TS-4100 Standalone Mode: Difference between revisions
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The TS-4100 features the ability to | The TS-4100 features the ability to operate in Standalone Mode. This allows the TS-4100 to be fully functional right out of the box without the need for a [https://www.embeddedTS.com/products/system-on-modules-and-baseboards SoM baseboard]. Standalone Mode provides for a compact, low power device with optional soldered-down WiFi and Bluetooth 4.0 LE interfaces, and features a combination of soldered down eMMC as well as a microSD card socket. | ||
Note that when used in Standalone Mode, the full feature set of the TS-4100 will not be accessible as many of these require connection to a [https://www.embeddedTS.com/products/system-on-modules-and-baseboards SoM baseboard]. See the [https://www.embeddedTS.com/products/TS-4100 TS-4100 product page] for a complete list of compatible baseboards and links to their manuals. | |||
The TS-4100-SRW2I and the TS-4100-SRW8I models feature a daughter card interface at the [[#HD1_Expansion_Header|HD1 expansion header]], this 2x8 pin header offers: 5 VDC input, 3.3 VDC output, DIO x5, SPI, and I2C interfaces. | |||
In order to supply power to the TS-4100 in Standalone Mode a | ''' Booting up the TS-4100 in Standalone Mode ''' | ||
In order to supply power to the TS-4100 in Standalone Mode, a 5 V power supply will be required to power the unit. This can be supplied via the [[:File:micro-USB-AB-port-labeled-P1-edited.png|micro USB AB port labeled "P1"]], or 5 VDC input to the input pins of the [[#HD1_Expansion_Header|HD1 expansion header]]. See the [[#Booting_up_the_board| Booting up the board]] section for more info. | |||
''' Get a console in Standalone Mode ''' | ''' Get a console in Standalone Mode ''' | ||
To obtain console in Standalone Mode connect a micro USB Type B cable to the [[:File:micro-USB-AB-port-labeled-P2-edited.png|micro USB type B port labeled "P2"]] , with the other end going to a USB port on the workstation that is hosting the debug console, see the[[#Getting_Started| Getting Started]] section. The | To obtain console in Standalone Mode connect a micro USB Type B cable to the [[:File:micro-USB-AB-port-labeled-P2-edited.png|micro USB type B port labeled "P2"]], with the other end going to a USB port on the workstation that is hosting the debug console, see the[[#Getting_Started| Getting Started]] section. The [[:File:micro-USB-AB-port-labeled-P2-edited.png|P2]] USB interface presents a USB virtual serial port via the [[#Supervisory_Microcontroller| supervisory microcontroller]], see the [[#Get_a_Console| Get a Console]] section for more info. | ||
Latest revision as of 16:43, 17 January 2022
The TS-4100 features the ability to operate in Standalone Mode. This allows the TS-4100 to be fully functional right out of the box without the need for a SoM baseboard. Standalone Mode provides for a compact, low power device with optional soldered-down WiFi and Bluetooth 4.0 LE interfaces, and features a combination of soldered down eMMC as well as a microSD card socket.
Note that when used in Standalone Mode, the full feature set of the TS-4100 will not be accessible as many of these require connection to a SoM baseboard. See the TS-4100 product page for a complete list of compatible baseboards and links to their manuals.
The TS-4100-SRW2I and the TS-4100-SRW8I models feature a daughter card interface at the HD1 expansion header, this 2x8 pin header offers: 5 VDC input, 3.3 VDC output, DIO x5, SPI, and I2C interfaces.
Booting up the TS-4100 in Standalone Mode
In order to supply power to the TS-4100 in Standalone Mode, a 5 V power supply will be required to power the unit. This can be supplied via the micro USB AB port labeled "P1", or 5 VDC input to the input pins of the HD1 expansion header. See the Booting up the board section for more info.
Get a console in Standalone Mode
To obtain console in Standalone Mode connect a micro USB Type B cable to the micro USB type B port labeled "P2", with the other end going to a USB port on the workstation that is hosting the debug console, see the Getting Started section. The P2 USB interface presents a USB virtual serial port via the supervisory microcontroller, see the Get a Console section for more info.
