FPGA, photonics and silicon, in one engineering team.
Our expertise sits where FPGA engineering, photonics, semiconductor systems and real-time signal processing meet. That combination lets us solve problems where standard embedded or software solutions fall short.
A fabless design house for critical systems.
Lorentis Electronics was established to meet the critical microchip needs of the defense, automotive and industrial sectors.
We work with defense integrators, research laboratories, deep-tech companies and industrial customers who need reliable, low-latency, hardware-accelerated solutions.
LabCreating value for your programme.
Technological sovereignty
Reduce foreign dependency on critical components. Own all IP rights to the design and avoid licensing restrictions.
Fast time-to-market
Shorten design time with a ready-to-use IP library and an experienced team, from prototype to production.
Reliable manufacturing access
Access to TSMC, X-FAB and imec IC-Link processes through European multi-project wafer programmes and partners.
Local support
Work directly with our engineering team in Türkiye, in the same language and time zone.
Application-specific optimization
Performance, power and area optimized for your requirements, instead of standard off-the-shelf parts.
Built for harsh environments
Design and test flows aligned with MIL-STD-883, MIL-STD-810 and DO-254 for the harshest conditions.
What we do.
VHDL, FPGA and SoC design
End-to-end digital design, hardware engineering and verification, from system concept to tape-out and final product delivery.
- System specification and architecture
- Bus interfaces and integration (AXI, AHB)
- Timing closure and optimization
- AMD Xilinx, Altera, Microchip and Lattice devices
Design IP cores
Reliable, standards-compliant digital IP cores that accelerate your programme.
- MIL-STD-1553 and ARINC 429 protocol IP
- DSP, FEC and video blocks
- Cryptography and security modules
- Custom IP design and licensing
Embedded systems
Custom hardware and software combined into complete embedded systems for harsh conditions.
- Hardware and PCB design
- Embedded Linux, RTOS and bare-metal software
- SWaP-C and reliability optimization
- System integration and field testing
Design and verification
Find errors early in your ASIC and FPGA projects so the product works right the first time.
- UVM and SystemVerilog functional verification
- Coverage-driven strategies and testbenches
- DO-254 and ISO 26262 compliance support
- FPGA-based hardware emulation
Technical competencies.
| Process technologies | TSMC 65 nm and 90 nm · X-FAB 1.0 µm to 110 nm (CMOS, SOI, high-voltage, MEMS) · silicon photonics |
| Design tools (EDA) | Cadence, Synopsys, Siemens EDA, COMSOL Multiphysics, Altium Designer |
| Standards | Design flows aligned with ISO 9001, ISO 26262, MIL-STD-883, DO-254 |
| Test capabilities | Wafer-level test, burn-in, functional verification, board bring-up and environmental screening with partners |
A verified development process in four stages.
Design
Circuit and system design by our engineering team in Türkiye.
Verification
Pre-production validation of the design, with international partners where needed.
Fabrication
Manufacturing at TSMC, X-FAB or qualified board partners.
Test & delivery
Packaging with partners, then final test and quality control before delivery.
Tell us what you need to build.
Send us a block diagram or a requirement and we will come back with an architecture, a schedule and a quote.
- FPGA, ASIC and photonics design
- IP cores you can own
- Embedded and avionics hardware
- Teknopark İstanbul