Liquid Metal Embedded Elastomers

Meeting the Challenges
of 5G Communication

Shielding effectiveness decreases with frequency. As mmWave frequencies exceed 10GHz, standard manufacturing methods can’t achieve good protection. The conformity of LMEE greatly enhances coverage, realizing a more effective EMI shield

Shielding effectiveness decreases with frequency

As mmWave frequencies exceed 10GHz, standard manufacturing methods can’t achieve good protection. The conformity of LMEE greatly enhances coverage, realizing a more effective EMI shield.

Dissipation of generated heat

5G mmWave technology relies on Multiple Input Multiple Output (MIMO) antenna technology. Higher transmit frequencies require higher power density in antenna arrays, making the dissipation of generated heat a significant challenge.

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