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SemiconductorX
SUPPLY CHAIN
Raw Materials
Refined Materials
Wafer Production (Si) >
Crystal Growing
Silicon Ingots
Compound Wafers
Wafer Slicing
Wafer Polishing
Epitaxy (Epi Wafers)
Compound Wafers
Critical Inputs >
Critical Elements
Critical Chemicals
Process Gases
Fabrication (Front-End) >
Fabs
Cleanrooms
Fab Subsystems
Wafer Fab Equipment (WFE)
Photomasks
Process Control
Nanofabs
Packaging & Assembly >
Dicing & Die Prep
Wire Bonding & Flip-Chip
Substrates & Interposers
Advanced Packaging
Encapsulation & Thermal Mgmt
Testing
OSAT
EMS/OEM
Fabless/IP Cores
EDA
MFG
Mfg Process Steps
Front-End (Fabrication) >
Oxidation
Deposition
Cleaning
Photoresist
Development
Photolithography
Etching
Doping
Metallization
Planarization (CMP)
Back-End (Assembly) >
Die Preparation
Packaging
Test & Validation
TYPES
Logic & Compute
AI & GPU
SoC
FPGA & Reconfigurable
Embedded MCUs & MPUs
Memory & Storage
HBM
RF & Networking
Power
Analog
Mixed-signal
Sensors
Image Sensors
Auto/Robot Image Sensors
LiDAR Sensors
Radar Sensors
IR/thermal Sensors
IoT/IIoT Sensors
Quantum Sensors
Sensor Fusion
Optoelectronics
Security Silicon (TPM/HSM/Root-of-Trust)
Quantum Compute
Solar PV
SECTORS
AI & ML
Datacenter/HPC
Mobile & Consumer
Automotive & Mobility
Robotics & IoT
5G/6G & Wireless
Energy & Solar
Space/Defense
Energy
Power
Water (UPW)
HVAC
Emissions
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Software Stack
Programs & Incentives >
CHIPS Act of 2022
Spotlight
Tesla Spotlight
NVIDIA Spotlight
Design.
Fabricate.
Dominate.
From AI data centers to EV drivetrains, semiconductors are the backbone of the world economy. Advanced fabs are enabling a future that is intelligent and autonomous.
Semiconductor Critical Materials
Chip Wafer Production
Lithography Equipment
Semiconductor Fabs
Semiconductor Sectors
Semiconductor Chip Types
125
billion
devices by 2030
180
new fabs
by 2030
8
% CAGR
thru 2030
1
trillion
market by 2030
From
Atoms to AI
From sand to silicon
From wafers to superclusters
Let's Reshore it
Learn more