STMicroelectronics' versatile, proven
ST7 microcontrollers are supported by a complete range
of high-end and low-cost development tools including Evaluation,
Software, Debugging and Programming
tools.
Choose from a range of debugging solutions that includes
high-end ST emulators and a low cost in-circuit debugger/programmer.
All are supported by free integrated development environments
and C compilers.
A wide variety of programming solutions ranging from low-cost
in-circuit programmers to programming systems that are ready
to integrate into a production environment are available
from ST and third-party tool suppliers.
Shorten time-to-market with ST7 libraries that provide
documented and fully tested sets of C sources for the full
range of device drivers. Supported by a comprehensive set
of application notes and a range of development tools, the
ST7 libraries facilitate the initial stages of development
and improve time to market.
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Evaluation Tools |
Evaluation boards: application
boards with hardware features for demonstrating and evaluating
microcontroller capabilities include:
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Starter kits: complete sets of hardware and
software tools for discovering target device features and starting
application development quickly and easily:
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ST7Ultralite
Primer ultra-low cost development kit for ST7FLITEUS
with integrated debugging/programming via USB |
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Raisonance REva
evaluation and development platform with modular design for
support of a range of 8 to 32-bit microcontrollers |
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ST7MC
Motor Control Kit complete platform for exploring and
implementing ST7MC motor control features |
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ST7Lite2
Starter Kit for exploring ST7FLITE1 and ST7FLITE2 |
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| Purchase ST tools |
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Software Tools |
Develop applications with a range of development
software that includes Integrated Development Environments (IDE)
and C Compiler/Assembler toolchains:
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| Purchase ST tools |
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Debugging Tools |
Emulators: hardware tools that replicate the behavior of your target device. They connect a host PC running debugging software, such as the STVD integrated development environment, to your application board in place of your ST7 during debugging. Emulators provide the most extensive and powerful range of features for real-time debugging of microcontroller applications. Emulators for ST7 include:
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In-circuit debugger/programmers allow debugging
of application code while it is executed by a microcontroller
with Flash memory on an application board. They connect a host
PC running debugging software to microcontroller via a ten-pin
In-Circuit Communication (ICC) connection. In-circuit debugger/programmers
for ST7 include:
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RLink
Raisonance's in-circuit debugger/programmer for ST7, uPSD,
STR7, STR9, STM32. USB host interface |
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InDart
SMH Technologies' in-circuit debugger/programmer for ST7.
USB host interface |
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| ST7 Flash STICK
is no longer sold by ST. However, it is still supported by the ST
MCU Toolset (STVD, STVP) for in-circuit debugging and programming
of ST7. ST will continue to provide the tool
schematics and user
manual to support users who want to build their own tool. |
| Purchase ST tools |
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Programming Tools |
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In-circuit programmers: allow in-circuit programming
of a Flash microcontroller on an application board via a ten-pin
In-Circuit Communication (ICC) connection. In-circuit programmers
include:
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RLink:
Raisonance's in-circuit debugger/programmer for ST7, uPSD,
STR7, STR9, STM32. USB host interface |
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Flasher:
Segger's in-circuit programmer with stand-alone mode for production
environments |
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FlashRunner:
SMH Technologies' in-circuit programming system for production lines
featuring standalone operation and features for easy integration
in production and test equipment |
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| ST7 Flash STICK
is no longer sold by ST. However,
it is still supported by the ST MCU Toolset (STVD, STVP) for
in-circuit debugging and programming of ST7. We will continue
to provide the tool
schematics and user manual
to support users who want to build their own tool. |
| Single device programmers
provide sockets and interface for programming your ST7. Socket
boards provide programming sockets that can be used with any
in-circuit programming tool that uses the ICC protocol for ST7.
EPB programming boards are also available for certain ST7.
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The ST7 family is also supported by a compete
range of production programming solutions
including multi-site and automated programmers from third-party
tool suppliers.
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| Purchase ST tools |
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Accessories |
Tool accessories allow users to adapt their
DVP or EMU series emulator to support a specific microcontroller
or sub-family.
ST7-EMU series accessories
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ST7MDTxx-TEB: when adapting
an EMU3 series emulator for another ST7 subfamily, this part
number is for ordering the appropriate target emulation board,
which includes connection kits for all supported packages. |
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AC7MDTxx-xxx: part number
for ordering replacement adapters, connectors and sockets
for connecting to the application board. |
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AS-xxxxx: Sockets are provided
in the connection kits. However, socket part numbers can be
used to order additional or replacement sockets. |
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ST7MDTxx-TEB/DVP: when adapting
a DVP3 to emulate another ST7 family, this part number is
for ordering the appropriate target emulation board, which
does not include connection kits for all supported packages,
for some package it’s mandatory to add specific connection
kit (ST7MDTxx-xxx/DVP). |
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ST7MDTxx-xxx/DVP: part number for ordering the package-specific
connection accessories for the DVP3. It must be purchased
separately when ordering a DVP3 emulator, except for the
following emulators:
- ST7MDT10-DVP3 for DIP16/SO16
- ST7MDT20-DVP3 for SDIP32/SDIP42
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AS-xxxxx: Sockets are provided in the
connection kits. However, socket part numbers can be used
to order additional or replacement sockets. |
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In-circuit debugging accessories
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AD-ICD/DS8Z-01: the in-circuit
debugging (ICD) adapter for debugging applications for ST7Ultralite
(ST7FLITEUS and ST7FLITEU0) microcontrollers in DIP8, SO8
and DFN8 packages. The adapter is designed for use with
any tool (ST7-DVP3, ST7-EMU3, STX-RLINK, etc.) capable of
in-circuit debugging ST7 devices using the ICC protocol
and the 10-pin ICC connection (HE-10 standard connector).
See the user
manual for complete information.
Note: for ICD when the target is in DFN8 package, the user must also order the ST7MDT10-8/DVP, which includes the DFN8 device adapter. |
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| News |
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| Brochures and Product Guides |
8,
16 and 32-bit Microcontrollers (Selection guide, PDF)
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