Smiths Interconnect to Display Ceramic RF Filters, Temperature Variable Attenuators and Spring-Loaded SMP Connectors at IMS2026

Why It Matters

These products address growing demand for lightweight, temperature‑stable RF components that improve size‑weight‑and‑power (SWaP‑C) metrics in defense, aerospace and 5G infrastructure.

Key Takeaways

• Ceramic RF filters operate up to 6 GHz, offering compact radar solutions
• K2TVA Thermopad provides passive gain compensation across temperature ranges
• EZiCoax spring‑loaded SMP connector supports frequencies up to 40 GHz
• LightABLE‑RF and SpaceABLE‑RF enable RF‑over‑Fiber with 850 nm VCSEL
• Smiths displays extensive microwave, optical, and connector portfolio for harsh environments

Pulse Analysis

IMS2026 is shaping up as a pivotal venue for next‑generation connectivity, and Smiths Interconnect’s presence signals its commitment to the high‑frequency market. By bringing ceramic RF filters that reach 6 GHz, the company offers designers a lightweight alternative to traditional metal filters, a benefit for radar and satellite payloads where every gram counts. The K2TVA Thermopad’s passive temperature‑variable attenuation further reduces the need for active compensation circuits, simplifying system architecture and boosting reliability in extreme environments.

The EZiCoax spring‑loaded SMP connector is another highlight, delivering repeatable performance up to 40 GHz while tolerating the mechanical stresses of aerospace and defense platforms. Its single‑piece design eliminates the alignment challenges of conventional SMP interfaces, cutting assembly time and improving long‑term durability. Meanwhile, LightABLE‑RF and SpaceABLE‑RF extend Smiths’ RF‑over‑Fiber (RFoF) portfolio, leveraging an 850 nm VCSEL to transmit high‑frequency signals over multimode fiber. This approach slashes SWaP‑C footprints and enables flexible routing in dense avionics bays, a growing requirement as 5G and satellite constellations demand higher bandwidths.

Overall, Smiths Interconnect’s showcase reflects broader industry trends toward miniaturization, passive thermal management, and fiber‑based signal distribution. Companies seeking to future‑proof their platforms will find value in these solutions, which promise lower power consumption, reduced weight, and enhanced resilience. As defense budgets prioritize agile, high‑performance electronics, the adoption of Smiths’ components could accelerate the rollout of next‑gen radar, communications and space systems.