400-1500 MHz RF Front-End

@hayteekeys

KINDLY READ THROUGH MY PROPOSAL THIS IS WHAT I WILL DO DETAILED APPROACH - Design 400-1500 MHz RF front-end optimized for QAM EVM + DSS spectral purity using wideband LNA, gain blocks, and matching networks. - Simulate in ADS/HFSS for ±1.5 dB gain flatness, <4 dB NF, <2:1 VSWR across full band. - Layout PCB with controlled impedance, RF shielding, and thermal management. DELIVERABLES - Complete schematic + part numbers. - Simulated plots (gain/NF/IIP3/VSWR). - PCB files + Gerbers/ODB++. - BOM with 2024 stock codes. - Design note on QAM/DSS optimization. EXPERIENCE 500-2GHz test equipment front-ends for VSA platforms. QAM/DSS linearity optimization in ADS. Multiple lab-grade RF PCBs fabricated. QUESTIONS Target gain (10-20 dB?) and P1dB/IIP3 requirements? Input/output connectors (SMA/N?)? ESTIMATED TIME: 3-5 days.

@SMBelectronics

I’m Abbas from SMB ElectroTech. We’re an OEM/ODM electronics engineering firm that designs and delivers custom IoT and embedded hardware for startups, SMEs, and global teams. We specialize in precision PCB design, IoT sensor nodes, and gateways, and take products from concept through fully tested, production-ready hardware. Our clients work with us when they need engineering depth plus reliable manufacturing execution, without building an in-house team. If you’re working on an IoT or embedded product and need a dependable technical partner, I’d be glad to explore whether we’re a fit. Regards Abbas JawadWala SMB ElectroTech

@aqib928

Hi, I am RF design engineer having expertise in designing RF/Microwave circuits and systems. My core expertise included the RF front end (RFFE) design for various applications including wideband RF receivers and real time spectrum analyzers. I have hands on experience on Keysight ADS and SystemVue. Please reply me back to further discuss your task. Thanks

@ail5a9f298b597ed

As an experienced Full Stack Developer and AI Specialist, my skillset goes beyond the traditional boundaries of software development. I'm a firm believer in applying innovative solutions across different domains, including electronics. Taking inspiration from my experience in backend, frontend, mobile app, and desktop application development, I can guarantee a comprehensive approach to your RF front-end project. In addition to my proficiency in languages like PHP, Python, Java, C++, Lua, and C#, I am well-versed in various frameworks and platforms such as Symfony, Django, Spring Boot, Android Studio; - a testament to my adaptability. Furthermore, I have substantial knowledge of AI integration using TensorFlow and PyTorch which can come handy in exploring newer possibilities for your project. Letting me tackle your project means the utilization of my multi-faceted skill set at its best. My ability to translate complex requirements into practical designs makes me an ideal fit for your RF front-end task. Contact me today and together we'll make sure that you get a top-notch solution that exceeds your expectations.

@ahmedh177

Hello, I’m a hardware and RF engineer with a background in designing wideband front-ends and high-performance signal chains. I have experience building lab-grade boards where maintaining signal integrity and flat frequency response is the top priority. I’ve reviewed your requirements for the 400 MHz to 1.5 GHz front-end and the need for high linearity for QAM and DSS testing. I can deliver a clean, production-ready design that meets your specs for gain flatness, low noise, and stable VSWR across the entire band. I’m happy to help with this design—let me know if you’d like to talk about the details.