Laird's BMI-S-608 shield frame features rows of integrated contact spring fingers positioned on each inner sidewall of the four-sided shield.

Laird's NA12065 series nanocrystalline sheets suppress EMI, improve wireless charging efficiency, and are suitable for high-temperature applications.

This application will address silicone which migrates out of the TIM and onto other surfaces.

Laird’s CoolZorb™ 200 hybrid thermal/EMI absorber is a cost-effective solution that offers high reliability and long-term performance.

Laird's NoiseSorb EMI noise suppression absorber is used to suppress unwanted energy coupling, resonances, or surface current that may cause EMI issues.

Laird’s Eccosorb RF-LB silicone based absorber features an improved proprietary filler that provides higher permeability than the standard Eccosorb products.

Laird’s low frequency lightweight EMI 6 GHz attenuation absorbers.

Laird's Tpcm™ 7000 offers thermal conductivity of 7.5 W/mK and is designed to enhance the cooling of the most rigorous thermal challenges in electronics.

Laird's NoiseSorb NS1000 series is an ultra-thin low-frequency near field RF absorber sheet active from 20 Mhz to 3 Ghz.

Laird Technologies' SoftZorb GDS series medium-range soft gap filler absorber is ideal for cavity resonance, energy coupling, and crosstalk challenges.

Laird Technologies' CoolZorb-Ultra series silicone-free absorber suppresses unwanted energy coupling, resonances, and surface currents which cause EMI issues.

Laird's Eccosorb GDS microwave absorber is suitable for applications such as mobile infrastructure, sensors, and more.

Laird's ultra-thin noise suppressor is ideal for suppressing the magnetic field that is created by a device.

To enable efficient thermal energy flow a Thermal Interface Material (TIM) is used between the IC and a heat sink

A cavity resonance occurs inside a conductive enclosure when energy is generated at frequencies which correspond to the resonant frequencies of the enclosure.

Global IP traffic is swamping datacenters. Yet it is Internet traffic originating or terminating within the center itself which dominates overall data handling.

Laird offers an extensive product lineup of ferrite cores, EMI noise filtering and wireless power transmitting components for EMI management in signal interfaces, clock and power lines

Addressing 5G High Frequency