Laird uses advanced modeling, simulation tools, and in-house expertise to help customers design for reliability and EMI compliance. See how we support faster time to market with proven advisory solutions.

Laird’s Eccosorb™ RF-LB low-frequency absorber withstands temps up to 177°C—highest in its class. It suppresses antenna desense, crosstalk, and SAR emissions. Thin, durable, and ideal for auto, aerospace, defense, consumer, and industrial use.

Laird’s Eccosorb™ RF-LW targets sub-6 GHz frequencies with three material options. Lightweight and thin, it resists heat, corrosion, and outgassing—ideal for aerospace, auto, and more. It reduces desense, reflections, and cavity resonance.

The complex electromagnetic interference challenges in consumer electronics, and how Laird is developing solutions to enable more innovative devices.

Laird's NoiseSorb™ NS1000HTRC is a thin, high-temp EMI absorber with stability up to 125°C, ideal for reflow-compliant, one-piece board-level shielding. Watch the video to see why it stands out for near field noise suppression.

A range of solutions now helping design engineers effectively transfer heat away from hot components, mitigate disruptive electromagnetic interference, or both. Products such as Coolzorb, Tflex, and Eccosorb are noted.

Customizable nanocrystalline sheets offer high permeability and EMI suppression in a thin 0.02mm format. Ideal for datacom, industrial, consumer, wearable, and healthcare electronics. Operates from -40°C to 125°C in 2-, 3-, or 5-layer options.

DuPont™ Pyralux® laminates along with eight Laird™ brand product families support EV power electronics technology and battery management system solutions. See these innovative products engineered to transfer heat, absorb EMI, and more.

Multifunctional products offer a two-in-one solution for aerospace and defense design engineers facing increasing heat and EMI challenges. Learn more about Laird’s solutions for the aerospace and defense industry.

Laird’s BMI-S-608 shield frame features a coverless, stainless-steel design with spring fingers on each inner sidewall. It reduces EMI and serves as a structural part of a diecast or heat sink housing.

At 60–90 GHz, signal reflections from nearby structures can distort antenna patterns. ReZorb™ S absorber reduces reflected RF signals at any angle, improving signal accuracy by lowering EMI. It's flexible, tunable, and available in a 5G version.