Network Infrastructure Solutions
In a connected digital world, everything is dependent on a fast, secure and reliable infrastructure. Critical communications between machines, people and things must be distinguished from and prioritized over non critical exchanges. Awareness and intelligence is being built into information and communications systems to achieve the goals of the next generation infrastructure and at the same time securing these systems for a safe society. Renesas, a long established information and communications solution provider, supports solutions from the data center through the network to the access point with its proven technologies.
Learn Renesas's approach to today's network infrastructure applications and browse block diagrams to see how our devices could be used in your next project.
Networking
Renesas networking solutions address a wide range of applications including enterprise networking, network switch and router, internet access and network security.
Data Center
A new breed of hyperscale data centers demand hardware to be flexible, secure, and scalable with lower cost of ownership. Renesas provides a range of solutions to address the emerging needs of next generation data centers.
Communications
Service providers and enterprise rely on high performance products with proven quality, security and reliability.
White Papers
- Exact Match Search Solution White Paper
- Control IP White Paper (Packet Header Search Solution (100G))
- Control IP White Paper (Packet Header Search Solution (200-400G))
Press Release
- Renesas Electronics Introduces NX6375AA Series of Semiconductor Laser Diodes Achieving the High-Capacity/Speed Optical Communications Rate of 100 Gbps for Data Centers of the IoT Era
- Renesas Electronics Delivers Reference Design that Reduces Development Time for Search Offload Engine in Industry’s Fastest Class 400 Gbps Network Devices
- Renesas Electronics Streamlines Memory Component Count in Data Center: Enables Quantity Reduction of Memory Devices to 1/15th and 60-Percent Reduction in Memory Power Consumption