22 Jan 2026

Selecting the Right Low-Loss Materials for High-Frequency Circuits
As communication systems move to higher frequencies (e.g. 5G/6G) and data transfers move to higher rates, minimizing transmission losses and maintaining signal integrity become very important. This is where low-loss materials come in. With several different options for low-loss materials available in the market, this article looks at the key properties and factors to consider that guide the selection of materials for high frequency applications.
20 Nov 2025

Low-Loss Materials: The Key Enablers for High-Speed Connectivity
Transmission losses become increasingly significant as communication systems move toward higher frequencies, making low-loss materials essential to preserve signal strength and integrity. These materials are critical for technologies such as 5G mmWave and future 6G telecommunications which is expected to see deployment around 2030, as well as for automotive radar systems for advanced driver assistance systems (ADAS). Similarly, data center infrastructure is shifting toward ultra-high data rates exceeding 200Gbps amplifying the need for materials that can perform reliably and maintain signal integrity under such demanding conditions.
Full profile interview
23 Sep 2025

Kyocera (LTCC)
Kyocera Corporation is a ceramics and electronics manufacturer, founded in 1959. Its headquarters are in Kyoto, Japan. As part of its solutions portfolio, Kyocera offers low temperature co-fired ceramics (LTCC) packages and substrates and organic RF packages for applications in 5G mmWave and transceivers and switches for applications in data centers.
Included are:
Full profile interview
3 Apr 2025

24M Technologies, Inc.
24M (Massachusetts, USA) develops semi-solid battery technology, aiming to disrupt lithium-ion production with lower-cost, simpler manufacturing. Its licensed business model targets electric vehicle (EV) and grid storage markets, partnering with firms like Kyocera and Volkswagen. Advantages include reduced material use, higher energy density, and compatibility with existing facilities. Backed by US$100M+ funding (including from Japan's GPSC), it leverages MIT-derived IP. Challenges include scaling production and competing with entrenched lithium-ion giants (CATL, Panasonic). Positioned as a cost-innovation leader, 24M's semi-solid approach bridges traditional and next-generation solid-state technology but faces execution risks in a capital-intensive industry.
Innovation Map
28 Feb 2025

SSB Company: Strategic Commercial Plans and Production Milestones
Innovation map of strategic commercial plans and production milestones - SSB Company.