NuMicro-SDK

NuMicro SDK is a developer board (development kit) 32-Bit MCU core ARM® Cortex®-M0 microcontroller family are compatible with NuMicro NUC100, NUC120, NUC130, and NUC140.

In NuMicro SDK kit is equipped Nu-Link, Nu-EVB, USB Cable, and a Setup CD.

features:

- 32-Bit MCU processor Cortex® ARM®-M0

- Compatible with NuMicro NUC100, NUC120, NUC130, and NUC140

- Equipped with Keil MDK-ARM (evaluation version)

- Equipped with examples along with the source code

- Supports ICP (In-Circuit Programming)

- USB Plug & Play

Nuvoton Nu-LB-M451V

Nu-LB-M451V is a special evaluation board for the series NuMicro  M451.

On this board has been integrated with the ICE, SPI flash, EEPROM I²C, SPI LCD panel, WAU8822, CAN transceiver, RS485 transceiver, MPU6050 and others who make this board is complete for various kinds of application development.

ARDUINO2.AL.B

The Intel Edison development platform is the first in a series of low-cost, product-ready, general purpose compute platforms that help lower the barriers to entry for entrepreneurs of all sizesfrom pro-makers to consumer electronics and companies working in the Internet of Things (IoT). Intel Edison packs a robust set of features into its small size, delivering great performance, durability, and a broad spectrum of I/O and software support. Those versatile features help meet the needs of a wide range of customers. The unique combination of small size, power, rich capabilities, and ecosystem support inspires creativity and enables rapid innovation from prototype to production for entrepreneurs of all sizes.

NOTE

Intel Atom system-on-a-chip (SoC) based on leading-edge 22 nm Silvermont microarchitecture including a dual-core CPU and single core microcontroller (MCU); Integrated Wi-Fi, Bluetooth LE, memory, and storage; Support for more than 30 industry-standard I/O interfaces via a 70-pin connector; Support for Yocto Linux, Arduino, Python, and Node.js; Integrates with cloud platforms providing visualization of streamed data, dynamic rule evaluation/alerting and analytics

Board Color

Blue

Processor

Atom SoC Dual Core Microcontroller

Flash Memory

4GB

Ports/Connectors

Power Jack

HDMI

USB

W5500-EVB Evaluation board for W5500

This module is an evaluation board for W5500 chipset and have been using ARM® Cortex microcontroller ?? - M0 32-bit. With this module, users will be facilitated in the development of internet connections in the embedded systems are small and efficient. This module is also compatible with the Arduino Uno R3 (become Arduino shield).

Key Features

• 32bit ARM Cortex-M0 based evaluation board for W5500 chip
• Hardware pin-compatible with Arduino Uno Rev.3 shield
• On-board temperature sensor / potentiometer (provide reference code)
• 2 Push button switch (SW), 1 x RGB LED, 4-Mbit external data flash memory
• Ethernet / USB-mini B connector and 10-pin Cortex debug connector for SWD (Serial Wire Debug)
• Provides various application code – Loopback, DHCP, DNS, Controlling on-board sensor & potentiometer

Hardware Specification

• MCU : NXP Cortex-M0 (Running at up to 50MHz, 96KB Flash, 2KB SRAM, 4KB EEPROM)
• Ethernet : W5500(WIZnet Hardwired TCP/IP)
• IO : 16 GPIOs, 6 Pins Analog Peripheral using 10bit ADC
• RJ-45 :  10/100 Base-TX RJ-45 with Transformer (J1B1211CCD / CETUS)
• USB : USB Mini-B (On-board USB-to-UART IC, USB BUS Power / FT232RL)
• Power : 5V DC Power
• On-board User I/F : 2xPush button switch, 1xRGB LED, Temperature Sensor, Potentiometer
• External Memory : 4-Mbit Serial Data Flash Memory (AT45DB041D-SU)
• Dimension (mm) : 93 (L) x 53 (W) x 17.3(H)

RFID Evaluation Shield - 13.56MHz

This board is an evaluation platform for the SM130 RFID module. It includes an XBee header, PCB trace antenna, and has the layout to be used as a shield for an Arduino. There is a small prototyping area as well. This board can also be used as an antenna to the SM130 RFID module. Be sure to check the schematic for information on the connections.

This board comes populated with the switches, resistors and LEDs, but does not include the RFID module, XBee, headers, or Arduino board.

NuTiny-SDK-NUC240

NuTiny-SDK-NUC240 is a special development tool for NUC240 NuMicro series.
This board has two parts, namely NuTiny-EVB-NUC240 and Nu-Link-Me.
NuTiny-EVB-NUC240 serves as an evaluation board and Nu-Link-Me as the debug adapter.
With the Nu-Link-Me, then the user is no longer need additional ICE or other debugging.
Dev This tool uses MCU NUC240VE3AE (Arm Cortex M0 - 50 MHz).

