Step 5: FUSES: How to Set Them in EXtreme Burner

When you issued a READ ALL the fuses were read from the chip. Thats the FIRST pic shown fuses.jpg.

Now perhaps you need to change them to something else. The fuses consist of 4 boxes in the last TAB on your eXtreme Burner screen. Namely LOW FUSE BYTE, HIGH FUSE BYTE, EXTENDED FUSE BYTE , LOCK FUSE BYTE and CALIBRATION BYTE. in that order they are shown .

You could simply use an ONLINE fuse calculator and fill them in. like the one at

Or you could use eXtreme burner to do it for you. offline itself anytime: Select from the drop down list that appears when you click on the DETAILS button that is there below each kind of fuse byte. Just double click on any line in the DETAILS screen and watch it change from SET to CLEARED and toggle its state with your mouse click on each line. The Fuse Byte in the box above it would change accordingly.

If you are wondering «what the heck are fuses» and «what do they do» ? Read this excellent write up :

https://www.instructables.com/id/Avr-fuse-basics-Running-an-avr-with-an-external-cl/

Шаг 2. Понимание файлов, которые нужно изменить

В Extreme Burner перейдите к своей программе. C: Program Files eXtreme Burner — AVR, здесь есть несколько папок: Data, Help, Image, Driver и т. Д. Мы начинаем с папки «Data». Как только вы загляните в эту папку, Дежа-Ву! Так что именно здесь хранится информация о конфигурации! Здесь есть XML-файлы: Chips.xml, Fuselayout.xml, clocksystems.xml. Это XML-файлы, которые вы бы изменили в этом учебном пособии. Вам понадобится редактор XML. В Интернете их много, но я использую и рекомендую Notepad ++ (надстройка для просмотра и редактирования файлов XML уже установлена ​​при установке Notepad ++ по умолчанию, если ее нет, загрузите и установите эту надстройку). Смотрите на скриншот, где вы должны отметить «XML view» в notepad ++. на более раннем этапе.

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Khazama AVR Programmer

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Powers and Abilities

In battle, Hazama wields the Nox Nyctores named Geminus Anguium: Ouroboros; a steel hook crafted in the shape of a snake that he summons in front of him, attached to a chain of green/black energy, which he can use to attack opponents from afar, or reel them in, as well as zip around the battlefield quickly, if not instantly, and close gaps between him and his foes. On the other hand, he also uses Balisong-style butterfly knives for close-range attacks. Most of his attacks are similarly based on summoning green/black energy and serpentine apparitions to attack his foes, with his Astral Finish being a gigantic cobra of green energy composed of many smaller snakes. Outside of his magical prowess, Hazama is incredibly nimble and flexible, his moves vaguely reminiscent of dance techniques.

Having been the original creator of the Azure Grimoire, he possesses his own imitation, activating it in an identical manner to mock Ragna. When activated, a large magical circle envelops him, slowly sapping away vitality of anyone who steps inside. Also, Ragna was unable to use his own Azure Grimoire until he absorbed Lambda’s Idea Engine. In the Story Mode of the first game, Hazama’s true form as Terumi depicts him as a black apparition with green glowing veins and aura, or alternatively, his facial features become psychotic and his hair spikes up.

According to dialogue, Hazama (at least in his true form) is able to erase memories by «eating» them, saying that they are delicious. He has used this ability twice so far, both of which were on Jin Kisaragi.

Hazama’s drive is Ouroboros, utilizing his Nox Nyctores’ namesake to soar around the battlefield using his weapon to pull him in, regardless of whether or not Ouroboros has made contact, in order to make up for his lack of long-range or projectile attacks. Above his Heat is a counter for his Ouroboros that determines how many times he can pull himself in (2 at max). Though it usually recharges after two seconds, he can get some back by simply hitting the opponent with the weapon and allowing it to click a second after it lands.

Step 4: Making the Corrections in XML File Chips.xml

Using Notepad++ window you will make these corrections, mainly Page size set to 32 bytes as given in data sheet for Attiny44). You would be facing a problem while using a different chip, but the steps are the same.

Now you will need to add another section below this one, for your specific MCU Attiny44A. Since this chip is identical in registers, memory size, and everything, we just copy and paste the 44A section below it, in this new section, rename the chip name, to ATTINY44A in place of ATTINY44. Just to recaptulate, we didn’t remove the ATTINY44 section, we only changed the Page size line in it ! We are just adding one more section below it for our 44A Microcontroller.

