New ZX Microcontrollers Released

Summary of New ZX Microcontrollers Released


Elba Corporation launched the ZX-24r and ZX-24s, powerful 24-pin microcontrollers based on the Atmel ATmega1284P. Designed for scientists and hobbyists, these devices offer expanded RAM, extra UARTs, and PWM channels while remaining pin-compatible with Parallax BS2 and BasicX-24. They are programmed using ZBasic, allowing easy re-compilation of existing applications. The IDE supports features like syntax highlighting and firmware updates.

Parts used in the ZX-24 Microcontroller Project:

  • Atmel ATmega1284P MCU
  • ZX-24r microcontroller (Virtual Machine model)
  • ZX-24s microcontroller (Native code model)
  • ZBasic programming language compiler
  • ZBasic Integrated Development Environment (IDE)
  • PDIP-40 variant package
  • TQFP-44 variant package

Beaverton, OR (PRWEB) March 13, 2010

Elba Corporation announced today the first customer shipments of a series of new, more powerful multi-tasking microcontrollers intended for use by scientists, engineers, experimenters and hobbyists. The ZX-24r and ZX-24s are 24-pin DIP format devices targeted to beginning and intermediate users. Since the new devices are pin-compatible with the Parallax Basic Stamp (BS2) and the NetMedia BasicX-24 (BX-24), they provide a convenient upgrade path for those needing a more powerful processor for their application. All ZX-series microcontrollers are programmed in ZBasic, a subset of Microsoft’s Visual Basic (VB6) with microcontroller-specific extensions and other productivity enhancements. Since ZBasic is also a superset of BasicX, in most cases a BX-24 application can simply be re-compiled for the ZX-24r or ZX-24s.

 

The newest members of the ZX microcontroller family are based on the Atmel ATmega1284P MCU. The primary benefits offered by the new ZX models are expanded RAM (up to 16K), an additional hardware UART and additional PWM channels (up to four 16-bit and two 8-bit). The new ZX-24r and ZX-24s are highly source code compatible with the previously released ZX family members meaning that most users can upgrade to using the new devices simply by re-compiling their applications. The difference between the ZX-24r and the ZX-24s is that the former utilizes a Virtual Machine model while the latter executes native code.

 

The single unit pricing of the new ZX devices is $ 59.95. Volume pricing is available. For higher volume or more advanced applications, PDIP-40 and TQFP-44 variants are also offered.

 

The ZBasic programming language is a subset of Microsoft’s Visual Basic (VB6) language with object-oriented extensions. The compiler incorporates advanced optimization techniques that help programmers pack more functionality into the available code and data spaces by, for example, eliminating unused or superfluous variables and unused or unreachable code.

 

Programs for the ZX series devices may be edited, compiled and downloaded using a state-of-the-art Integrated Development Environment. The ZBasic IDE provides productivity-enhancing features such as word completion, call tips, auto-indenting, syntax highlighting and undo/redo. For the VM-based devices, the IDE can also be used to perform field updates of the internal firmware, making it simple to upgrade to new firmware releases as they become available.

 

More information and a free download of the compiler, IDE and documentation are available at http://www.zbasic.net.

 

ZBasic, ZX-24, ZX-40, ZX-328, ZX-32, ZX-40, ZX-44, ZX-1281, ZX-1280 and Elba are trademarks of Elba Corp. Other product or service names mentioned herein are trademarks of their respective owners.

 

###


Find More Atmel Atmega Press Releases

Quick Solutions to Questions related to ZX-24 Microcontroller Project:

  • What is the primary processor used in the ZX-24 series?
    The devices are based on the Atmel ATmega1284P MCU.
  • Can I upgrade my existing BasicX-24 application to the ZX-24?
    Yes, since ZBasic is a superset of BasicX, most BX-24 applications can be simply re-compiled for the ZX-24r or ZX-24s.
  • What is the difference between the ZX-24r and the ZX-24s?
    The ZX-24r utilizes a Virtual Machine model while the ZX-24s executes native code.
  • How much RAM does the new ZX model provide?
    The new models offer expanded RAM up to 16K.
  • What programming language is used for the ZX-series microcontrollers?
    All ZX-series microcontrollers are programmed in ZBasic, a subset of Microsoft's Visual Basic.
  • Does the ZBasic IDE support firmware updates?
    For VM-based devices, the IDE can be used to perform field updates of the internal firmware.
  • Are there other package options besides the 24-pin DIP format?
    Yes, PDIP-40 and TQFP-44 variants are offered for higher volume or more advanced applications.
  • Is the ZBasic IDE free to download?
    A free download of the compiler, IDE, and documentation is available at http://www.zbasic.net.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

Follow Us:
LinkedinTwitter
Scroll to Top