Industry Schools FE/HE Site: Industry Site: Schools Site: FE/HE Site: Mobile
  • Suggested Queries


Orangepip Kona328 Arduino UNO Compatible Development Board

Order Code:  

75-0550

  Copy to clipboard
Brand: Orangepip  Copy to clipboard MPN: KONA328  Copy to clipboard EAN-13: 5053556000340
 Report an error
Qty Unit Price (Ex VAT)
1+ £15.40

Get a quote for large quantities here

Price per unit {{ IncVat ? 'Inc' : 'Ex' }} VAT
Additional quantity lead time 9 weeks
310 in Stock, despatched same dayAdditional 1,000 due on 15/05/2024

The Orangepip Kona328 is an Arduino UNO compatible development board based around the ATmega328 microcontroller. The board features 14x digital I/O pins (six of which may be used as PWM outputs), 6 analog inputs and a 16MHz crystal oscillator. The board is simple to use, just requiring connection to a computer via USB to get started.


  • 32KB FLASH memory
  • 16MHz clock speed
  • USB Port
  • Power jack
  • Can be powered by battery
  • ICSP Header
  • Reset button
  • CE Approved


Type Development board

To use this facility please Sign In.

Sign In

Questions


*Question functionality currently disabled


30 January 2020 Question by: Charles Barlow | Product code: 75-0550
Q. Is the jack plug centre pin positive?
A. Hi Charles, thanks for your question. Yes it is - this would need a centre positive PSU 2.1mm. We would suggest 85-2901.

Reviews


use in school tech club

Reviewed by: Tony Harman - 23 June 2017
I just started using a class set of Orange Pips for my year 9 electronics club and they work really well and are a lot cheaper than the Arduino !!! Had some initial teething problems with downloading the programmes onto the board but the tech team at Rapid sorted this out ( I was doing something wrong - der !). Would recommend buying a class pack to other teachers who want to get started in programming / control electronics.

Quality Alternative to the Aduino

Reviewed by: John - 07 February 2017
This OrangePip board appears to be a direct clone of the Arduino Uno using identical or very similar chips and associated hardware. It appears to work in exactly the same way, with Arduino software reporting it as a genuine product and accepting all the same instructions. Not quite as nicely made as the genuine article with no insulating baseboard, and not as clear or prominent printing for pin-outs etc., although adequately marked to allow correct connection. The underside circuitry is exposed so care needs to be taken where you place the board while in use, no problem if you intend to mount it. Not as cheap as some "internet" clones but a quality product and a safe choice while saving a few pounds over the original.