See the pics.

Step 7: Write to Chip Your Program / Hex File

Now open any hex file on your laptop from your AVR projects folder and watch it flash by giving «Write —> Flash» from Burner Menu.

Watch the messages that indicate write to Chip and verify ops went OK !

If they didnt, check the wires and connections from your development board hosting the chip and your USBasp programmer. Thats it !

Next article i will tell you how to hack the other XML files too ! and how to place your custom image (I placed the image of my faithful dog Tom» in the menu, last but one icon at right, to customize my eXtreme burner, shown in the last picture above) in the Menu bar to assure you that its the modified version suited to your needs that you are using and not the stock version ! See the snap of the menu bar with photo in it (last but one icon).

For Fuses, are you using an online fuse calculator ? You can do it in Extreme burner too, there is a fuse calculator in FUSES tab for setting clock speed and fuse options ! Sometimes it dosen’t work for your chip, I will tell you how to hack that too, its quite simple, using the files fuselayout.xml and clocksystems.xml.

Happy MCU programming ! If you want any more tips on using eXtreme burner, post it in the comments and I will be glad to give my ideas and suggestions. Do share your ideas too !

Khazama avr programmer настройка

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Khazama AVR Programmer – графическая оболочка консольной программы avrdude, разработана арабским программистом, поддерживаемая системами Windows XP/Vista/7. Программа предназначена для прошивки микроконтроллеров фирмы Atmel семейства AT90/ATtiny/ATmega/ATXmega.

Khazama может считывать и записывать программный код, очищать память и программировать FUSE-биты, так же есть функция автоматического программирования и настройка тактовой частоты программирования. Программа поддерживает работу с программатором USBasp.

Настройка и прошивка

Для настройки программы заходим в Command -> Program Options

Здесь находятся настройки программы, подавляющее большинство которых настройка Auto program (автоматического программирования), выделенные в списке красным цветом. Используя функцию автоматического программирования, такие действия как считывание, стирания, запись и проверка выполняются по очереди автоматически, что очень удобно. Достаточно нажать, кнопку Auto program и все пункты отмечены галочками в настройках программы будут выполнены.

1. Располагать окно программы поверх остальных окон2. Загружать в буфер программы последний закрытый файл3. Считать FLASH память микроконтроллера в буфер программы 4. Считать EEPROM память микроконтроллера в буфер программы 5. Очистить память микроконтроллера 6. Записать прошивку в FLASH память микроконтроллера 7. Записать прошивку в EEPROM память микроконтроллера 8. Сверить байты FLASH память микроконтроллера после записи 9. Сверить байты EEPROM память микроконтроллера после записи 10. Записать Fuse bits в микроконтроллер 11. Проверять правильность выбора модели микроконтроллера 12. Настройка тактовой частоты программирования

Выбираем микроконтроллер через выпадающий список

или через меню File -> AVR -> …

Загружаем файл прошивки в программу File -> Load FLASH file to Buffer, указываем файл и нажимаем Открыть

Прошивка загружена в буфер. Если микроконтроллер был ранее прошит, стираем его Command -> Erase Chip

Выбираем Да

Теперь можно записать программу в микроконтроллер Command -> Write Flesh Buffer to Chip

После появится окно, подтверждает удачную запись программы, нажимаем Ok

источник

Шаг 6: Проверка вашей работы!

Теперь мы должны попробовать пирог или пудинг, как вам нравится это называть!

Откройте eXtreme Burner и посмотрите в Chips в Меню, ваш новый чип Attiny44A должен появиться! выберите его.

нажмите на Chip Info и убедитесь, что данные верны! Смотрите фотографии.

Подключите USBASP-программатор к USB-порту, а свою плату разработки — к USBASP и дождитесь, пока драйверы его не распознают, он появится в разделе «Устройства и принтеры». Теперь дайте «Читать ВСЕ» от Горелки. Вы увидите успешное чтение Flash, EEPROM и предохранителей, если все в порядке! Диагностические сообщения будут показаны, как на рисунке.

Appearance

Hazama’s appearance is taken after the shady, creepy archetype. He is depicted with bright green hair and an ever-present smile with his eyes closed, belying a demonic nature. He wears a simple black suit with a white shirt underneath, short brown gloves, and brown steel-toed shoes. He dons a pair of black trousers held up by two brown belts. He completes the outfit with a black fedora hat to close the shady visage. Upon revealing himself as Terumi, he removes his hat and tie, his hair spikes upward, and he opens his eyes, which are gold with snake-like slits for pupils. His smile also becomes that of a psychopathic killer. In his ghost form, he appears as a black apparition with a vague humanoid outline and green veins. His facial features consist of a single beady green eye and a red mouth curled into an eerie, wide smile.

