Avr Jungo Usb Driver

2.2 USB Driver In order to communicate with the AVRISP mkII, a driver must be installed on the host computer. A driver can be written from scratch or by using a driver development kit. AVR Studio 4 bundles a USB driver licensed from Jungo (www.jungo.com). By obtaining a license from Jungo, 3rd party software can access the same driver as AVR.
Setting up the AVR Jungo USB Driver manually Posted on 03 December 2011. Now it’s around 2 AM in the morning, ouch its 2 AM midnight actually. Though there are a lot of beautiful that can happen for a typical Friday night, but am in middle of a STK 600, a Dell Latitude with Windows 7 X64 and a broken connection between these two.

Now it’s around 2 AM in the morning, ouch its 2 AM midnight actually. Though there are a lot of beautiful that can happen for a typical Friday night, but am in middle of a STK 600, a Dell Latitude with Windows 7 X64 and a broken connection between these two. So I started to dig this out and see if I can fix things myself and I am pretty much pleased that I was able to make it work. So here is the story of it.

JUNGO - Atmel Corp. AVRISP mkII Drivers Download - Update your computer's drivers using DriverMax, the free driver update tool. Feb 1, 2016 - The 10.4 version of AVR Jungo USB is available as a free download on our website. The following versions: 10.4, 10.2 and 10.1 are the most frequently downloaded ones by the program users.

The Problem

My STK 600 was not detected either by Studio 5.0 or Studio 4 or even by stk600.exe. Some symptoms are as follows.

Shows up in Device Manager : YES, but with a yellow warning icon.

Gets enumerated as USB device : Yes it does, I am able to see it in the programming dialog of studio 5.

Tools Firmware Upgrade in Studio 5 : Didn’t find it though.

In Studio 5 programming dialog, am able to see it’s id and if I select the interface as “JTAG” and click “Apply” it throws error “Unable to connect to tool”. So as far as know, I interpreted the symptoms to be a problem with the Jungo USB driver. I installed/uninstalled the Jungo driver many times, but hardly able to notice whether it succeeded or failed. But am pretty sure that the Jungo USB driver just launches the wdreg.exe tool to install the drivers internally. So to make it work I followed these steps.

Extract the Jungo Installer from Studio. To do this take the studio installer. Then from command prompt type the following command

installername.exe /extract_all:c:foo

You can alternatively use your own path rather than c:foo. Now the command prompt will return immediately but wait for some time for the extraction to complete and then, goto c:foodisk1ISSetupPrerequisites{someguid}AVRJUngoUSB.exe. This is the installer we want to make things work.

Now run the installer. It will run as normal. Then after completion go to the install location of Jungo. This would by default be c:Program files (x86)AtmelAVR Jungo USB. Now check if things work, in some case you might be lucky

Now inside that folder there will be two folders usb32 and usb64, since we are here for a Win 7 x64 cause we should use the usb64 folder.

Now launch a command prompt with elevated privileges (Right click cmd.exe –> Run as Administrator).

From the command prompt go to the usb64 folder

Type the following.

wdreg.exe –inf windrvr6.inf uninstall

Now some logs will appear and it should say succeeded. After that go to the folder c:windowsinf and see if any of your stk600.inf file persists. If so delete them. Then goto C:WindowsSystem32DriverStoreFileRepository and look for windrvr6.sys kind of folder and delete it (if it exists). Now reboot the system.

Then goto the usb64 folder from command prompt as administrator. Run the command.

wdreg.exe –inf windrvr6.inf install

This made things work for me atleast. Hope you might find this useful

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Explore my other projects! For example:
ISPnub - Stand-alone AVR programmer module

USBasp is OpenSource, it's free!
Like it? You can support via PayPal:

€ 10

USBasp is a USB in-circuit programmer for Atmel AVR controllers. It simply consists of an ATMega88 or an ATMega8 and a couple of passive components. The programmer uses a firmware-only USB driver, no special USB controller is needed.

Features

Works under multiple platforms. Linux, Mac OS X and Windows are tested.
No special controllers or smd components are needed.
Programming speed is up to 5kBytes/sec.
SCK option to support targets with low clock speed (< 1,5MHz).

Download

Firmware and circuit

The following packages include circuit and firmware.
usbasp.2011-05-28.tar.gz (519 kB) TPI support, supports programmers with ATMega88 and ATMega8.
usbasp.2009-02-28.tar.gz (260 kB)
usbasp.2007-10-23.tar.gz (172 kB)
usbasp.2007-07-23.tar.gz (176 kB)
usbasp.2006-12-29.tar.gz (118 kB) Supports programmers with ATMega48 and ATMega8.
usbasp.2006-09-16.tar.gz (116 kB) New VID/PID!
usbasp.2005-11-14.tar.gz (175 kB)
usbasp.2005-07-03.tar.gz (166 kB)
usbasp.2005-04-21.tar.gz (169 kB)
Please refer to Readme.txt for details on building, installing and using USBasp.

Drivers

On Linux and MacOS X no kernel driver is needed. Windows requires a driver for USBasp. Please use this driver installation tool for Windows (see also: successful setup on Windows 10):
Zadig - USB driver installation made easy

Software

AVRDUDE supports USBasp since version 5.2.
BASCOM-AVR supports USBasp since version 1.11.9.6.
Khazama AVR Programmer is a Windows XP/Vista GUI application for USBasp and avrdude.
eXtreme Burner - AVR is a Windows GUI Software for USBasp based USB AVR programmers.

Hardware

Schematic

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

Here is a list of tested PCB layouts. If you have designed your own PCB, please let me know.

	usbasp_single_side.t3001.zip by Thomas Fischl Single-Side PCB, TARGET 3001! layout file Size: 90x40 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.pcb ComponentSide.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)
	tinyUSBboard with USBasp-compatible firmware 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. by Bruno (04/2020)
	USBasp board with additional 6pin header and selectable target supply (3.3V/off/5.0V). by Marty E. (10/2020)
	John included a 40 pin universal socket which takes 8, 14, 20 and 28 pin devices. He also added a versatile crystal oscillator with outputs of 1, 2, 4, 8 and 16 Mhz to clock the chips. There is also the standard 6pin ICSP connector and a user led connected to the MOSI pin. by John P. (11/2020)

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