Semiconductor Manufacturing Solutions | Indian Digital Systems

Semiconductor Manufacturing

Modernize manufacturing

Semiconductor makers are laying the groundwork for an AI-enabled digital world by producing the chips that keep business and everyday life running. At the same time, they face growing pressure to innovate faster, control costs and ride out market cycles with a limited workforce.

Indian Digital Systems helps fabs and foundries use data and smart diagnostics to improve manufacturing, operations and maintenance, so they can deliver high-quality, cutting-edge technology such as GPUs more quickly.

Technician in a cleanroom suit inspecting a semiconductor wafer

Pick and place machine handling silicon dies from a wafer

Capabilities

Our Capabilities

When a factory provides such a mission-critical service, disruption is not an option. As new semiconductor ecosystems emerge, chip makers need to keep pace with new technology, and their networks must handle the growing demands placed on people, systems and processes.

We prepare your fab’s network for continuity, reliability, redundancy and the right connections, so you can support intelligent operation and automation.

Capabilities

Network Resilience

With demand for semiconductors so high, continuous production is a requirement, not a choice.

A resilient network has mechanisms and infrastructure that detect a failure and take over, delivering “zero interruption” production. Modern electronics rely on a steady supply of chips, and resilient networks make sure nothing gets delayed.

Engineer talking with an operator at a production line

Engineers at lathe controls in a factory

Capabilities

Edge Computing

Precision is critical in semiconductor manufacturing.

Rather than sending sensitive data out to centralized systems, edge computing processes it onsite and keeps latency ultra-low. Data flows smoothly for analysis and decisions, and it is better protected against breaches and interception.

Capabilities

Network Convergence

From design and inspection through to production, semiconductor manufacturing consists of critical phases that each affect the others.

Network convergence lets data move through every phase of operation. Employees can make immediate production adjustments, and new technologies that need real-time data from many different systems can be put to work.

Analysts reviewing charts on a computer screen

Capabilities

Network Slicing

Semiconductor manufacturing depends on tight coordination between machines, systems and sensors for processes such as photolithography and wafer inspection.

Network slicing reserves dedicated resources for these processes and tailors latency, bandwidth and security to keep them reliable. That removes the interference and delays that can disrupt production.

Ready to modernize your fab?

Talk to our team about resilient, converged networks for semiconductor manufacturing.