Step 2: Understand the Files You Need to Modify

In Extreme Burner, go to its program Files entry at : C:\Program Files\eXtreme Burner — AVR, there are several folders here: Data, Help, Image, Driver etc. The one we start off with is the folder named «Data». Once you look into this folder, Deja-Vu ! So this is where the configuration information is stored ! XML files are there: Chips.xml, Fuselayout.xml, clocksystems.xml, These are the XML files you would be modifying in this Instructable. You would need an XML editor. There are many on the Web but I use and recommend Notepad++ (the add-in to view and edit XML files is already installed in default installation of Notepad++, if its not , download and install this add-on). See screenshot for where you have to tick «XML view» in notepad++. in earlier step.

Step 1: Settings to Be Made:

The pictures show the SETTINGS to be done before you start your work. (its one time only). Under ‘Hardware settings’ sub-menu item, we select 375Hz because most of the MCU from ATMEL factory are set to Default settings of 1 Mhz CPU clock on internal RC oscillator. The ISP speed is a Quarter of F_cpu. That gives us 375 Khz nearest speed, you could go to a lower speed too, it won’t make much difference. You could try to connect leaving this at its default, and issue a ‘read all’ , if it fails then you could come over here and alter the speed, making it lower.

Because if you are unable to connect (the message would be given in the programmer window «unable to communicate with chip, can’t SCK» means the clock signal from your PC couldn’t synchronise with your chip that you are trying to read or program)., you would be unable to change the Clock speed of the CPU or alter its speed and type ! So connecting is the basis of everything ! Its like «FIRST CONTACT» like you see in the Spielberg movies. If you succeed in this, you can always increase the clock speed of your MCU by programming the fuses accordingly, and later on use a higher speed to connect.

So go through the hardware settings snapshots provided here, then set the device type too (the chip you are trying to program, its model number).

Step 6: Setting Fuses Using EXtreme Burner Fuse Calculator

You can see the Details Screen that appears for each of the fuse bytes (LOW, HIGH, EXTENDED, LOCK, and Calibration). The Calibration byte should be left unchanged as it shows the calibration data byte in the AVR that applies to the internal RC oscillator. The LOCK byte is usually FF only, (not discussed in pics above) as you would not be locking the Flash or EEPROM while in learning stage. You would be changing only the LOW, HIGH and EXTENDED bytes. Be careful !

If you change SPIEN bit to 1 (unprogrammed state is 1 in AVR microcontrollers) you would be unable to communicate with your chip using USBASP or any programmer ! The default state is also shown in your screen for each fuse bit. This alerts you that SPIEN default is always 0 (programmed state) to allow you to use SPI mode for ISP programming. Debug-wire or DW bit is always left 1 (unprogrammed) when SPIEN is set to 0. This is its default state too. Also, in Extended Fuse bits ‘Self Programming Enable» should be ‘1’ (unprogrammed) if you are using your USB-ASP to program your target chip (not using bootloader ROM like in ARDUINO).

You can change the CLOCK bits (3 in number) to select internal RC or external crystal. I normally leave it for internal RC which allows you to get 2 extra pins that freeing up the external crystal entails to use as PORT pins for your AVR projects. Usually external crystal is needed when you need high accuracy timing in your project. For learners internal RC is enough.

Usually once you settle on some fuse combination you would not be changing it. It would be one-time. You would be only flashing the ROM or sometimes the EEPROM too. For Flashing the EEPROM separate .eep file is generated by your WINAVR / ATMEL studio if at all your program uses the EEPROM to store data. Otherwise the EEPROM is left unused, filled with the ‘FF’ data that shows ‘NO DATA state ‘ of EEPROM.

WeaponsEdit

The briefcase holding Samurai Flamenco’s stationary weapons

Masayoshi has a multitude of office supplies that also serve as weapons for Samurai Flamenco. All of Masayoshi’s weapons are based off of office supplies and usually don’t harm people directly. They are made by Jun Harazuka , a scientist who is an accquantance of Masayoshi’s. These weapons are kept in a briefcase until given to Masayoshi.

Masayoshi wielding the stapler nunchaku.

