Europe

 ITALIA

• DAVE Embedded Systems

• DIGIMAX

 FRANCE

• CYNETIS Embedded

 GREAT BRITAIN

• SARSEN Technology

 GERMANY

• DAVE Embedded Systems' Munich Office

 SWITZERLAND

• DAVE Embedded Systems' Munich Office

 AUSTRIA

• DAVE Embedded Systems' Munich Office

OTHER UE COUNTRIES

• DAVE Embedded Systems

America

 UNITED STATES OF AMERICA

• BRAEMAC
• DAVE Embedded Systems

OTHER AMERICAN COUNTRIES

• DAVE Embedded Systems

Asia

 JAPAN

• FUJISOFT

OTHER ASIAN COUNTRIES

• DAVE Embedded Systems

Africa

ALL NATIONS

• DAVE Embedded Systems

Australia e Oceania

ALL NATIONS

• DAVE Embedded Systems

DAVE Embedded Systems integrates the Industry 4.0 in its facilities thanks to program POR FESR 2014-2020. Thanks to several years of experience cooperating in many projects where Networking, Datalogging and IoT were the keywords, these processes now are officially part of DAVE Embedded Systems' manufacturing and testing procedures. The changing process started months ago with automatic testing equipments using cobots and new SW solutions. Now this first step is completed with a complete integration with a brand new ERP system which enable DAVE's team to have a global unique managing system. This step was possible thank to the support of Regione Friuli Venezia Giulia, Italian Government and European Union.

Preterm Brain-Oxygenation and Metabolic Eu-Sensing: Feed the brain

This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement No101099093.

TECHNOLOGY

It will change the paradigm of preterm neonatal care and nutrition, through a Nutritional Clinical Advisor, who will guide the parenteral (intravenous) nutritional intake of preterm infants to meet the needs necessary to guarantee optimal levels of cerebral oxygenation.

INTERFACE

PROJECT: “AURA” PROJECT

In recent years DAVE has carried out research and development activities to make the hardware and software tools necessary for the development of Artificial Intelligence techniques. These devices need high-performance but robust components from a thermal point of view, resistant to electrostatic discharges at the highest possible level, and not very demanding in terms of consumption (in case it is necessary to power them by battery when the device is portable/mobile) . But above all they must implement NPU (Neural Processing Units) type cells which are the cells - or actual coprocessors - that allow AI algorithms to be processed. The idea of the AURA SOM solution was born from these R&D activities. The AURA SOM System On module was designed to be supplied with NXP i.MX93 (or subsequent ones of the same family) System-On-Chip and to provide an innovative Edge Computing solution in the industrial sector.