SERVICES

MICROREL offers several Services for High-Reliability Electronics and RF Microwave components for Space and Military applications.

MMIC Circuits Design & GaAs/Gan Foundery services

• MMIC – Monolithic Microwave IC Design (1-100GHz) from L-band to V-band both in GaAs and GaN technologies
• GaAs and GaN MMIC fabrication process & comparison of other technologies
• MMIC (Monolithic Microwave Integrated Circuit) Foundry
• Layout considerations, Simulation & modelling
• Passive circuit design – filters, couplers, splitters, baluns
• Active circuit design – amplifiers, switches, attenuators, phase shifters
• RF On-Wafer (RFOW) test and measurement
• CAD tools for circuit design Standard Simulations
• DFM (Design For Manufacturing) for production Yield optimization

• Part Management Plan
• Procurement Spacification preparation
• Parts Radiation Assesments & Plans (TID, SEE, SEU, SEL)
• Parts Upscreening / Upgraditing
• Parts Quality Veririfcations (LAT/QCI)
• Customer Source Inspecions – PRECAP Inspections & Final CSI
• Obsolescence Parts Management and alternative solutions
• Prohibited Components definition
• DCL/BOM Manageement

COTS & PEMs Parts Selections for NEW Space

• Justification Documents
• PAD (Parts Identification Documents)
• Manufacturer & Technology Assessment
• Construction Analysis
• Radiation TID/SEE/SEL Assesssment

ASIC & SOC Design Developments

We work on the development of Digital, Analog, Mixed or RF ASICs, for circuits such as 3G, 4G LTE modems, chip companions, video encoder, TV decoder, Bluetooth, UWB, Zigbee, CMOS, CCD and infrared imaging, audio, power management, Quad band Transceiver…, on CMOS, SOI technologies, with increasingly small structures (45, 32 and 28 nm).

DIGITAL & ANALOG ASIC & SOC

• Architectures, Modeling VHDL, VERILOG
• Simulations and syntheses
• Functional (C, UVM, System Verilog, etc.) and formal verifications
• DFT (Scan, Bist, ATPG, …)
• Back End (P&R)
• Prototyping on FPGA (Zebu, Prodesign, etc.)
• Schematic design
• Simulations
• Layout
• Measurements and Characterization

RF and Microwave circuits Design

Frequency bands spans from 100MHz up to 94GHz with different technologies:

• RF PCB
• Alumina, LTCC, Thick Film Hybrids
• GaAs, GaN MMIC
• Electric, Electromagnetic, Mechanical and Environmental simulations are the basis of Wave Design Cycle.
• Defence: airborne, trucks, missiles. MIL standard compliant hardware
• Space: on-board and ground segmend equipment. ESA ECSS compliance
• Telecom and Industrial: CE marking, RED compliance.

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