Creative Commons images are CC BY-NC-SA 3.0

Retired RETIRED

This product has been retired from our catalog and is no longer for sale.

This page is made available for those looking for datasheets and the simply curious. Please refer to the description to see if a replacement part is available.

Replacement: None. We are no longer carrying the FEZ Panda II in our catalog. This page is for reference only.

Description: The 72Mhz FEZ Panda II runs .NET Micro Framework, allowing users to program and debug FEZ Panda using Microsoft's free Visual C# Express. Applications are loaded over USB cable (or serial) with full featured debugging capabilities, such as stepping in code or inspecting variables.

FEZ Panda II is an enhanced version of FEZ Panda with On-board microSD socket, Real Time Clock, and an easily accessible 40-pin female header that exposes the extra IOs.

FEZ Panda II also includes JTAG access for those who wish to use their own firmware instead of NETMF. Using an Arduino-form-factor, you can use just about any Arduino shield. In addition, many libraries are already included like FAT file system, networking, threading, USB Client, UART, SPI, I2C, GPIO, PWM, ADC, DAC and many more.

The FEZ Panda II includes a USB cable.

Documents:

Comments 25 comments

  • Best bang for the buck when it comes to NETMF boards! GHI support at tinyclr.com is the best anywhere.

  • FEZ Panda || + FEZ Touch + FEZ Connect is a must have! Love it!

    • there’s also a ‘tinkerers kit’ for this component combination. It’s a board with headers for all 3 components, prototype area, xbee and rs232 pinouts, and includes a decent enclosure.

  • One piece of FEZ Color Touch is available here .. hurry

  • FEZ Color Touch is available here

  • FEZ Touch is available at FEZ Touch Color Ebay

  • Now that the Fez Touch and Fez Connect have been discontinued by GHI, what are the alternatives?

  • 2 notes for anyone wanting to use their own firmware.

    1. The JTAG header is disabled with the UBizi firmware installed (so you can’t copy their firmware). You can send the board back to GHI to have the firmware erased and the JTAG header enabled (at your own cost).
    2. If you wipe the firmware you void your warranty and you cannot re-load the firmware for use as a .NET board, it’s a permanent change.
  • I am slightly confused by the input voltage. The User Manual shows 6 - 9 volts for external power on the power jack, but 6 - 12 volts for external power on the power header. Visually, I see that these are directly connected. The schematic also refers to 12V.

    As my test bed (once it is disconnected from the usb cable) has a +12v source, is this safe? I don’t want to invoke shipping charges for a 9 volt regulator if I don’t have to.

    Edit: Did some more research, and the LM1117-5 regulator that is being used by the Panda appears to have an operational rating of 15volts. So, sounds as if it should be OK. If anyone thinks otherwise, please feel free to comment before mine burns up!

  • Is this board capable of using the SPOT.Presentation stuff in NETMF? (with the optional FEZ Touch)

  • Sparkfun should carry the new Gadgeteer based Hydra kit with some of the basic addon modules!

  • ..

  • To preface, I come from a .net software dev background. I used to spend a lot of time at home just trying to figure out how to deal with the microchip 18f’s and building boards to utilize them. Then, I got an arduino. It was fun because it was a ready to use base. But, it uses it’s own library so this knowledge doesn’t readily transfer over to a commercial skill for your usual programmer job. This is fine but, I wanted something that I could play with that would also expand my usefulness at work. In my opinion this is the easiest piece of hardware to get running and configure out of all of them. It took me a half of a day to start talking i2c to the touch shield and start building reusable classes. With the class, it now takes me about 5 lines of code to add a new i2C device and talk with it. Totally, awesome! If you have experience with any .net language, this is definitely the way to go. It utilizes your existing experience and draws on a HUGE knowledge base (MSDN).

  • Is anyone aware of any prototyping shields specifically for the Fez Panda II that use the 40-pin expansion IO? Something along the lines of how the Arduino Mega has http://www.sparkfun.com/products/9346.

  • For those who dislike/hate .NETMF, check this following link to turn your FEZ Panda (I or II) into a ARM Developer Board. It really works and its great, I’m loving my FEZ Panda thanks to this.
    http://www.tinyclr.com/forum/1/4219/

  • This free ebook is worth mentioning http://www.ghielectronics.com/downloads/FEZ/FEZ_Internet_of_Things_Book.pdf

  • im curious could u put the arduino firmware so u dont have to learn to types of code for a project that involes a arduino and this thing

    • There is a little learning moving from arduino to .NET C# but then you get a lot more.
      Microsoft libs: http://msdn.microsoft.com/en-us/library/ee435793.aspx
      GHI libs: http://www.ghielectronics.com/downloads/NETMF/Library%20Documentation/Index.html
      and there is a free ebooks that covers it all: http://www.ghielectronics.com/downloads/FEZ/FEZ_Internet_of_Things_Book.pdf

    • This is more than capable of communicating with an Arduino out-of-the-box over SPI/I2C or straight-up asynchronous serial. And I think most people would agree that .NET is even more comfortable to work in than the C-based toolkit that Arduino exposes.
      Obviously you wouldn’t be able to put the Arduino serial bootloader on this thing without a substantial port; and even then, setting up the Arduino IDE with an ARM toolchain would be a huge pain in the butt – the real question: why would you want to?

  • Is there an “Ethernet built-in” version of this? Would Arduino Ethernet shield work?

    • Yes you can use arduino ethernet shild, even better, full professional networking drivers are provided, including TCP/UDP/HTTP. http://www.ghielectronics.com/downloads/NETMF/WIZnet%20Library%20Documentation/Index.html
      Of course this is standard .NET so the web is full of examples.
      GHI also offers an enhanced “ethernet shield” called FEZ Connect.

  • I think you should mention, that it supports USB host as well: http://blog.tkjelectronics.dk/2011/03/fez-panda-and-usb-host/.
    You should see my project, as it uses the fez panda II usb host functionality: http://blog.tkjelectronics.dk/2011/08/fez-panda-ps3controller/ :)

    • Yes and this is GHI’s original post http://ghielectronics.blogspot.com/2011/03/usb-host-support-is-added-on-fez-panda.html

  • FEZ Panda II is a great product; been using it for awhile. It works even better with the FEZ Touch (320x240 LCD). There is even a couple object oriented GUIs for it!


Related Products