USER MANUAL Fusion for ARM v8 Manual PAGE 1 for ARM v8 DEVELOPMENT BOARD
It’s time to rethink the way you approach rapid prototyping PAGE 2 Let us introduce you to the latest generation of Mikroe development boards – F u s i o n f o r A R M v 8 Time saving embedded tools Fusion for ARM v8 Manual
Table of contents Introduction 4 Development board overview 6 Power supply unit 8 10 Connectivity 12 Communication 22 What’s Next? 24 PAGE 3 CODEGRIP – programmer/debugger module All images shown in the manual are for illustration purpose only.
PAGE 4 Fusion for ARM v8 Manual
Fusion for ARM v8 is a development board designed for rapid development of embedded applications. Redesigned from the ground up, it offers broad set of standard, as well as several unique features never seen before in the world of embedded electronics: programming and debugging over WiFi network, support for a large number of different ARM® Cortex®-M based microcontrollers regardless of their pin number and more.
Development board overview PAGE 6 OVERVIEW The Fusion for ARM v8 development board features a clean and intuitive layout, allowing the user to instantly understand how to set it up and how to easily tune it according to needs. The development board is divided into several sections, arranged so that all the related interactive components such as switches, buttons, indicators, and connectors, are logically positioned and grouped together.
operating system (OS). The USB-C connector is also used to power the development board, simplifying the cable management. The I/O (Input/Output) section occupies the lower part of the development board and contains available MCU pins routed to 2x5-pin headers for easy access. Some of them are equipped with configurable pull-up or pull-down resistors and buttons for applying logic states to MCU pins, while all of them are equipped with LED indicators.
Power supply unit The Power supply unit (PSU) (1) module provides a clean and regulated power, necessary for continuous operation of the development board. The MCU along with the rest of the onboard peripherals, demands regulated and noise-free power supply. Therefore, the PSU module is carefully designed to regulate, filter, and distribute the power to all parts of the Fusion for ARM v8 development board.
Power/debug, USB-C connector The development board can be powered over the USB-C connector, labeled as POWER/ DEBUG (2). This connector provides power from the USB host, USB power bank, or USB wall adapter. When powered over the USB connector, the available power will depend on the source capabilities. The development board will be able to maintain its operating voltages within the specified limits, as long as the voltage of the external power supply stays within the range stated below, in the table.
remotely programmed and debugged over the WiFi network, the Fusion for ARM v8 development board allows complete autonomy, allowing it to be used in some very specific situations: hazardous enviroment, agricultural application and etc. NOTE It is advised to disable the battery charging circuitry if there is no battery connected to the Fusion for ARM v8 development board. This can be done using CODEGRIP Suite. For more information, please consult the CODEGRIP manual, which can be found on this link: www.
1 2 ACTIVE (RED) Indicates the operational state of the CODEGRIP module: when CODEGRIP module is in the bootloader mode, this indicator will blink. Normal operation of the CODEGRIP module is indicated by the ACTIVE LED being constantly turned ON DATA (BLUE) Indicates that there is a data transfer ongoing between the MCU and the CODEGRIP module The onboard CODEGRIP module (1) requires no additional drivers, as it utilizes a HID driver model, which is natively supported by the computer OS.
Connectivity One of the key features of the Fusion for ARM v8 development board is its connectivity. P A G E 12 O ENCT N EIVIT C T YI V I T Y CO CN N It features a diverse amount of connecting options, making the board very versatile, adaptable to any situation, and very easy to work with. It has two display connectors (1x16 LCD connector and 2x20 display connector), Ethernet, USB-UART, USB HOST/ DEVICE, an external programmer/debugger connector and many more.
CONECTIVITY P A G E 13 Easily create an IoT Weather Station with the Fusion for ARM v8 development board.