Specs:

• 5 VDC power supply
• Based microcontroller / microprocessor NUC240VE3AE (Arm Cortex M0 - 50 MHz)
• Total port i / o 79 pin
• Port interface UART, SPI, I2C, Micro USB, LIN, CAN, I2S
• Micro USB programming port

NuTiny-SDK-NUC472

Board NuTiny-SDK-NUC472 this is a special development tool for NuMicro series ?? NUC472.

Users can use this board as a tool for the development of a project and verify the application program.

This board consists of two parts, namely NuTiny-EVB-NUC472 and NuLink-Me.

NuTiny-EVB-NUC472 own work as an evaluation board, while NuLink-Me as the debug adapter.

Therefore, users no longer need ICE or

debugging module.

MCU used is NUC472HI8AE have embedded Arm Cortex M4 core with DSP and FPU that can work using up to 84 MHz clock.

Applications that can be applied using this board include:

- Automation in industrial / home.

- PLC.

- Inverter.

- System security / alarm.

- Portable Data collector.

- Portable RFID Reader.

- Motor control.

- POS.

- Smart Card Reader.

Specs:

3.3VDC power supply

Based microcontroller / microprocessor NUC472HI8AE

Total port i / o 144 pin

Port interface UART, SPI, I2C, Micro USB, LIN, CAN, SC, I2S, Ethernet 10/100

Micro USB programming port

NUC131 NuEdu UNO

EVB NuEdu UNO is compatible with the Arduino IDE and add-on shield NuMicro MCU uses 32-bit ARM Cortex M0 as the microcontroller core. Users can use the Arduino IDE to develop applications and utilizing open source code samples from Arduino.

NuEdu-UNO-EVB NUC131 is specific to NuMicro Series NUC131 where users can develop and verify the application program with ease. NuEdu-UNO-NUC131 includes two parts, namely NuEdu-UNO NUC131 (evaluation board) and Nu-Link-Me (Debug Adapter). By using NuEdu-UNO-NUC131, users do not need additional ICE or debug tool.

NuEdu-UNO-NUC131 pin design is compatible with the Arduino UNO pin design.

IDE support:

1. Arduino IDE

2. Keil IDE

3. IAR IDE

4. Coocox IDE

Features:

1. Microcontroller Nuvoton with LQFP64 package.

2. NUC131 characteristics:

- Up to 24 channels of PWM outputs.

- Up to 6 UART.

3. On-board Nu-Link debugger / programmer with SWD connector.

4. The status LEDs (power, user, Tx, Rx and ICE).

5. Reset Button.

WIZ550web-EVB

WIZ550web-EVB is a evaluation board for WIZ550web.

WIZ550web is an embedded Web server module based on WIZnet W5500 hardwired TCP/IP chip. User can control & monitor the 16-configurable digital I/O and 4-ADC inputs on module via web pages. WIZnet provides firmware & web page examples  for user to customize their own objective.

Features & Benefits

• Supports quick test & evaluation of WIZ550web module
• 8 Digital Input (Photocouplers-TLP290-4 / 4 tact switches)
• 8 Digital Output (Relay ? HR91C-05)
• 4 Analog Input (A In0 : Potentiometer / A In1 : Temperature Sensor)
• RS-232C for serial data transmission & RS422 for AT command input
• DC 9~24V Power Input

Hardware Specification

• MCU : STM32F103RBT6
• TCP/IP Controller : W5500
• RJ45(Transformer integrated) : J1B1211CCD
• External Flash Memory : AT45DB081D
• 2.54mm Pin Header x 2
• Size (W x L x H) : 72 x 30 x 24 (mm)

ESP8266-EVB

ESP8266-EVB IS EVALUATION BOARD FOR ESP8266 WITH RELAY, BUTTON, UEXT, ALL GPIOS AVAILABLE ON 0.1" HEADER

ESP8266 is very highly integrated SOC which includes Xtensa LX106 core processor, RAM, RF front end and allow WIFI TCP-IP stack to be implemented on board with just few components beside ESP8266. It's very new but promising IC and it attracted lot of attantion and community with it's launch.

