Our product portfolio covers a fully modular OpenVPX/SOSA infrastructure comprising an 8-slot VPX Backplane, Hybrid Switch, Clock/Synchronization, VITA 62-compliant Power Board, and Intel Xeon-D-based VPX SBC modules. The backplane provides PCIe Gen3 fabric, 10GbE control plane, IPMI management, and VITA 67 RF expansion support.
About Us
About Us
End-to-end engineering for
mission-critical electronic systems
Bring your test and electronics projects to life with confidence through our expert engineering team.
10yr+ Average Experience
IC Intechron was established as the technology affiliate of IC Holding, which has operated since 1969 across construction, infrastructure, energy, tourism, and nuclear sectors. Our company is a design and engineering house dedicated to strengthening our technological independence. We deliver end-to-end electronic system solutions by managing the full spectrum of hardware/RF design, embedded software and systems, digital design (ASIC/FPGA), and mechanical system and subsystem development under one roof.
Our team has deep knowledge and experience in electronic system architectures for aerospace and high-reliability platforms. With a "doers, not learners" mindset, we deliver practical solutions to the most complex engineering challenges.
Our team has deep knowledge and experience in electronic system architectures for aerospace and high-reliability platforms. With a "doers, not learners" mindset, we deliver practical solutions to the most complex engineering challenges.
+
Years of <br>Corporate Legacy
+
Professional Workforce
openvpx.
fpga.
embedded software.
electronic design.
test systems.
advanced engineering.
Our Work Process
How We Work
We systematically execute all engineering activities from needs analysis to operational acceptance in accordance with customer requirements, technical standards, and verification/test criteria.
01
Requirements Analysis & System Definition
Requirements Analysis & System Definition
02
Architecture Design
We integrate hardware, software, mechanical, and interface components into a holistic system architecture.
03
Detailed Design
We translate system architecture into production-ready electronic, software, and mechanical designs.
04
Prototype & Verification
We bring designs to life through prototypes, verifying functional and requirements compliance.
05
Test & Qualification
We subject products to functional, environmental, and performance testing in accordance with applicable standards.
06
Production
We transition validated designs to production based on quality, traceability, and repeatability principles.
What We Do
From Concept to Field;
The Entire Process Under One Roof.
Engineering solutions for mission-critical applications.
By the Numbers
An experienced team, solid
infrastructure, a clear vision.
+
YEARS MINIMUM INDUSTRY EXPERIENCE
+
SENIOR ENGINEERS
INTEGRATED ENGINEERING DISCIPLINES
ACTIVE PROJECTS
+
YEARS OF IC HOLDING BACKING
From IC to Shelf
IC Intechron develops modular, standards-compliant, and field-ready electronic boards and systems.
Frequently Asked Questions
Frequently asked questions
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What does your OpenVPX product portfolio cover?
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What applications are your FPGA-based signal processing products designed for?Our FPGA + SDR, FPGA Carrier Board, and FMC+ / AD9082 MxFE modules are designed for electronic warfare, radar, ESM, ELINT, COMINT, ECM, and DRFM applications. Zynq UltraScale+ platforms with JESD204B/C interface, low SWaP profile, and VPX-compatible modular architecture can also be used in UAV/UCAV payloads.
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What stages do your hardware design services cover?Our hardware design solutions cover the end-to-end engineering process from schematic architecture to PCB layout, signal/power integrity simulation, and RF/microwave and EMI/EMC compliance design. 3U/6U VPX, rigid-flex PCB, and high-speed digital interface designs are executed in compliance with defense and aerospace standards.
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How is inter-module communication provided within the VPX chassis?The Hybrid Switch Board combines the PCIe Gen3 data plane and 10GbE control plane in a single module. Fabric connectivity to all payload slots is provided through the backplane; the Clock board supports multi-channel synchronous operation with low-jitter reference and JESD SYSREF distribution. Remote monitoring is enabled through IPMC-based VITA 46.11 management.
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Do you provide embedded software and BSP development support?Yes. We provide BSP, HAL, and driver development, RTOS (VxWorks, FreeRTOS, Zephyr), and Embedded Linux porting services for the hardware platforms we develop. We manage hardware-software co-verification processes including bootloaders, secure boot, JESD204B/C, and custom FPGA IP drivers.
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What do your HIL and ATE test solutions offer?Our test integration solutions cover HIL test system design, automatic test equipment (ATE) development, and MIL-STD-810 environmental and MIL-STD-461 EMC qualification test coordination. Real-time platforms based on NI PXI, dSPACE, and OPAL-RT enable system verification before field testing; ATE architectures improve production line quality.
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How is compliance with SOSA and VITA standards ensured?Our products and solutions are developed with a modular architecture based on OpenVPX, SOSA, and VITA 46/48/62/65/67 principles. Backplane slot structure, power rails, IPMI management, and RF expansion interfaces are designed for compliance with these standards; in our system engineering services, compliance is maintained throughout the project through ICD and requirements traceability.
Mon – Sat: 08:30 – 18:00
info@intechron.com.tr
Mutlukent Mah. Çankaya / Ankara, Türkiye
info@intechron.com.tr
Mutlukent Mah. Çankaya / Ankara, Türkiye
Contact Us