The advent of 5G poses new, complex heat and electromagnetic interference challenges and we have a world-renowned portfolio of products and team of engineers who can help you solve all the issues from start to finish.
Learn more information about Hybrid Thermal/EMI Absorber for High Frequency, read our data sheet.Coolzorb 5G Datasheet
5G cell towers operating on the higher frequency mmWaves and the implementation of massive MIMO are creating new heat and interference challenges. The associated higher data rates are doing the same in cloud servers and storage systems. Our best-in-class thermal interface and EMI materials can produce more efficient, powerful, and reliable infrastructure systems.
As markets continue to demand thinner, lighter, and faster devices, the electronic circuitry within the devices become denser, creating the opportunity for EMI and thermal issues. 5G mobile devices will only increase these issues. Our thin, lightweight products will keep your systems running smoothly and on-task at all times.
Smaller wireless devices and their sensors require NEW structural systems and EMI solutions to keep them consistently connected and exchanging data. We led the way for IoT, showing commitment and expertise in its development, and we are doing the same for 5G.
Learn about our low loss dielectric and absorber in a hybrid solution. Kzorb maintains signal integrity while putting the absorber exactly where needed.
Achieve excellent shielding with form-in-place gaskets featuring superior
Suppress heat and EMI with our hybrid solution, lowering costs while still meeting compliance.
Reduce or eliminate surface currents, cavity resonances, and coupling up to 40GHz with Laird's mid-frequency absorber.
Manage EMI in the mmWave band above 40GHz with our thin broadband absorber.
Manage impedance and the signal path with Laird's lightweight, highly reliable, low-loss dielectrics.
We design low-profile and low-loss conductors to meet every product need.
Laird's variety of high-performance thermal interface materials has low dielectric constants to avoid EMI issues. Click on this product to consult our handyinterface materials has low dielectric constants to avoid EMI issues. Click on this product to consult our handy TIM product chart.
Simplify thermal performance testing with reusable phase change materials which show no degradation after hundreds of cycles.
In this paper, you will learn more about the electromagnetic characterizations of absorbers and their effect on EMI.
This paper discusses absorber technologies, their uses in 5G mmWave systems, and identifies Laird absorbers for this frequency range.
Systems operating in the lower microwave band face a dual EMI and thermal challenge. Read our application note for answers.
Paul Dixon describes how collaboration can help overcome heat issues and electromagnetic interference in high-performance 5G devices in this article.