TERASi

We are excited to continue week 3 of #EbandXplain series - a 5 week series where we will explore E-Band (71 -86 GHz) technology and its transformative impact on our digital world. This week we will explore current E-band architecture and the implementation of E-Band to overcome its technical challenges. A typical RF radio comprise of the baseband module and the radio frontend. Crucially, the frontend contains critical passive components that play an important role in the link performance. The E-Band radio architecture must be designed to handle the high-frequency signals, which requires the use of specialized components such as high-frequency amplifiers, mixers, and filters. Due to the short wavelengths, components can be made smaller but require more precise manufacturing. Advances in frontend manufacturing and design has pushed the architecture to be more power efficient, and practical for widespread adoption. By adopting a holistic approach to system design and focusing on front-end efficiency we can overcome the power limitations of E-band semiconductor devices and maximize link performance. Stay tuned to next week where we will explore the real world use case of this revolutionary technology! #EBand #wireless #5g #6g #hardware

We are delighted to announce this European Space Agency - ESA contract for project TABASCO. Our goal is to deliver compact, steerable payloads for communication and sensing using D-band phased arrays. This technology is expected to play a major role in future 6G networks. Thanks to Rymdstyrelsen for supporting this activity and our commercial development. #5g #6g #antenna #space #satellite

E-band is a game-changer for wireless connectivity; With its high frequency and wide bandwidth, E-band can help increase capacity and reduce latency. However, it also comes with its own set of technical challenges. We are continuing on week 2 of our #EbandXplain series - a 5 week series where we will explore E-Band (71 -86 GHz) technology and its transformative impact on our digital world. Last week, we discussed the motivations for using E Band. This week we will explore its characteristics and ways to deploy E-Band systems effectively. E-Band signals are directional and have a relatively short range, typically up to 2-3 km, because they are sensitive to atmospheric conditions such as fog, rain, and humidity. However, this short range also provides a natural barrier against interference from other wireless devices and networks, making E-Band a secure and reliable choice for certain applications. By shrinking E Band components and improving its availability, we can unlock the full potential of high-speed wireless connectivity, enabling faster, more reliable, and more widespread access to data and services. #wireless #hardware #5g #6g #Eband

Unlocking the power of E-band We are excited to kick off Week 1 of #EbandXplain series - a 5 week series where we will explore E-Band (71 -86 GHz) technology and its impact on our digital world. This week we will dig into the growing demand for high-speed wireless connectivity, the limitations of current technologies and how E-band can help bridge the gap. E-band is primarily used in wireless backhaul, where it can offer capacities of over 20 Gbps: enough to stream uncompressed 4K video in real time! This capacity makes E-band ideal for transporting large amounts of data between two locations. E-band is currently the fastest growing sector of the wireless backhaul market with reported growth rates of over 10%. This capacity will be needed to provide the exponential growth in wireless data traffic, which is expected to triple by 2030. So what’s the catch? Join us as we dive in to the hardware problems that limit current solutions and how new innovations in system design, integration and packaging can unlock the true power of E-band. #EBand #wireless #5g #6g #hardware

We are thrilled to share that TERASi has been named one of Sweden's Top 33 startups by Ny Teknik! NyTeknik is Sweden's leading technology & IT newspaper. Its annual #33listan lists Sweden's 33 hottest startups across a range of sectors, which are judged based on their technical prowess and international market potential. 2024 marks TERASi's first inclusion in the prestigious list. Check out the full list here: https://lnkd.in/dw2hvGBP

TERASi has been awarded a 4 MSEK grant from Vinnova to support the development of our next generation 5G/6G radio products! The grant is part of Vinnova's "deeptech acceleration" program which supports technical and commercial development at innovative SMEs. The project runs for two years, with the end goal of bringing complete radio modules to the wireless backhaul and SATCOM markets. #grant #5g #6g #hardware #innovation #satcom #backhaul

Fresh off the production line: new E-band filter prototypes! These filters bring best-in-class performance to next-gen communications and radar applications in a compact, lightweight package. They are the first in a series of new passive components to be released over the coming months. Full details coming soon. Want to learn more? Contact our sales team at sales@terasi.io #wireless #eband #filter #hardware #prototype #radar

Production is in full swing. New products and demonstrators for E-band and D-band coming soon. Watch this space! #hardware #prototype #5g #6g

Excited to share this customer story from our partners Finetech! Their incredible die-bonders are key to our SiP solutions at TERASi. Check out the article to get a behind-the-scenes peek of 5G/6G innovation in action (a.k.a. putting very, very small things inside slightly bigger things). https://lnkd.in/dqwS4_Ku #wireless #bonder #5g #6g #innovation

Our packaging dept. is now open for business. Thank you Finetech!