FEATURES

• Includes MOD-WIFI-ESP8266-DEV
• Relay 220VAC/10A
• Button connected to bootloader-enable
• Power jack for +5V
• UEXT connector
• Dimensions: 57x50mm (2.25 x 2")

Sim508 Evaluation Board only ( without module of sim508 )

SIM508 Evaluation Board is a board that is equipped with wireless connectivity engine GSM, GPRS and GPS engine.

specifications:

- Supply Voltage 4.5V range 3.4-

- Tri-band 900/1800 / 1900MHz

- GPRS multi-slot class 10/8

- GPRS mobile station class B

- Compliant to GSM phase 2/2 +

- Class 4 (2W @ GSM900MHz)

- Class 1 (1W @ GSM1800 / GSM1900MHz)

- Control Via AT Commands

- SIM application tool kit

- Receiver 20n channels

- Accuracy position 2.5m CEP

- Protocols NMEA-0183, SiRF binary, RTCM SC-104

- Memory on-chip 4Mbit FLASH and 1Mbit SRAM

OM11049 LPCXpresso Board for LPC1114

OM11049 LPCXpresso Board for LPC1114

LPCXpresso™ is a fully featured development platform from NXP, supporting NXP's ARM-based microcontrollers. Available as a free download, the platform is comprised of an Eclipse-based IDE and low-cost target boards which include an attached debugger. Populated with the LPC1114 to demonstrate LPC111x features, the LPCXpresso LPC1114 combines the industry‘s lowest 32-bit active power consumption of the LPC1114 and the low price point of the LPCXpresso.

OM11049 development board is a board with a 32bit processor NXP LPC1114 ARM Cortex-M0. This board has a high-performance (50MHz), low power consumption (130μA / MHz) and the ability to reduce power by 60% in sleep mode. OM11049 programming can be done with LPCXpresso IDE using C language

Features

• Eclipse-based IDE using very low-cost target boards
• The target boards comes with an integrated JTAG Debugger. No need for a separate debug probe!
• Easy upgrade options to full-blown suites (from Code Red) and hardware kits (from Embedded Artists)
• End-to-end solution for creating applications all the way from evaluation through to production

specifications:

- Power supply: 3.3 VDC or 5.0V DC from USB

- Based microcontroller / microprocessor: ARM Cortex-M0 LPC1114

- The number of I / O ports: 48

- Port interface: LPC-Link, I2C, SPI

- Bootloader: -

- Port programming: LPC-Link On-board (with 10 pin JTAG header)

- Features: LPC1114 MCU, integrated JTAG debugger, In-system / application programing

- Dimensions: 34.29 x 138.43 mm

NuTiny-SDK-M051 For NuMicro M051

NuTiny-SDK-M051 is the specific development tool for NuMicro M051™ series – M052/M054/M058/M0516. Users can use NuTiny-SDK-M051 to develop and verify the application program easily. 

NuTiny-SDK-M051 includes 2 portions. One is M052_Tiny-EVB and the other is Nu-Link-Me. M052_Tiny-EVB is evaluation board and Nu-Link-Me is its Debug Adaptor. Thus, users do not need additional ICE equipment. 

40000 Parallax P8X32A Propeller QuickStart

The Parallax 40000 P8X32A QuickStart is a simple and accessible development platform for the P8X32A Propeller microcontroller. 

The QuickStart is an evaluation board for the Propeller. As an open-source reference design the QuickStart board provides basic Propeller circuitry. Developers may use our PCB layout files as their own to speed their project towards completion. As a project board the QuickStart is fully expandable and provides unimpeded access to all I/O pins through an expansion header but includes some button inputs and LEDs to demonstrate programming. With USB power and a selection of QuickStart Project examples it's also the fastest way to get up and running.

Product Features:

• Propeller P8X32A microcontroller
• Expansion header provides access to Vss, Vdd, 32 I/O pins
• 5 MHz crystal on board may be disabled by removing SMT jumper, allowing replacement with external through-hole crystal
• Eight resistive touch buttons
• Eight buffered LEDs

Specifications:

• Open hardware reference design through our Altium and DipTrace PCB layout files (more export options may be possible)
• Bus-powered USB coupled with 3.3V regulator for 500 mA
• 64KB EEPROM (32K for P8X32A program, 32K for general-purpose use)
• External brownout reset may be installed by removing SMT jumper
• Pads for sigma-delta A/D circuitry (two resistors and two capacitors, both 0603) for using the Sigma-Delta A/D AppNote
• Power Requirements:  3.3 or 4 to 9 VDC, up to 500 mA
• Communication: USB, 3.3 V serial, I2C
• Dimensions: 2.0 x 3.0 x 0.36 in (5.0 x 7.6 x 0.84 cm) mounting hole centers separated by 3.5 x 1.0 in (88.9 x 25.4 mm)
• Operating temp range: -40 to +185 °F (-40 to +85 °C)

