits the construction of meshed networks consisting of small, wirelessly communicating, low-power devices.Using appropriate gateways they can be integrated into the global IP network - a big step towards the "Internet of Things". The COUA module is a single embedded and cost-effective Sub-1-GHz radio module. With 5,5 mA, the module stands out due to a very low RX current consumption and an even lower sleep current. The radio module is supported by the open source operating system Contiki, which allows for rapid product development on the basis of the wide range of protocols and applications that Contiki offers. All available IOs are routed to the outside, so that various sensor and actuator applications can easily be realized. Small size (15 mm x 15 mm) for SMD mounting 1.8 – 3.8 V supply voltage Ultra low power modes RX 5.5mA, Sleep Mode 185nA Output power:+14dBm Powerful ARM Cortex-M3 128kB Flash/ 20KB SRAM All digital peripheral pins can be routed to any GPIO Supported by the open source platform Contiki/ 6LoWPAN

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MIKROE-2921, MikroElektronika

MikroElektronika Wi-Fi Nina Click Board The MikroElektronika Wi-Fi Nina click board is a device equipped with the NINA-W132 module from u-blox that can be easily configured with the u-blox s-centre software using AT commands. This module offers a complete Wi-Fi stack and is easy to use. It provides a simple way to build secure IoT applications. This Wi-Fi module integrates a powerful dual 32bit MCU (microcontroller unit) and a radio for wireless communication. It comes with pre-programmed application software that supports 802.11b/g/n in the 2.4 GHz ISM band. Features and Benefits: Interfaces: GPIO and UART Input voltage 3.3V RGB diode to display the connection status of the device Applications: Home/building automation Medical and industrial networking Wi-Fi networks Certifications: ANSI/ESD S20.20:2014 BS EN 61340-5-1:2007

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MIKROE-2934, MikroElektronika

MikroElektronika LoRa 4 Click Board The MikroElektronika LoRa 4 click board is a LoRa RF technology-based SRD transceiver that operates at a sub-gigahertz frequency of 868MHz. It is capable of achieving a long-range LPWAN communication because of the spread spectrum modulation feature. This has low power consumption and is immune to interferences. LoRa 4 click board is equipped with an SMA connector so it can be equipped with the appropriate 868MHz antenna. Features and Benefits: Input voltage range from 3.3V to 5V Easy to use UART interface Embedded LoRaWAN class A and class C complaint stack High-integrated LoRaWAN IoT networks MIPOT 32001353 LoRaWAN TRX module Pb free Reliable solutions for developing low power Applications: Alarm networks Developing low power Highly integrated IoT networks Security systems Certifications: ANSI/ESD S20.20:2014 BS EN 61340-5-1:2007

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Radio Frequency Development Kits

New Items

DM182022, Microchip

RL03, XinaBox

MIKROE-2933, MikroElektronika

RN-1723-EK, Microchip

BM-70-PICTAIL, Microchip

AC164143-1, Microchip

MIKROE-3692, MikroElektronika

RN-2483-PICTAIL, Microchip

DM990013, Microchip

A001-0057, WEPTECH

MIKROE-2921, MikroElektronika

MIKROE-2934, MikroElektronika

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