JWMT Inc.

TGV (Through-Glass Via)

High-performance semiconductor packaging increasingly demands glass substrates with superior electrical and mechanical properties.
TGV technology forms ultra-fine through-holes in glass substrates, optimizing signal transmission and
power distribution while delivering low signal loss and exceptional flatness,
making it ideal for applications in HPC, AI, 5G, and autonomous driving.
JWMT leverages laser-modified phase transformation and chemical etching — instead of direct drilling — to minimize micro-cracks,
enhance efficiency, and deliver advanced TGV solutions.

Materials

 

Glass

JWMT's Technology

 

Substrates for Glass Core / Glass Interposer

Packaging

 

Chip

Module

 

Server

Application

  • Data center

    Data center

  • Cloud

    Cloud

  • Autonomous driving

    Autonomous driving

  • AI

    AI

  • AR/AV

    AR/AV

Glass Core

Replaces conventional plastic cores with glass to realize large-area, high-performance package substrates.

Plastic Core - Existing

Plastic Core - Existing

Glass Core - JWMT

Glass Core - JWMT

Glass Interposer

Replaces conventional silicon interposers with glass to realize large-area, low-cost interposers.

Si Interposer - Existing

Si Interposer - Existing

Glass Interposer - JWMT

Glass Interposer - JWMT

Glass Cavity

Implements through/blind cavities to embed passive components inside glass substrates.

Through Cavity

Through Cavity

Blind Cavity

Blind Cavity

TGV Foundry

JWMT is ready to provide TGV foundry services tailored to customer requirements.

TGVTGV

Hole / Cavity

PlatingPlating

Cu fulfill

CMPCMP
IC Substrate / IDM / OSATIC Substrate / IDM / OSAT

Glass Core / Glass Interposer

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