Segger J-link Base Compact

Start Red Alert 3 like you normally would. When you are in main menu, press Alt + Tab from keyboard. Click C&C Online software open if it isn’t already. Click Red Alert 3 button and it will bring you back in the game. If you wanna play co-op go to Campaign Chapters and if you wanna play online games go to Versus Online. Since C&C RA3 is on sale i just wanted to be sure that the game has the entire singleplayer campaign as coop campaign (steam only lists 'Singleplayer' and 'Multiplayer' no 'Coop'). Red Alert 3 General Discussions Topic Details. KillLike Jul 26, 2013 @ 11:40am. (coop-campaign) doesnt work although my red alert 3 is registered into an. C&c online red alert 3 campaign co op. Hi all i just bought red alert on steam i played it on the releas date but now that there are no gamespy servers How can i play co op with my friend on steam??? Co op campaign. How can i play co op with my friend on steam??? Showing 1-1 of 1 comments. Feb 28, 2017 @ 10:42am. Do you have any idea how to download the latest patch for red alert 3, i am trying to play coop campaign through cnc online but it needs the latest patch, ive downloaded via different site which when i launch the game it says serial key is wrong even though its original.

≡

SEGGER Microcontroller provides professional development and production solutions for the embedded market. All SEGGER products are highly optimized, 'simply work' and benefit from more than 25 years of experience in the industry. If you want something a bit more powerful, the J-Link Base EDU is a good option. If you are planning on making money, you cannot use the EDU versions, in which case I recommend the Base Compact that we carry. This is the cheapest Segger ARM programmer without an EDU license.

PagesFavoritedFavorite3

Introduction

SparkFun has been a fan of Arduino for a long time. We've programmed ATMega328s (and 168s, and 8s before that), written tutorials, and hacked all sorts of fun projects. But now the market is maturing and we are looking at a lot more ARM chips. One advantage of the newer chips is that they generally do not need a USB-to-serial adapter; instead they have USB built in (at least the ones we are using do). You still need to add a bootloader to use them with Arduino, and since ARM programmers are also a little more complicated than AVR programmers you'll want to invest in a stand alone programmer instead of trying to use the Uno you have laying around.

A few ARM boards:

The Due: Arduino's first ARM board

MKR Vidor 4000: One of Arduino's newer Arm boards

RedBoard Turbo: One of SparkFun's newer boards

SAMD21 Dev Mini: One of SparkFun's ARM boards

SAMD51 Thing Plus board: SparkFun's newest ARM board

Required Materials

To follow along with this tutorial, you will need the following materials. You may not need everything though, depending on what you have. Add it to your cart, read through the guide, and adjust the cart as necessary.

Suggested Reading

If you aren’t familiar with the following concepts, we recommend checking out these tutorials before continuing.

PCB Basics

Installing an Arduino Bootloader

Installing Arduino IDE

Integrated Circuits

What is an ARM?

Let's start with what an ARM processor is. They are used in everything from the Redboard Turbo to the Raspberry Pi to most cellphones, but that's a large range of performance. ARM is actually a unique business model. Arm Holdings does the design work for the cores and holds the patents/copyright/other legal things and then licenses the design out. The cores are then put into CPUs, microcontrollers, SOCs (System on Chip), etc. A company might decide they want to build a camera that uses the ARM core. They can license the core, maximize power efficiency, add some silicone for the camera sensor interface, and build the entire system onto a chip.

If you look around you'll actually see quite a few naming conventions. The v7 architectures lists 3 different profiles:

• Cortex-A: the Application profile
• Cortex-R: the Real-time profile
• Cortex-M: the Microcontroller profile

We are going to be looking at Cortex-Ms. The Cortex M0/M0+ and M1 are actually from the v6 architecture and can be considered a subset for the v7 profile. All that to say that we are going to be looking at programming the SamD21 on our Redboard Turbo (and other boards) as well as the SamD51 on the Thing Plus. The SAMD21 is an ARM Cortex-M0, where the SAMD51 is an ARM Cortex-M4F.

Bootloaders

A bootloader is a small piece of code that looks at the programming port (in this case USB) to see if there is new code coming in. If there is, then it takes the code and puts it in a predetermined location. If there isn't, then it runs the code currently at that location.

Most Arduino boards have a bootloader that allows us to upload code over a USB port (or UART Serial connection). This way, once the bootloader is installed, we can program the board much easier. But sometimes we want to change the function of the bootloader, install a bootloader on a brand new board, or just skip the bootloader and install our code directly (makes it harder for other people to change the code on, say, a commercial product).

The bootloader we recommend using is the UF2 bootloader. You can go here for more information on UF2 bootloaders, or click on the button below to go to SparkFun's SAMD Bootloaders GitHub Repo:

UF2 is a file format designed by Microsoft that stands for USB Flashing Format. This format was designed for PXT (also known as Microsoft MakeCode) and allows for programming boards over the Mass Storage Class (removable drive). The bootloader is also compatible with BOSSA which is what the Arduino IDE uses. In other words, UF2 lets you write MakeCode, use Circuit Python, and use the Arduino IDE, all in one bootloader.

Whether you use the UF2 bootloader or another bootloader, you're going to have to download the file. Make sure the file you download is compatible with the board/configuration you are using. Check out our GitHub Respository for the SAMD bootloaders; the Turbo bootloader should work with these boards (you want the *.bin file).