Samurai StaplerEdit

A stapler that can trasform into a pair of nunchaku, it is used to staple enemies to eachother or to other 
things, but not hurt them in any way. 

Hardware

Partlist

Partnumber	Value	Reichelt No
C1	4,7u	RAD 4,7/35
C2	100n	X7R-5 100N
C3, C4	22p	KERKO 22P
D1, D2	3V6 zener	ZF 3,6
CON1	USB-B	USB BW
CON2	10pol	WSL 10W
IC1	ATmega8-16	ATMEGA 8-16 (not programmed!)
JP1, JP2	2pol 2,54mm	SL 1X36G 2,54
LED1	3mm LED green	LED 3MM 2MA GN
LED2	3mm LED red	LED 3MM 2MA RT
Q1	12Mhz	12,0000-HC49U-S
R1, R2	68	1/4W 68
R3	2,2k	1/4W 2,2k
R4, R5, R6, R7	270	1/4W 270
R8	10k	1/4W 10k
R9, R10	1k	1/4W 1k
M1, M2	Jumper	JUMPER 2,54GL SW
M3	Socket 28S	GS 28-S
M4	Case	TEKO 10007
M5	PCB	—

User PCB layouts

		usbasp_single_side.t3001.zip by Thomas Fischl Single-Side PCB, TARGET 3001! layout file Size: 90×40 mm (optimized for case Hammond 1591ATBU)
		lv_usbasp.tar.gz by Pawel Szramowski (11/2007) With Low-voltage front-end. Single-Side PCB, EAGLE layout files, some SMD components
		by Bernhard Walle Double-Side PCB, EAGLE layout files, part list with order numbers for Reichelt.de and Conrad.de Size: optimized for case Hammond 1591ATBU
		http://thomaspfeifer.net/atmel_usb_programmer.htm by Thomas Pfeifer Single-Side PCB, PDF layout files, SMD components
		by Tomasz Ostrowski Single-Side PCB, PDF and EPS layout files, only four 0805 SMD parts, rest discrete components
		USBasp_CH.zip by Christian Heigemeyr Single-Side PCB, with some SMD 0805 components, PDF-files With additional buttons for reset and disconnection of the target
		USBasp.sch, USBasp.pcbComponentSide.pdf, TopSide.pdf, Schematics.pdf by Zhurov Pavel Single-Side PCB, P-CAD 2002 format and PDF files Crosspiece TXD and RXD are added for the ISP connector
		usbasp_gr.rar by J.A. de Groot The board is single sided (EAGLE format), measures 3 by 8 cm and uses only regular components.
		usbasb_mg.zip by Matthias Görner Single-Side PCB, eagle-format, with PS/PDF-files integrated sockets for target chips ATmega8 and ATmega32
		Tarball with layout by Hannes Östlund Doubleside-Side PCB, SMD components, very small
		by Sergiy Bogdancev (01/2010) 3.3V version, ATMega48 only. Single-side PCB, ExpressPCB layout format + socket board for varies AVRs. Without future serial interface, chip initially must be programmed with another programmer.
		Eaglefiles (sch/brd) and CAD case design (dxf) by Hans Hafner, HTL Mössingerstrasse-Klagenfurt, Österreich, hans.hafner (at) htl-klu (dot) at (01/2010) CNC-milled case (DXF file available), Eagle layout, only a few SMD parts
		Different USBasp versions: Easy to built non-smd, smd version and a very small USBasp by Sven Hedin (01/2011) Eagle files available.
		USB Key AVR Programmer by Fabio Baltieri (09/2011) Very small USB key like dimensions. SMD parts.
		AVR ISP Programmer by Jaroslav Vadel (04/2012) Small programmer. SMD parts.
		Target project and PDFs (layout/schematics) by Marius Schäfer (09/2013)
		by Stephan Bärwolf (04/2014)
		USBasp on breadboard with socket for controller daughter boards. by Fabian Hummel (11/2018)
		Tjaart van Aswegen designed an SMD board: DIP TRACE and GERBER files. by Tjaart van Aswegen (09/2019)
		Feature rich (e.g. different voltage levels, integrated USB to serial converter, USB-C connector) USBasp compatible design. AVR Programmer Github project. by Brian Pepin (12/2019)
		USBasp with ZIF socket and through hole components. KiCad design on Github by Bruno (04/2020)

Step 5: New Section for Attiny44A Added

You would just copy the previous section for ATTINY44 (after correcting the page size to 32 bytes in its XML section) and change the chip name in the XML line to «ATTINY44A» , ie, just type the «A» ! All the rest of the lines emain same. Be careful not to make any typing errors in the XML and don’t omit any quotes characters ! If you do thats a different story you will learn what will happen next time you open «Xtreme Burner» it will say «error loading XML file chips.xml at line no. —-«, so you would know and then you can reopen the XML file and check what mistake you made ! Save your file in Notepad++ and exit. Your work is done !

