SciTransfer
Organization

SMART IS MAKINALARI SANAYI VE TICARET ANONIM SIRKETI

Turkish industrial SME contributing to European 5G RF semiconductor supply chains and resilient drone data architectures.

Technology SMEdigitalTRSMEThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
Unique partners
82
What they do

Their core work

Smart Is Makinalari is a Turkish industrial SME based in Manisa that has positioned itself at the intersection of advanced RF semiconductor technologies and autonomous systems integration. In the BEYOND5 project, they contribute to building a European supply chain for RFSOI (Radio Frequency Silicon on Insulator) — the semiconductor substrate enabling 5G millimeter-wave communications, V2X connectivity, and low-power IoT applications. In ADACORSA, they work on resilient data collection architectures for drones and automated vehicles. Their dual presence in both semiconductor supply chain development and autonomous aerial systems suggests an industrial company expanding into high-technology electronics and connectivity domains, though their precise technical contribution within these large consortia is not fully derivable from available data.

Core expertise

What they specialise in

RF semiconductor technology (RFSOI/FDSOI)primary
1 project

BEYOND5 project targets RFSOI and FDSOI silicon-on-insulator technologies as the enabling substrate for 5G, CMOS radar, and millimeter-wave RF applications.

5G and millimeter-wave connectivityprimary
1 project

BEYOND5 explicitly targets new RF domains for 5G millimeter-wave, V2X (vehicle-to-everything), and IoT communications enabled by advanced semiconductor processes.

Drone and autonomous vehicle data systemssecondary
1 project

ADACORSA covers airborne data collection on resilient system architectures for drones and automated vehicles.

Low-power RF and IoT circuit designemerging
1 project

BEYOND5 keywords include energy efficiency, low power consumption, and IoT, indicating focus on power-efficient RF electronics alongside the semiconductor substrate work.

Evolution & trajectory

How they've shifted over time

Early focus
Drone and autonomous systems resilience
Recent focus
RF semiconductor supply chain for 5G

Both projects launched in 2020, so long-term temporal evolution cannot be observed from the data. However, the project sequence reveals a thematic breadth: ADACORSA placed them in the autonomous systems and resilient architecture domain — drones, unmanned vehicles, airborne data — while BEYOND5 brought them into the semiconductor supply chain, specifically RFSOI/FDSOI chip technologies for 5G, radar, and IoT. This dual engagement suggests the organization is active at the systems integration level (ADACORSA) and at the enabling component level (BEYOND5), which is an unusual combination for an SME. The direction appears to be toward deeper involvement in the RF semiconductor manufacturing ecosystem.

Moving from autonomous vehicle and drone data architectures toward advanced RF semiconductor manufacturing and the European 5G supply chain, suggesting a strategic pivot toward foundational connectivity hardware.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European17 countries collaborated

Smart Is Makinalari participates exclusively as a consortium partner, never as coordinator — indicating they contribute specific technical capabilities within larger research programs rather than driving project agendas. Despite only 2 projects, they have accumulated 82 unique consortium partners across 17 countries, which reflects participation in large, multi-stakeholder EU consortia typical of ICT infrastructure programs. This ratio of partners-to-projects suggests they are embedded in well-connected research networks rather than operating in narrow, recurring partnerships.

Despite only 2 H2020 projects, the organization has collaborated with 82 unique partners across 17 countries, reflecting participation in large, internationally diverse consortia characteristic of European ICT and semiconductor research programs. Their network spans communities in autonomous systems and RF semiconductor supply chains.

Why partner with them

What sets them apart

As a Turkish private SME embedded in European semiconductor and 5G supply chain research, Smart Is Makinalari occupies an uncommon position: a non-EU industrial company with active roles in projects explicitly aimed at building European technology sovereignty — BEYOND5's stated goal is a "fully European supply chain" for RFSOI. This combination of industrial manufacturing heritage and advanced RF semiconductor project participation makes them a bridge between Turkish industrial capacity and EU high-technology research priorities. With only 2 projects and no funding data available, their precise technical depth within these large consortia remains difficult to verify independently.

Notable projects

Highlights from their portfolio

  • BEYOND5
    A flagship EU initiative to build a sovereign European RFSOI/FDSOI semiconductor supply chain for 5G, radar, and IoT — rare combination of geopolitical industrial strategy and deep semiconductor physics that ran to 2024.
  • ADACORSA
    Focuses on resilient airborne data collection architectures for drones and autonomous vehicles, placing the organization at the intersection of aviation safety and autonomous mobility systems.
Cross-sector capabilities
Transport and autonomous mobility (drone systems, V2X applications)Security and surveillance (CMOS radar, resilient architectures)Manufacturing and industrial electronics (RF component supply chain)
Analysis note: Only 2 projects, both initiated in 2020, with no EC funding data available and no accessible website. The organization's actual internal capabilities are difficult to verify from project metadata alone — their role within large consortia (82 partners across 17 countries) could range from core technical contributor to peripheral industrial partner. Analysis is based entirely on project titles and keyword lists. The company name ("Makinalari Sanayi ve Ticaret" = Machinery Industry and Trade) suggests manufacturing roots, but no data confirms how this maps to their H2020 technical contributions.