ST72321B-D STMICROELECTRONICS | Alldatasheet
Document overview
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Technical content
Features
■ USB interface to host PC ■ In-circuit debugging and programming ■ Application board connection via ST SWIM, ICC or JTAG REva motherboard ■ 1 standard SO-DIMM connector to plug in daughterboards ■ Digital and analog I/O evaluation features, including on-board LEDs, buttons, switches, external analog connector, temperature sensor and potentiometer ■ I²C EEPROM and bus ■ RS-232 driver and 2 DB9 connectors ■ Prototype area ■ VDD settings for 1.8 V, 3.3 V and 5 V microcontrollers ■ USB powered, no external power required Interchangeable REva daughterboard ■ Features different STM8 and ST7 MCUs to permit application development for a wide range of devices and may include additional device specific features Raisonance software ■ Ride7: Editor, SIMICE simulator, Rbuilder, C compiler, debugger, Project manager, and CodeCompressor ■ RFlasher7 device programming interface
Description
The REva starter kits are Raisonance’s complete, cost-effective solutions for starting application development and evaluating STM8x, ST7LITEx, ST7Fox, ST7232x, ST7234x, ST7236x and ST7263B microcontrollers. Kits contain all the hardware and software required to develop applications for microcontrollers, including the REva evaluation board, target STM8 and ST7 microcontrollers, embedded RLink for in-circuit debugging and in- circuit programming and the raisonance integrated development environment (Ride7) with application builder.
Architecture STM8-SK/RAIS STM8 -D/RAIS ST7-SK/RAIS ST7-D/RAIS 2/6 Doc ID 11271 Rev 6 Architecture Embedded RLink: In-circuit debugging and programming tool that uses SWIM for the STM8, in-circuit communication (ICC) for the ST7 and supports the JTAG protocol. It interfaces with the host PC via a USB connection. REva mother board: Universal evaluation board designed for quick and easy evaluation of a complete range of features (I/Os, ADC, SPI, CAN, I2C...) for a variety of STM8 and ST7s. It is powered from the RLink’s USB connection to the host PC. REva daughterboards: Interchangeable boards featuring different STM8 and ST7 microcontrollers, make it easy to evaluate and develop applications for a complete range of MCUs from a single evaluation platform. All boards have a clock source selection jumper, and an oscillator footprint. See Table 1 and Table 2 for details. Raisonance’s software: RLink can be driven by Raisonance’s Ride7 or RFlasher7.
- Ride7: Drives the RLink and offers seamless control of software development tools (project manager, editor, compiler, assembler, linker, debugger, etc.) from an intuitive graphical interface. It offers full integration of the relevant C/C++ toolsets, project management, code editor and SIMICE instruction set simulator. Ride7 includes: – RBuilder allows users to rapidly configure device peripherals in a GUI and generate the C source code for peripherals at the click of a button without writing a single line of code – SIMICE simulator – Raisonance STM8 and ST7 C compiler, fr ee download version allows compiling up to 2 Kbytes code (Effective Date: April 1st, 2013). – High-level language debugging – Project manager – Color syntax highlighting editor – Free downloads of evaluation versions with unlimited debugging from www.raisonance.com – The optional CodeCompressor allows post-link optimization of the entire applications code using optimizations like in-lining, factorizing and peepholing, which can reduce application code by 5 to 15%.
- RFlasher7: Raisonance’s easy-to-use device programming interface drives RLink and allows users to erase, program, view and verify microcontroller memory. RFlasher7 also includes automated mode for automatic execution of programming sequences for mass programming and project mode that allows users to save their programming configurations. In this operating mode, tasks become intuitive and can be achieved with only a few clicks such as: – Flash memory erasing and programming, – Flash or RAM memory dumping, – blank check, programming verifications, – mass programming process.
REva boards can be purchased in the starter kit format, as shown in Table 1. STMicroelectronics, as shown in Table 2. Table 1. Raisonance starter kits for the STM8 and ST7
24 MHz oscillator
- All kits have a clock source selection jumper, and an oscillator footprint unless stated otherwise.
Ordering information
REva starter kits and Raisonance development tools can be ordered from Raisonance or from your nearest ST Distributor or sales office. The REva starter kits are available for a full range of 32-bit and 8-bit microcontrollers. For more information refer to www.st.com/mcu. For more information, documentation and downloads, please refer to www.raisonance.com. For more information about which microcontrollers are supported, refer to Table 2. Raisonance standalone daughterboards for the STM8 and ST7
- All kits have a clock source selection jumper, and an oscillator footprint unless stated otherwise.
STM8-SK/RAIS STM8-D/RAIS ST7-SK/RAIS ST7-D/RAIS Revision history Doc ID 11271 Rev 6 5/6
Revision history
Table 3. Document revision history 01-Mar-2005 1 Initial release. 24-Aug-2005 2 Added part number ST7232x- SK/RAIS and ST7LITE1B daughterboard. Added daughterboard features to Table 1. Added STM8 microcontroller family to supported devices. 2, and reformatted the document. 09-Apr-2010 5 Added STM8S105 and STM8S903 daughterboards to Table 1 and Table 2. 22-Apr-2013 6 Updated information on Raisonance STM8 and ST7 C compiler in Architecture. Modified Ordering information.