Шаг 3:

Если вы загляните в файл chips.xml в папке данных, где установлен eXtreme Burner, и прокрутите вниз до дескриптора раздела для вашего устройства Attiny44A или любого другого чипа, с которым у вас возникла проблема, вы заметите неправильный размер страницы i (64). байт вместо 32 байт, как указано в его листе данных) в файле XML в разделе Attiny44, это приводит к ошибкам и невозможности прошить наш файл Program / hex в наш микроконтроллер с помощью USB-ASP. Иногда строка подписи может содержать неверную информацию. Вы должны прочитать этот раздел и убедиться, что он содержит действительную и правильную информацию для вашего чипа по сравнению с его официальным даташитом.

Этот файл XML может быть прочитан только с помощью редактора файлов XML.

Кроме того, всякий раз, когда вы получаете ЛЮБОГО рода ошибок в то время как используя экстремальную горелку, просто нажмите на «ЧИП ИНФО» в меню вашего инструмента записи и проверьте правильность отображаемой информации о чипе (после того, как вы установили чип в меню под чипом (см. скриншоты 1 и 2). Когда вы заметите это несоответствие в отображаемой информации о чипе, вы выбранный и спецификация чипа (или даже в случае, когда чип, который вы пытаетесь прошить, не отображается в диалоге выбора чипа в eXtreme Burner), вы должны изменить XML так, как описано в нашем руководстве. Вы можете сделать это сначала без использования какого-либо редактора XML или открытия файла chips.xml!

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Step 7: Final Value of Fuse Bits

After setting all the Fuse bits, and closing the DETAILS boxes that you used, you can see the value of the Fuse bits as calculated by the program (see pic) . All that remains is to issue a «Write —> Fuses» using the menu.And look at the messages that report a successful write. Later, you could also issue a READ ALL from the menu and check if the fuses read in last TAB of the burner screen coincide with what you wanted to write to the chip. (Fuse verification).

You would notice that at the start of this Instructable when we did a READ FUSES, the screen shows the same FUSE values that we see here ! That’s because these are the fuses I often use and rarely change them once I set them in my MCU, unless I change the frequency from 1 Mhz to 4Mhz for some projects. The AVR can be set to 20Mhz maximum (some chips only upto 16Mhz ). The frequency you set for F_cpu also depends on the Voltage you supply the chip with ! For instance if your chip operates from 1.8V of Vcc upto 5.5V of Vcc (data sheet refer) you would not expect to run your Chip at 20 mhz if you supplied only 1.8V to it ! you are expecting too much from it ! A table in the data sheet tells you at what voltage the freq tops off at which figure. The higher your frequency of chip operation, the more the heat and more the power it consumes. Think of the Frequency like the Heartbeat of an animal. A Hummingbird with a high rate of hearbeat would have a higher energy burn per minute compared to a Whale or elephant with a much lower heartbeat ! But then it can do much more in a shorter time. The MCU is just like that.

Personality

Hazama maintains a calm and quiet demeanor around most people, pretending to be harmless as a member of the Intelligence Department. He claims to hate fighting and prefers to avoid conflict. This, however, is simply a guise to his true nature. When people see through it, he shows his true colors as selfish and manipulative; destroying other people’s lives and twisting their beliefs for his own gain. He has no qualms with killing those who get in his way, and doesn’t seem to show any kind of remorse for his actions.

After being separated from Terumi in Chronophantasma and Central Fiction, Hazama seems to become more different than Terumi as without him Hazama is much nicer and is nowhere near as deranged from him but is still shady and a trickster due to him faking his amnesia but has different desires from Terumi and doesn’t want to host Terumi anymore but instead become his own entity.

Despite separating from Terumi at the end of BlazBlue: Chronophantasma, he is shown to be just as cruel and detached as Terumi himself, working in sync with him with almost no problems and taking just as much pleasure from the suffering of others as he did before. Hazama takes every opportunity to upset others by mocking them, deliberately provoking them, or even bringing up and prodding at a sensitive topic, all for his own enjoyment. Even when he is on the losing side of a conflict, he would take the time to insult and taunt his foes.

