SeamlessWaves

Products & Services

Seamless Waves is a company specialized in the design and implementation of reconfigurable RF transceivers. These transceivers are capable of sweeping the frequency spectrum, identifying the least occupied frequency band and then establishing a communication using the wireless standard adapted to this band. Thanks to their highly efficient RF Analog-to-Digital converters, these transceivers achieve a very low power consumption that is well suited for portable devices. Seamless Waves is also a provider of silicon-proven Analog/RF Physical IPs and their virtual component models that can be used for early system integration.

Plug & Play Systems

We provide Plug & Play semiconductor solutions designed for effortless integration, reducing time-to-market and simplifying system development. Our pre-configured ICs and modular designs eliminate complex setup, allowing you to focus on innovation.

Packaged Chips

We provide high-performance packaged chips designed for reliability, efficiency, and ease of integration.

Physical IP

Seamless Waves offers high-quality Physical IP blocks that enable efficient custom silicon development. Our proven analog, RF, and mixed-signal Physical IP solutions ensure optimal performance, power efficiency, and seamless integration into advanced process nodes.

Consultancy & Integration Services

At Seamless Waves, we provide specialized consultancy services to help companies navigate the complexities of analog, RF, Digital, and mixed-signal IC design. Our expertise ensures optimal performance, cost efficiency, and seamless integration into your existing systems.

ABOUT US

Agile Wireless Communication for:
IoT, M2M, Smart Buildings, Smartphones, Wearables, Defense, Medical, Base stations
One radio to rule them all

The popularity of smart phones and IoT applications has created a huge growth in mobile data traffic. Frequency bands dedicated to wireless data communication are often congested which can significantly degrade the Quality of Service. By first sweeping the spectrum and establishing communication in the least occupied frequency band, Cognitive Radio offers a more efficient utilization of the spectrum and a better Quality of service. Currently, RF Front Ends dedicated to Cognitive Radio transceivers have a very large power consumption that is not suitable for portable devices. Our solution: a portable RF front-end device for cognitive radio applications. The low-power device is capable of identifying available frequency bands and then establishing communication using the appropriate Wireless Standard.

  • Seamless Waves highly digitized reconfigurable transceivers cover a wide frequency range up to 9 GHz.

  • Thanks to Seamless Waves power efficient data converters, our devices have 10x improvement in battery life.

  • Spectrum sensing and frequency hopping capabilities of Seamless Waves transceivers provide the perfect RF front-end to establish secure wireless communication.

PARTNERS

Team

Hassan Aboushady

President
Dr. Aboushady has 20 years of R&D experience in RF/Analog IC design at the University of Pierre and Marie, UPMC, STMicroelectronics and NXP. While leading a research team as an Associate Professor at UPMC, he mounted, managed and coordinated several international projects.

Michel Vasilevski

System Design Expert
Dr. Vasilevski has 10 years experience in the design and modeling of RF Systems and Circuits. He worked on several projects related to IoT wireless communication for automotive and health applications in France as well as for space and shrimp farming applications in Brazil.

Alhassan Sayed

RF Circuit Expert
Dr. Sayed has 6 years experience the design, implementation and measurement of RF integrated circuits in 130nm and 65nm CMOS. His latest silicon-proven RF circuits can reach a center frequency of 9 GHz with a sampling frequency of 12 GHz.

Mahmoud Tarek

Senior Analog Mixed-Signal Design Engineer
Mahmoud Tarek has extensive experience in the design, simulation, and optimization of high-performance analog and mixed-signal ICs. He has worked on 5G transceivers, PLLs, ADCs, and DACs, specializing in RF and analog layout, floorplanning, and parasitic-aware design.

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