Overview
As RF and microwave systems continue to demand wider bandwidths, lower operating frequencies, and higher overall performance, traditional filter technologies face fundamental tradeoffs in size, insertion loss, and achievable selectivity. In this webinar, Marki Microwave introduces its new glass-based filter technology and demonstrates how it overcomes these limitations, extending high-performance filtering into the MHz and low-GHz range while maintaining the reliability and consistency designers expect from Marki Microwave products. This session provides a detailed look at Marki Microwave’s glass filter technology, including key substrate parameters, advantages and tradeoffs, new high-rejection topologies, and demonstrated thermal and power capabilities. Whether you are designing channel filters, IF stages, or low-frequency RF signal chains, Marki’s glass filters offer a path to cleaner, more robust designs. With Marki Microwave’s glass filter technology, the future of filters is clear.
Key Takeaways
- Understand the limitations of traditional integrated filters at lower frequencies and how glass substrates enable higher-Q designs into the MHz and low-GHz range.
- Learn how new glass filter topologies achieve steep rejection with predictable size-versus-performance tradeoffs.
- Review measured performance data demonstrating excellent temperature stability across operating conditions.
- Gain insight into power-handling performance and robustness without performance degradation.
- Get an overview of available footprints, qualification status, and the release roadmap for Marki Microwave’s glass filter portfolio.
Webinar Details
Webinar publication date: Thursday, February 12, 2026, 8:00 AM PT / 11:00 AM ET