His cruelty seems to be an inherent trait regardless of the fusion with Terumi, as the latter brings it out much more often compared to Hazama’s own volition; while he has his nice demeanor in Centralfiction – he still relishes in brutal torture and exhibits sadistic tendencies in an almost lustful manner or whenever he is provoked, despite largely being someone who minds his own business. This can be seen when he tortures Rachel during the third act of Centralfiction by killing her over a hundred times, just to test the limits of her immortality. He was even going to cut her body to pieces with his jagged chains and throw said pieces in different parts of the Boundary; despite this, Hazama is still much more subtle in his disposition compared to how blunt and openly-foul-mouthed Terumi normally is; it is even to the point where Terumi himself cannot fully confide in Hazama’s wild card status.

His goals are completely different from those of Yūki Terumi, who wants a world ravaged by sorrow and despair. Hazama himself wishes to feel the mental pain that comes from going against his conscience; something he lacks as a sociopath. He continues to commit worse and worse atrocities just to get his sadistic kicks and really push the limits of his own sociopathy. Every action he takes can be seen as a contributing factor to his myriad of social and physical experiments in pursuit of further knowledge. His need to feel such things also stems from the wound inflicted to him at the end of Chronophantasma by Platinum, which due to his identity as a mere vessel without a heart, heightened his sensation of feeling alive and results in a need to understand pain.

Hazama is shown to have an innate love for boiled eggs, swallowing them whole after shelling them. It is symbolic of his parallels with snakes, who perform a similar action in their predatory mindset, and fits into his overall theme of snakes and serpents. This is a trait he shares with his predecessor, Kazuma Kval.

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Introduction: Hacking EXtreme Burner for AVR Atmega Devices Programming

By raj898Follow

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About: I’m Raj Anné (aka Michael) , Mechanical Engineer, having a range of interests: Computers, programming, Chemical technology, Instruments & control. I have spent two decades in various Consulting and Proje…

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This is my First Instructable on this site ! All you good folks posted a lot of things on this site, many bizarre and strange ideas and interests too ! Many of which i read from time to time, and you inspired me to give back to the Community ! Although the title is «hacking» no need to get alarmed ! we are just modifying some data files used by the program and its not illegal in any way. The software listed here is Free to use by anyone and can be downloaded along with any other AVR programming GUI front-ends for AVRdude (which itself is in public domain) without any limitations. Somehow the term «Hacking» is more interesting and we come across many such articles now !

«eXteme Burner » is a popular Front End GUI for the AVRdude Program used to program ATMEL AVR series of MicroControllers. (MCU). The second ‘X’ is a capital in the name of this utility ! No, its not my typing mistake. There are various other GUI tools as well, such as Khazama programmer and BitBurner AVR programmer etc. I have used eXtreme Burner for my AVR practice and it served me well for the popular Microcontrollers Atmega 328 , 168, Atmega8 or 8A etc series. But one day when I used a new chip ATTINY44A I ran into a problem. Other people too (in various AVR forums have reported this and abandoned eXtreme Burner , going in search for other GUI programs for AVRdude or going down to the command line and using AVRdude directly with its options.). This is due to lack of understanding of the flexibility inherent in eXtreme Burner ! After all, once you get used to a GUI that can read your AVR flash memory, EEPROM and FUSES why would you go and learn another GUI ? Here I detail how to modify your eXtreme burner Tool in an Extreme way ! Your tool will behave the way you wan’t it to and not in some way that gets in your way or dosen’t work at all in a specific MCU.

What you need: A Laptop with eXtreme burner , AVR studio any version with AVR-GCC compiler to compile your C program into an Intel Hex file to load into your MPU, Notepad++ with add-on installed for ‘XML’ view and editing (look in Menu —> Languages, it would show XML as an option in the drop down list, if it does its already installed, if not head over to the Notepad++ site and download it, its also possible to do it from Notepad++ itself to add additional ‘languages’). Select the XML option , a dot will appear next to it. This allows you to view and edit XML files, which is the format you will be hacking the files in this article.

Thanks to Donors

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USB AVR Programmer v2.1

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xBoard v2.0

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40 PIN AVR Development Board

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eXtreme Burner PIC

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Avinash

Avinash Gupta is solely focused on free and high quality tutorial to make learning embedded system fun !

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