WizFi250-EVB

WizFi250-EVB Evaluation Board for WizFi250 module 

Features

• - Integrated RF power amplifier : Antenna calibration is not required
• - 1MB Flash Memory, 128KB SRAM and 1MB Serial Flash
• - Supports Low power consumption through dynamic power management mode
• - Provides the highest compatibility with the most of APs
• - Compact Size to fit into any kind of target device, even handheld device such as mobile, PDA and etc
• - Single band 2.4GHz IEEE 802.11b/g/n
• - Providing flexible system configuration through Web
• - RoHS
• - Device Package : 28×20 mm (17×20 mm)
• - Serial Interface : UART, SPI
• - Powerful Web server interface
• - Soft AP(Enough memory retention, L2 Switching)
• - OTA(Firmware Uploading Over the Air)
• - WiFi Direct (going to be prepared by 4Q 2013) 
• -Arduino shield compatible

MAXQ-2000STK

MAXQ2000-RAX STARTERKIT EVALUATION BOARD

FEATURES

• MCU: MAX2000-RAX up to 20 Mhz( single clock per instruction i.e. up to 20MIPS), low power 190 uA @ 8Mhz, power supply 1.8-2.5V, 16 bit microcontroller with 64 KB Flash (10K re-programming cycles), 2KB RAM, 3x 16bit Timers, 2x UART, 1x SPI, 1-wire, build-in driver for 132 segment LCD
• LCD display
• JTAG connector
• 20 Mhz (on socket) and 32 768 Hz oscillator crystal
• RS232 connector, one can be used for code bootloader
• SPI port connector
• 1-wire iButton connector
• Buzzer
• Li-io 3V battery connector on board
• four buttons on ports with interrupts
• RESET button
• Two on-board power supply voltage regulators supplying +1.8-2.2-2.5V to core and +3.3V to GPIOs
• Board can be powered by the JTAG (if MAXQ-JTAG-USB is used)
• Power supply filtering capacitors
• Extension headers for each uC pin on 0.1" row header
• PCB: FR-4, 1.5 mm (0,062"), green soldermask, white silkscreen component print
• Dimensions:100x80 mm (1.8x1.8")
• Prototype area with GND and 3.3V bus
• Power jack connector for AC/DC power supply

Evaluation Board for NAU8224

NAU8224-EVB is  class-D audio amplifier module which is able to output sound strereo with 3.1W power. This module is based NAU8224 as IC amplifier IC. Volume setting can be controlled directly via the PC (program supplied GUI) through the additional USB Dongle: NAU-ES_MINI_USB

specifications:

- Power supply: 5VDC

- Audio input (digital / analog): Analog

- Input video (digital / analog): Analog

- Audio output (digital / analog): Analog

- Output video (digital / analog): Analog

- Audio Amplifier: Class D (NAU8224)

- Has I2C interface to set the volume

Nuvoton ADC NAU7802 Evaluation Board

Nuvoton ADC NAU7802 Evaluation Board
EVB module for IC ADC NAU7802 from Nuvoton.

This module is equipped with a pin header and VR are used to configure the NAU7802.
specifications:
- Power supply: 2.7 VDC - 5.5 VDC
- Resolution: 24-bit
- Number of channels: 2 channels single ended, 2-channel differential input
- Interface: I2C

NuTiny-SDK-NUC140 development board

Development Board for microcontroller NUC140. The board fits in to the manufacture of prototype products using microcontroller NUC140. This board has been integrated with Nu-Link ME module for the charging process through the ICP program code. Concerning the programming language / compiler, this board can be programmed using the C programming language with the help of software EWARM IAR, Keil RVMDK, or CooCox CoIDE.

specifications:

- Power supply: 5VDC

- Integrated with NUC140 microcontroller.

- Have a Programmer / Debugger internal (Nu-Link-Me).

- Completion of the program code can be via USB ICP (Nu-Link-Me) or ISP (USB).

Features:

• An Evaluation/Development Kit for NuMicro NUC130/140 series
• IAR EWARM/Keil RVMDK available on IAR/Keil website
• Supported by CooCox CoIDE
• Support On-line ICP (In-Circuit Programming)

Supported Devices:

• NUC130
• NUC140

Kit Contents:

• Nu-Link-ME
• NuTiny-EVB-NUC140
• USB Cable

NuTiny-SDK-Mini51

Mini54LAN for microcontroller development board. This board can be used in the manufacture of prototype products using Mini54LAN through accessing microcontroller pin-pin I / O.

Specifications:

- Power supply: 5VDC

- It integrates with Nu-Link-Me so that you no longer need a programmer / debugger external.

- Can be programmed using the C programming language and use compiler IAR, Keil, or CooCox CoIDE.

Features:

• An Evaluation/Development Kit for NuMicro Mini51 series
• IAR EWARM/Keil RVMDK available on IAR/Keil website
• Supported by CooCox CoIDE
• Support On-line ICP (In-Circuit Programming)

Supported Devices:

• Mini51
• Mini52
• Mini54

Kit Contents:

• Nu-Link-ME
• NuTiny-EVB-Mini51
• USB Cable