JTAG and SWD

Joint Test Action Group

JTAG stands for Joint Test Action Group (the group who defined the JTAG standard) and was designed as a way to test boards. JTAG allows the user to talk to the bits and pieces of the microcontroller. In many cases, this involves giving them a set of instructions or programming the board. The JTAG standard defines 5 pins:

• TCK: Test Clock
• TMS: Test Mode Select
• TDI: Test>1
  FavoritedFavorite6

First step is to download the J-Link Software. This software is good for updating the firmware on the programmers. Go ahead and open the Jlink Configurator and see if your programmer needs an update. The J-Link Software packages has a lot of features you can dig into, but we aren't going to use them. Feel free to play around and explore the software and all the debugging has to offer.

Julio Iglesias Love Is On Our Side Again Karaoke Demo Free Mp3 Download. Free Julio Iglesias Love Is On Our Side Again Karaoke Demo mp3 Play. Free Julio Iglesias Stevie Wonder My Love mp3 Play. Free Julio Iglesias Non Stop 01 Love Is On Our Side Again mp3 Play. Stevie Wonder - My Cherie Amore Stevie Wonder - My Cherie Amore (Miss Dior Cherie) Lucius - Wonderful (My Morning Jacket cover) Stevie Wonder - My Cherie Amor (My Cherie Amour) Stevie Wonder 1el. Mp3.pm Fast music search 00:00 00:00. Mp3.pm Fast music search. Stevie Wonder My Love (with Julio Iglesias) 05:34; George Wonder My Bro (Original. Download My Love (Ft. Stevie Wonder) mp3 – The Dutch Collection Cd2 of Julio Iglesias - MP3fiesta.com. My Love - Julio Iglesias in duet with Stevie Wonder - MP3 instrumental karaoke. Stevie Wonder. All files available for download are reproduced tracks, they're not the original music. All MP3 instrumental tracks Instrumentals on demand Latest MP3 instrumental tracks MP3 instrumental tracks Free karaoke files. Instrument Backing Tracks.

Hardware Hookup

Now it's time to hook things up. We will need to make sure that SWCLK and SWDIO are both connected to the microcontroller. On some of our larger boards, like the SAMD21 Dev board and the RedBoard Turbo, we managed to get the full 10 pin header. Our footprint shows a small dash where pin 1 goes. If you check the pinout above you'll notice that the notch goes on the same side as pin 1. You will probably want a 2x5 header to connect the cable to the board (you can either solder it on, or hold it on securely while programming).

10 Pin Headers on Various SparkFun Boards
SAMD21 Mini	RedBoard Turbo	SAMD21 Dev

On other boards such as the ProRF or the SAMD51 Thing Plus you may have to dig into the schematic or board files to find the test points. There is at least one test point on all our boards since we program the boards after they are assembled and need access to them. Programming these might be a bit trickier without a jig, but I recommend holding a pair of jumper wires against the pads while uploading. It should only take a few seconds to program, but might be tricky and require an extra pair of hands.

Test Pads on the SparkFun SAMD51 Thing Plus Board
SAMD51 Board with SWDIO above MISO and SWDCLK below MIOS	Back of SAMD51 board showing the 2 testpads

Tip: Try soldering pins from jumper wires, thin solid core wires, or 0Ω resistors to connect to the test points. We use this trick to program an AVR microcontroller with ICSP pins broken out on test pads similar like the image shown below.

With the 2x5 header soldered into the 10 pin headers, connecting to the RedBoard Turbo is fairly straightforward:

AVR Studio

Now that we've gotten everything hooked up it is time to program. There are a few different options for programming. Atmel studio is a great option (assuming you are using an ATMEL ARM processor like the SAMD line). Atmel Studio also lets you write programs in C, and compile your code. The Arduino IDE also lets you compile and download a *.hex file of your code. Make sure you download and install Atmel Studio (Windows 7 or later only)

Let's go ahead and open Atmel Studio. Then we'll go to Tools and then Device Programming. From the drop down you'll need to select your programmer as well as your device (you might have to agree to the Terms of Use first). Then hit Apply and it should verify your programmer. Then go ahead and read the Device signature and Target Voltage, this make sure everything is being read correctly. Feel free to look around, you can get quite a bit of Tool Information as well as Device Information.

Next, we'll go to the Memories tab, you'll probably want to select 'Erase Flash before programming', and then select the location of your bootloader or other code. Hit Program and you should be good to go after a second or 2.

Troubleshooting

• If you get an error when trying to program, check the Fuses tab. On many of our boards we set the bootloader protection to protect from accidental overwriting. Basically this defines the size of the bootloader. Setting this value to 0x07 will set the bootloader size to 0 and allow you to write to that space.

Resources and Going Further

Need more information? Check out some of the links below:

• Github Repository - SparkFun SAMD bootloaders

Check out these other great tutorials for ARM based boards from SparkFun:

SAMD21 Mini/Dev Breakout Hookup Guide

9DoF Razor IMU M0 Hookup Guide

Wireless Joystick Hookup Guide

LoRaWAN with ProRF and The Things Network

RedBoard Turbo Hookup Guide

Adding More SERCOM Ports for SAMD Boards

SAMD51 Thing Plus Hookup Guide