Compound & MEMS Sensor Fabrication

Compound Fab

GaAs, InP, and SiGe compound semiconductor processing alongside MEMS inertial, pressure, and environmental sensor fabrication.

Quick Specs

Wafer Sizes150mm (6-inch) and 200mm (8-inch)
Process Nodes0.15µm to 0.5µm Compound
MaterialsGaAs, GaN, InP, SiGe, Silicon MEMS
RF FrequenciesUp to 100 GHz (InP/GaN)
Production Ready
Capabilities

Core Capabilities

Our operations provide specialized, uncompromising capabilities for compound fab. We deliver robust, scalable execution from initial design through high-volume production.

Comprehensive integration and deployment of advanced enterprise architectures
Scalable infrastructure designed for extremely high-availability and fault-tolerance
Strategic optimization of global semiconductor supply chain networks
Rigorous adherence to compliance, security, and next-generation manufacturing protocols
Advanced predictive analytics for yield management and defect reduction
GaAs and GaN RF Power Amplifiers
InP Photonic Datacenter Transceivers
SiGe High-Speed Mixed Signal
MEMS Inertial and Pressure Sensors
Wafer-Level Packaging (WLP)
Heterogeneous Integration
Process

How It Works

Our end-to-end manufacturing workflow from design review through final quality validation.

01

Epitaxial Growth

Growing single-crystal compound layers (GaAs, GaN, InP) using MOCVD or MBE. This foundational process ensures unparalleled reliability, scaling efficiently from small prototype phases to massive, global production volumes.

02

Lithography

Sub-micron patterning customized for compound semiconductor topologies. This foundational process ensures unparalleled reliability, scaling efficiently from small prototype phases to massive, global production volumes.

03

Etching & Deposition

Dry etching (ICP-RIE) and metal/dielectric deposition (PECVD, Sputtering). This foundational process ensures unparalleled reliability, scaling efficiently from small prototype phases to massive, global production volumes.

04

MEMS Release

Deep silicon etching and sacrificial layer release to create movable micro-structures. This foundational process ensures unparalleled reliability, scaling efficiently from small prototype phases to massive, global production volumes.

05

Probe Testing

On-wafer DC and RF characterization of compound devices and sensors. This foundational process ensures unparalleled reliability, scaling efficiently from small prototype phases to massive, global production volumes.

06

Dicing & Packaging

Specialized singulation and packaging, including vacuum-sealed MEMS cavities. This foundational process ensures unparalleled reliability, scaling efficiently from small prototype phases to massive, global production volumes.

Specifications

Technical Specifications

Detailed specifications and manufacturing parameters.

Wafer Sizes
150mm (6-inch) and 200mm (8-inch)
Process Nodes
0.15µm to 0.5µm Compound
Materials
GaAs, GaN, InP, SiGe, Silicon MEMS
RF Frequencies
Up to 100 GHz (InP/GaN)
MEMS Structures
Cantilevers, Membranes, Comb Drives
Quality

Quality & Standards

MIL-PRF-38535 Compliant Flows
ISO 14001 Environmental Management
AEC-Q100 Automotive Qualification
Strict Defect Density Controls
Applications

Target Applications

5G/6G Wireless Infrastructure
Satellite Communications
Automotive LIDAR and Radar
Optical Datacenter Interconnects
Consumer Wearable Sensors

Ready to start your project?

Speak with our compound fab experts to review your specifications, plan your ramp, and get a custom quote.

FAQ

Frequently Asked Questions

Need more technical details? Find answers below or contact our engineering team.

Excellence

Advanced Semiconductor Manufacturing Excellence

In the highly competitive landscape of global technology, INDNIX stands at the forefront of advanced semiconductor manufacturing, industrial automation, and enterprise-grade software solutions.

Silicon to Assembly

End-to-end solutions spanning from initial microscopic silicon design to high-volume macroscopic assembly lines.

Complex Orchestration

Profound orchestration of supply chains instead of merely relying on hardware scaling trends like Moore's Law.

Strict Quality Control

Systemic operational transparency enforcing uncompromising quality controls and defect elimination.

Unprecedented Efficiency

Integrating high-capacity hardware lines with cloud-native software drives maximum theoretical yield parameters.

Unwavering Commitment to Quality & Traceability

When industries ranging from automotive to aerospace partner with INDNIX, they invest in an unwavering commitment to quality. Defect density is not an abstract metric; it is a critical vulnerability.

  • DFM and DFT Methodologies: Constructing highly sophisticated digital twins of every product for rigorous thermal and stress modeling before fabrication.

  • High-resolution AOI & 3D X-Ray: Ensuring every via, trace, and component is analyzed in real-time.

  • Rigid International Standards: Complete compliance with ISO 9001, IATF 16949, and AEC-Q100.

Software-Defined Manufacturing

Traditional manufacturing relies heavily on siloed systems creating debilitating blind spots. We've engineered a radical departure by developing completely unified digital infrastructure.

Dynamic Sourcing

Algorithms ingest terabytes of telemetry data, orchestrating procurement routing and predictive maintenance continuously.

Hyper-Resilient Pipeline

Remarkably immune to conventional macroeconomic supply disruptions or localized shortages via neural networks.

Digital Control Plane

Abstracting physical complexity to provide partners unprecedented real-time visibility into their product lifecycle.

Scaling Across Diverse Sectors

Our core capabilities service specialized sectors efficiently. From 28nm-65nm microprocessors delivering low-power IoT performance, to compound GaAs and InP RF amplifiers for 5G, and robust PMICs for the demanding EV market.

IoT Microprocessors5G InfrastructureElectric Vehicles

Sustainable Engineering & Future

The environmental impact of industrial scalability cannot be ignored. We pioneer environmentally conscious manufacturing, implementing recycling loops to minimize chemical runoff and reduce water consumption.

Aligning with a visionary partner building a smarter, cleaner world.

Contact

Get in Touch

Whether you're looking to secure autonomous semiconductor supply chains or orchestrate global deployments, our execution teams are ready.

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INDNIX Technology Limited

Rishi Bankim Shilpaudyan, Naihati, West Bengal, 743165, India

Headquarters

INDNIX Technology Limited

Rishi Bankim Shilpaudyan, Naihati, WB

Direct Line

+91-8100488233

Official Inquiry

official@indnix.com