Subscribe to our newsletter

Email address
First Name
Last Name


High performance LabVIEW-based control module (FPGA, RT Dual Core Processor, high and low speed DACs and ADCs)


SOM/E (LabVIEW VME control module) is a high performance VME J1 control module fully compatible with NI LABVIEW and NI RIO platform (Real-Time, Embedded).

It features a NI sbRIO-9651 System-On-Module that includes a Xilinx Artix-7 FPGA and a Real-Time Dual Core ARM Cortex-A9 (with Real-Time NI Linux OS).

SOM/E includes a High Speed module for the most demanding high speed digital applications. This module comprises an ADC and a DDS stage. The first is a two-channel, 14 bits, 80 MSPS ADC with an integraded digital downconverter for frequencies up to 70 MHz and extensive signal monitoring. The second is a High Speed DDS with 14 bits, 400 MSPS, high resolution and programmable phase and amplitude dithering.

An additional auxiliar connector enables high flexibility for any application, including a high number of analog monitor and control lines (12x 12 bits DACs, 16x 12 bits, 500 kSPS ADCs), auxiliar SPI, 13 DIOs and 2 auxiliar trigger lines (In and Out).

SOM/E provides high connectivity, with Gigabit LAN, USB (Host and Device) and internal RS485 (1) and RS232 (3) connectors.

SOM/E is the control card for our chassis/xxHP series. Together, they make a high performance, powerful and flexible platform for the most demanding needs in a wide variety of applications and markets.


  • NI sbRIO-9651 SOM with Xilinx Zynq 7020 (Artix-7 FPGA + Dual-core ARMCortex-A9 with Real-Time NI Linux OS)
  • High speed dual channel  ADC 14-bits 80 MSPS / IF receiver up to 70 MHz
  • High speed DDS 14-bits 400 MSPS
  • Auxiliar header with 12 DACs, 15 ADCs, 13 DIOs, SPI, Trigger In, Trigger Out
  • LAN, USB
  • VME J1 format (160 mm depth)

Contact us for any technical question, quotation inquiry or order


  • Control module for Luz Wavelabs Electronics and Photonics modules:
  • Custom VME J1 system applications


Cookies policy

This website uses cookies to improve user experience and collect site statistics. We will never use your information with third parties. If you continue navigating, you are accepting the use of cookies in this site. For more information, you can visit our privacy policy Privacy policy. ACEPTAR

Aviso de cookies