2 MCU CARD Due to MCU cards universal nature, Fusion for ARM v8 development board supports a vast number of different MCUs. P A G E 14 In addition, each of the supported MCUs has some specifics, such as the number of pins and ports, additional peripherals, clock speeds, etc. Therefore, the MCU is supplied in a form of a standardized MCU card. It can support MCUs with various number of pins and specific hardware requirements.
not having to worry about the pin compatibility and similar issues. Most importantly, it allows very simple swapping between different MCU types during the development phase, without any hardware interventions. From the top side, each MCU card has a clearly labeled MCU type it is designed for (MCU CARD for KINETIS, MCU CARD for STM32…), as well as its PORT width, printed just below the MCU type label (8-BIT PORT, 16-BIT PORT, 32-BIT PORT) (3).
8-BIT port PORT buttons Pin labels that belong to 8-bit ports are represented by white text on a black background (1). There is a total of twenty 8-bit ports, ranging from PORTA to PORTT. Ports ranging from PORTA to PORTD are routed to the EXPANDED PORTS section (4), while ports ranging from PORTE to PORTT are routed to the COMPACT PORTS (5) section. Port buttons can be used to apply the desired logic state to pins of the MCU PORT they are routed to.
Figure 8: I/O ports view 10 8 9 4 1 2 Each PORT contains a group of eight LEDs (9), used to visually indicate a logic state of the specific pin. These LEDs can be found in both COMPACT PORT and EXPANDED PORT sections. The maximum current through a single LED is limited with the 4.7k resistor.
2x20 display connector 1 Figure 9: 2x20-pin board connector view Fusion for ARM v8 development board features a standardized 2x20-pin display connector. This connector consists of the 8080 parallel interface, offering support for displays with up to 8 bits per color (up to 24-bit mode, 16 million colors). Besides the 8080 interface, this connector also contains pins related to touch panel controller, Make sure to turn off the power supply before placing the display module on the board.
1x16 display connector 2 Liquid Crystal Display (LCD) is a cheap and popular way of representing application results, messages, or some other type of information to users. Fusion for ARM v8 natively supports 2x16 characters LCD module, connected in 4-bit mode. It offers a dedicated 1x16-pin header (2) that can host a compatible LCD.
mikroBUS sockets ™ The superior connectivity features of the Fusion for ARM v8 development board are rounded up with five standardized mikroBUS™ host connectors. It is a considerable upgrade for the board, as it allows interfacing with the vast amount of Click boards™. mikroBUS™ is the add-on board standard that offers maximum expandability with the smallest number of pins. More information at www.mikroe.
THE LARGEST AND FASTEST-GROWING BASE OF ADD-ON BOARDS IN THE WORLD! Click boards™ are standardized add-on boards that carry a variety of different electronic devices. They are designed to perfectly fit the mikroBUS™ socket. Engineered to deliver the best performances for the used components, they save developers of testing and troubleshooting often associated with the prototyping phase. They enhance rapid development and accelerate time to market.
Communication Communication connectors allow the development board to be connected with many different devices that use high-layer communication protocols such as Ethernet, USB, etc. Also, there is a USB-UART converter, offering simplified communication with the personal computer over the emulated serial interface. Each of these connectors will be described in more details, in the following sections of the manual.
Ethernet Additional GNDs Ethernet is a popular networking technology for local area networks (LAN). Systems communicating over Ethernet divide a stream of data into individual packets, known as frames. Each frame contains source and destination addresses and error-checking data so that damaged data can be detected and re-transmitted. This makes the Ethernet protocol very popular for communication over longer distances or in noisy environments.
What makes you want to be an embedded developer? Is it the recognition of your skills, invention, or the development process? Whatever the reason is, we want to let you know that we are here for you every step of the way. You can enjoy the process focused, yet relaxed – everything else is taken care of. Enjoy premium.
What’s Next? You have now completed the journey through each and every feature of the Fusion for ARM v8 development board. You have become familiar with its modules, organization, and the programmer/ debugger. Now you are ready to start using your new board. We suggest following steps which are highly recommended to begin with.
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