Raltron Introduced Monolithic Crystal Filter Series
The new RXF series supports broadband ground equipment for low Earth orbit satellite networks.
Updated on Oct. 14, 2026 in Semiconductors
Raltron has launched its new RXF monolithic crystal filter series designed for high-frequency operations. These components are specifically engineered to support LEO satellite broadband ground equipment.
Why it matters
The release aims to address the technical demands of LEO satellite infrastructure by providing filters that offer precise frequency response and low insertion loss. This is critical for maintaining signal integrity in modern satellite communication systems.
The new RXF series includes the RXF-100.000-20-6035-6-4 and RXF-150.000-15-7050-6-2 models. These filters feature compact packaging and are designed to provide low insertion loss for both RF and intermediate-frequency signal paths.
The players
Raltron
Raltron is an electronics component manufacturer specializing in frequency management and timing products.
The details
These filters are optimized for applications including user terminals, gateway stations, networking equipment, and phased-array antennas. By utilizing controlled frequency response, the series facilitates improved performance in complex timing and control subsystems.
Timeline
Raltron introduced the RXF series on October 14, 2026.
The Tech Race
This component launch reflects the rapid technical evolution required to support the scaling of global LEO satellite broadband constellations. As ground infrastructure moves toward smaller, high-frequency terminals, manufacturers like Raltron are competing to replace bulkier legacy hardware.
For hardware developers and systems engineers, these compact filters offer a way to streamline the design of high-frequency satellite ground equipment. The adoption of such components can lead to more efficient signal processing and smaller form factors for end-user terminals.
The takeaway
Reliable frequency filtering remains a fundamental building block for the expansion of global satellite-based internet access. Engineers looking to optimize signal paths should consider how high-frequency monolithic filters can replace legacy components in broadband ground stations.
Further reading
Learn more about the latest innovations in hardware infrastructure in the Semiconductors section.
Source note: This article includes information reported by Electrical Engineering News and Products.
