Hardware Setup

While this Developer Package is not designed for a specific hardware, it includes ready-to-run samples for the Actions ATS3085S board.

Note

This section is not mandatory if you intend to develop without hardware and only using the SDK simulation environment.

Requirements

• Docker,

• Actions ATS3085S/E_DEMO_DVB board, tested with version 1.1,

• SEGGER J-Link debug probe,

• J-Link Software Pack, tested with v7.94.

Board Overview

Below is a view of the board with key components highlighted.

Board Overview

Technical Specifications

Property	Value
Name	ATS3085S/E_DEMO_DVB
Revision	V1.1
MCU part number	ATS3085S
MCU architecture	ARM Cortex-M33
MCU max clock frequency	192 MHz
Internal flash size	0B
Internal RAM size	1168 KB
External flash size	16 MB
External RAM size	8 MB
Power supply	5V

Typical Memory Map for the Actions 3085S board

Power Supply

Connect a USB-C cable to the USB port.

To turn the board on or off, use the “DC5V” switch button.

Programming with J-Link

Connect the J-Link Probe

Connect the J-Link probe to the board (SWD connector and VCC) using wires, as shown in the figure below.

J-Link Connection

Configure J-Link for Actions

The ATS3085S board can be programmed using J-Link Commander.

Follow the instructions below to configure J-Link, based on your operating system:

WindowsLinuxmacOS

• Press Win + R, type sysdm.cpl, and hit Enter.

• Go to the Advanced tab.

• Click Environment Variables.

• Under System variables, find and select Path, then click Edit.

• Click New to add the J-Link installation path (e.g., C:\Program Files\SEGGER\JLink_VXXX).

• Move the new entry up to the top of the list, and click OK.

• Finally, add the Actions ATS3085S device to the list of supported J-Link devices by running the following command (replacing <User> accordingly):

  xcopy "src\ats3085s-veeport\bsp\tools\JLinkDevices\" "C:\Users\<User>\AppData\Roaming\SEGGER\JLinkDevices" /E /I
  

Logs Output

The VEE Port logs via the UART0 interface of the ATS3085S. To access the logs, connect to the following GPIO pins with a USB-FTDI cable:

GPIO	Name
GND	GND
GPIO63	UART0 TX
GPIO62	UART0 RX

When the board is connected to a computer, a COM port is automatically assigned. A serial terminal can be used to display the logs from the COM port, using the following parameters:

Baudrate	Data bits	Parity bits	Stop bits	Flow control
2000000	8	None	1	None