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Build Next-Generation Communications Infrastructure


Designers of carrier networks are under pressure to provide significantly improved capacity and coverage for bandwidth-intensive services such as cloud computing, edge computing, robotics and autonomous driving, Augmented Reality (AR) and Virtual Reality (VR). However, service providers must also balance bandwidth demands with business realities that include limited spectrum availability and the need to reduce capital and operating expenses, minimize energy consumption and reduce the physical and carbon footprint of their communications infrastructure.

Discover how our technology and solutions will help you meet these essential requirements in your next design. 

Converged Access Networks

Access Networks

Thanks to industry-leading technologies and a sophisticated product portfolio, we are at the forefront of supporting OEMs in building and deploying modern access infrastructure.

Technology Platforms for Communications Infrastructure


Communications Infrastructure

Communications Infrastructure

Most Recent Blog Posts About Communications Infrastructure


Synchronizing 5G Networks with Timing Design and Management: Part One

Synchronizing 5G Networks with Timing Design and Management: Part One

We rely on cost-effective, reliable and secure timing in our cellular networks. The infrastructure needed to deliver this requires proper architecture, design and management. Stricter time accuracy demands for 5G networking equipment call for reliable and robust timing architectures that promise top-notch network performance.

Synchronizing 5G Networks with Timing Design and Management: Part Two

Synchronizing 5G Networks with Timing Design and Management: Part Two

Our cellular networks must provide cost-effective, reliable and secure timing. Therefore, the infrastructure requires proper architecture, design and management. Part two of this discussion continues our examination of 5G networks and performance.

Gateways Designed for Communication Networks

Gateways Designed for Communication Networks

Networks are crucial for businesses, but traditional high-performance designs come at a high cost. Virtualizing the network functions on a common hardware platform simplifies the process but hurts performance. Microchip's WinPath family System-on-Chip (SoC) offers a solution that balances both approaches with a family of data-path processors that integrate a general-purpose Central Processing Unit (CPU) for control-plane and management-plane processing and a programmable network processor for packet processing and interworking protocols.

Case Studies for Communications


Review case studies that demonstrate how we help our clients to develop smart, connected and secure products.

Design Partners for Communications Infrastructure


Get in touch with one of our Communications Infrastructure Design Partners if you need assistance with implementing communications infrastructure technology in your next design.