Industrial

DTL0100XEX-MP

Abstract

Abstract: 

 

dtLAN is a new family from SoClutions tm portfolio. It comprises solutions on a chip specifically designed to build different type of bridges, depending upon specific SoClution on module.

Hence, our new dtLAN micromodule P/N: DTL0100XEX-MP allows 3 flavours depending upon configuration, and features Power over Ethernet capability to enjoy a much more seamless experience.

  1. Ethernet 2 GPIO+ADC, if DTL0101{K}ED on board.
  2. Ethernet 2 GPIO+I2C if DTL0102{K}ED on board.
  3. Ethernet 2 GPIO+CAN if DTL0103{K}ED on board.

 

 

DTL0100XEX-MM

Abstract

Abstract: 

 

dtLAN is a new family from SoClutions tm portfolio. It comprises solutions on a chip specifically designed to build different type of bridges, depending upon specific SoClution on module.

Hence, our new dtLAN micromodule P/N: DTL0100XEX-MM allows 3 flavours depending upon configuration.

  1. Ethernet 2 GPIO+ADC, if DTL0101{K}ED on board.
  2. Ethernet 2 GPIO+I2C if DTL0102{K}ED on board.
  3. Ethernet 2 GPIO+CAN if DTL0103{K}ED on board.

 

 

DTL0103{K}ED

Abstract

Abstract: 

 

is SoClution from DataTech S.D.A. [1] provides a mechanism to securely bridge an CAN bus to an IP network and viceversa.

It is also possible to implement local behaviours (upon an event detection via GPIO, produce lo- cal/remote events).

Hence, this SoClution allows the following ba- sic behaviours (more than one behaviour may be present):

1. Ethernet to CAN
2. CAN to Ethernet
3. CAN to I/O Digital (local)
4. Digital I/O to CAN (local)
5. Digital I/O to Digital I/O (local)

is unique SoClution can be parameterized to define convenient behaviours for a particular ap- plication, including filtering and masking mecha- nisms.

When using (at least) a pair of these SoClutions on end-points, then a new range of possibilities arise, as these pieces can be securely coupled to produce a collaborative behaviour to implement a certain functionality or establishing secure chan- nels. 

Security means Encryption. is unique SoClu- tion makes use of Elliptic Curves Cryptography (ECC) algorithmic to handle negotiation and au- thentication and Advanced Encryption Standard (AES) algorithmic to handle encryption. (Also transparent flavours available).

Should you need a variant of one of our unique So- Clutions not in our current public portfolio, do not hesitate to ask. We developed most flavours and vari- ants for all of our part numbers, and we DO welcome tailoring requests. 

 

DTL0102{K}ED

Abstract

Abstract: 

 

 

is SoClution from DataTech S.D.A. [1] provides a mechanism to securely bridge an I2C bus to an IP network and viceversa on a chip.

It is also possible to implement local behaviours: upon a local input event (GPIO / I2C message), pro- duce also a local output event (I2C message plus action on digital outputs).

Hence, this SoClution allows the following ba- sic behaviours (more than one behaviour may be present):

1. Ethernet to I2C
2. I2C to Ethernet
3. I2C to Digital I/O (local)
4. Digital I/O to I2C (local)
5. Digital I/O to Digital I/O (local)

is unique SoClution can be parameterized to define convenient behaviours for a particular ap- plication, including filtering and masking mecha- nisms.

When using (at least) a pair of these SoClutions on end-points, then a new range of possibilities arise, as these pieces can be securely coupled to produce a collaborative behaviour to implement a certain functionality or establishing secure chan- nels. 

Security means Encryption. is unique SoClu- tion makes use of Elliptic Curves Cryptography (ECC) algorithmic to handle negotiation and au- thentication and Advanced Encryption Standard (AES) algorithmic to handle encryption. (Also transparent flavours available).

Should you need a variant of one of our unique So- Clutions not in our current public portfolio, do not hesitate to ask. We developed most flavours and vari- ants for all of our part numbers, and we DO welcome tailoring requests. 

 

DTC0202S{K}ED

Abstract

Abstract: 

This SoClution from DataTech S.D.A. [1] (pair of SoClutions) provides a mechanism to easily imple- ment a secure, tolerant and reliable USB extender on a chip (pair of).

USB-HID-DEV-EXT with USB-HID-HOST-EXT can connect a USB Human Interface Device to a USB host via a serial communications channel, that can allowing the possibility that both devices are a long distance. therefore, the union of these two components form an USB extension. The most important characteristics of the serial channel is to provide a robust and secure channel between host and device. USB-HID-DEV-EXT is the device side of the USB extension. The computer’s oper- ating system only needs the driver of the device connected to the host side. An UART interface connects to USB-HID-HOST-EXT by an external driver like RS232, RS485, etc. Different configura- tions of the serial interface can be selected via pins or a dedicated port.

USB-HID-HOST-EXT is the host side of the USB extension. An HID device like a mouse or key- board can be connected. An UART interface con- nects to USB-HID-DEV-EXT by an external driver like RS232, RS485, etc. Different configurations of the serial interface can be selected via pins or a dedicated port.

ese devices require a very small number of ex- ternal devices and a single power supply (2.7V to 5.5V) to operate, which eases integration. 

 

 

 

 

 

DTC0201S{K}ED

Abstract

Abstract: 

 

This SoClution from DataTech S.D.A. [1] (pair of SoClutions) provides a mechanism to implement a secure UART to UART extender on a chip (pair of chips).

Security means Robustness. This unique SoClu tion makes use of LAPB protocol over RS485 lines to guarantee a successfull noise tolerant commu- nication.

Security means Encryption. This unique SoClution makes use of Elliptic Curves Cryptography (ECC) algorithmic to handle negotiation and authentication and Advanced Encryption Standard (AES) algorithmic to handle encryption. (Also transparent flavours available).

Should you need a variant of one of our unique SoClutions not in our current public portfolio, do not hesitate to ask. We developed most flavours and vari- ants for all of our part numbers, and we DO welcome tailoring requests.