EM-STM3210E EMBEST, EM-STM3210E Datasheet - Page 3

STM32F103ZE ARM-CM3 Board

EM-STM3210E

Manufacturer Part Number
EM-STM3210E
Description
STM32F103ZE ARM-CM3 Board
Manufacturer
EMBEST
Datasheet

Specifications of EM-STM3210E

Silicon Manufacturer
ST Micro
Core Architecture
ARM
Core Sub-architecture
Cortex-M3
Features
USB, CAN, SD Card Interface, TFT-LCD, RS232 Serial Interface, Four 26-pin User Extended Interface
Silicon Core Number
STM32
Silicon Family Name
STM32F1xx
4. Start selection
STM32F103ZE Board can get started thought following three ways:
(1) Start from the user's flash memory
(2) Start from the system memory
(3) Start from the embedded SRAM
Setting the sub-panel DIP switches (SW1 and SW2) to select the start-up mode
5. Hardware Requirements
In order to make good use of this STM32F103ZE ARM-CM3 Board,
We recommend you to prepare the following hardware devices:
(1) One STM32F103ZE ARM-CM3 Board.
(2) A PC with either of the following:
(3) One USB-JTAG Adapter.
You should prepare a JTAG Adapter which is able to debug cortex-m3 based processor,
You can either use Keil ULink2 or Emlink for ARM produced by Embest.
6. Software Requirements
We recommend you to reach the following software requirements for embedded
development based on STM32F103ZE processor.
(1) Windows Operating System
The Keil µVision tool chain runs in these Windows Operating Systems:
(2) Tools and Examples
To compile, link, and run applications on the STM32F103ZE Evaluation Board, please
(4) Two USB cables.
(5) Double Female Serial Cable
Two unused USB ports—one to supply power to the board and one for downloading and
debugging.
An unused RS-232 COM port for Flash In-System Programming (ISP) via the Serial
Interface.
Microsoft Windows 2000
Microsoft Windows XP
SW1 SW2
x
0
1
0
1
1
Start from the user's flash memory
Start from the system memory
Start from the embedded SRAM
Figure 2.0 Power supply
Start-up mode
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