Do the creators of ZBasic have any 32-bit chip in the near future?
The ARM seams to be very popular now, but then there is the AVR32 processor that looks interesting.
cheers,
Rich
32-bit chips
Re: 32-bit chips
There is nothing to announce at the moment. The ESP8266 is a 32-bit processor, by the way.rich wrote:Do the creators of ZBasic have any 32-bit chip in the near future?
- Don Kinzer
So the 32-bit ESP8266EX has a Tensilica L106 32-bit micro controller in it.
That tell me that moving to a 32-bit processor is not a problem for the ZBasic team.
What i am concerned about is while other programming environments are moving to 32-bit processors, ZBasic will linger in the 8-bit world.
But then ZBasic did move to the Tensilica processor so other general purpose 32-bit processors would not be a stretch if he company is motivated.
Good new ... i think.
cheers,
rich
That tell me that moving to a 32-bit processor is not a problem for the ZBasic team.
What i am concerned about is while other programming environments are moving to 32-bit processors, ZBasic will linger in the 8-bit world.
But then ZBasic did move to the Tensilica processor so other general purpose 32-bit processors would not be a stretch if he company is motivated.
Good new ... i think.
cheers,
rich
After the implementation for one 32-bit platform was done, the technological challenges of implementing for another aren't particularly formidable. One issue with the ARM series is that while the core itself is (mostly) the same across all ARM chips, the peripherals can be quite different from one company's ARM chips to another company's ARM chips.rich wrote:But then ZBasic did move to the Tensilica processor so other general purpose 32-bit processors would not be a stretch if he company is motivated.
The issue boils down to what targets to implement.
- Don Kinzer
STM32F3xxx or STM32F4xxx with ST's open source Standard Peripheral Library (SPL) or the newer Hardware Abstraction Library (HAL), free. The CubeMX free GUI for doing the pinout and auto-generating main.c and all the I/O init make it easy to move between chips in the STM32F3xxx higher.dkinzer wrote: The issue boils down to what targets to implement.
I've been working with the above professionally for 2 years now. Great stuff. Much better than Freescale(NXP) and these two are the leaders in this sub-GB ARM world.
However, the ESP32 is shipping (albeit backordered). It has coprocessors with one handling WiFi and one everything else. It might fix the limitations with the ESP8266.
https://www.seeedstudio.com/ESP3212-Wif ... -2706.html
https://www.adafruit.com/products/3269
https://www.seeedstudio.com/ESP3212-Wif ... -2706.html
https://www.adafruit.com/products/3269