An embedded linux hardware for your projects

Our goal is to support you with embedded hardware software for your project. so that you go from prototype to Kickstarter and take your project to production


High performance data acquisition

The SCADA is a Linux-based embedded board providing real-time performance in a small form factor. Anchored by TI’s ARM cortex-A8 1-Ghz processor, SCADA is integrated with the following on board: RS232/serial interface (2), RS485 interface (2), CAN interface, LTE modem, Wifi, Ethernet, eMMC, SD card, USB (2), 512MB SRAM, 1024K eprom, I2C, SPI, 8 LED’s, 4 switches and 20 GPIO’s.

A rich set of API is provided for quick project startup. This product is designed to serve clients in the fields of automotive, telecom, medical, remote automation, and industrial control.

SCADA is a 110mm X 100mm in size and has all of the commonly-needed buses for additional peripherals in embedded applications, packed with multiple functionalities and software that is fully supported by our team. It also has flexible networking which provides clients with hardware that meets most of industrial requirements. With all components, including TI’s AM335x processor commercially available, clients can quickly go from prototype to kick-starter and take their project to production.

We specialize in the following:

TI Sitara, sitara processor, single board computers, SCADA industrial hardware, Quectel LTE modem, embedded projects, industrial mini pc, sitara ARM cortex processor, Embedded linux single board computer, SCADA device, evaluation board, RS485 , RS232, CAN, linux board, industrial hardware with RS232, industrial computer, gnu arm embedded toolchain, FreeRTOS, fanless CPU, embedded project SCADA, embedded data acquisition, embedded beaglebone black, ARM processor, ARM CPU, arm gcc compiler, arm gcc, ARM cortex A8 CAN, ARM chipset, A8 processor, cubox i, IMX6, IMX8, and LTE Raspberry pi.

Key Features

  1. It is a custom beaglebone black designed to meet industrial requirements.
  2. Can transparently connect industrial RS232, RS485, and Ethernet devices
  3. WiFi has an antenna gain of 4dBi and supports wireless standards IEEE802.11n, IEEE 802.11g, IEEE 802.11b
  4. WiFi frequency: 2.4-2.4835GHz
  5. WiFi transfer rate 11n: Up to 150 Mbps (dynamic)
  6. The unit can operate in Ad-Hoc / Infrastructure mode
  7. WiFi Security supports 64/128 bit WEP, WPA-PSK/WPA2-PSK
  8. WiFi transmission power: < 20dBm
  9. LTE Modem is compatible with 4G LTE CAT6 networks and offers Download speed of up to 300 Mbps and Upload speed up to 50 Mbps
  10. LTE Modem supports Dual Carrier HSPA+ and earlier versions of HSPA+
  11. LTE Modem supports WCDMA 850/900/2100 MHz
  12. LTE Modem supports External Antenna connector
  13. LTE Modem provides GPS information
  14. The system supports dual boot using SD card or eMMC. If the device fails to boot from SD card, then the eMMC image is used
  15. The processor runs on custom Linux having 4.9.69 kernel
  16. The device can route any data from WiFi (AP mode), Ethernet, RS232 or RS485 over LTE modem
  17. The unit is based on AM335x 1GHz ARM® Cortex-A8 with 512MB DDR3 RAM, 4GB eMMC storage , 4GB SD card storage
  18. Software can be customized to adjust the CPU at various speeds during different stages to optimize the total power consumption.
  19. Additionally, CPU can be put in standby/sleep mode and can be woken up on a GPIO0 PIN interrupt.
  20. Supports B30 (2300 WCS), B41 (TDD 2500), B29 (US 700de Lower), B26 (US 850 Ext), B25 (1900), B5 (850), B20 (800DD), B13 (700c), B12 (700ac), B7 (2600), B4 (AWS), B3 (1800), B2 (1900), B1 (2100)
  21. LTE Region: Europe, North America , Asia South America, Africa
  22. Software can be updated remotely