Installing optimal performance routers

Create a roadmap for success to speed deployment and improve network performance with our routing solutions. Increase network security, uptime and efficiency across the branch, WAN, and cloud.



Introducing optimal performance routers

Accelerate your growth with high speed connectivity


Migrate, adopt, deploy, and securely manage your routing solution with ease and confidence. Talinda provides routing that delivers intent-based networking for the WAN, LAN, and cloud. Our network routers include advanced analytics, application optimization, automated provisioning, and integrated security to deliver a complete, proven solution.


With WAN, businesses can automate the provisioning of multiple branch offices. You can also provide intelligent path selection and application control using minimal programming and customization.


Our high-performance routers streamline network operations. They can reduce costs, speed up deployment for your branch, and make your network architecture more agile.


Whether you need a small business, branch, edge, enterprise, industrial, or virtual router, our extensive portfolio of network routers offers end-to-end management and flexibility for your WAN, LAN, and cloud network.



Our Comprehensive portfolio of routers can help you create a more intelligent, responsive, and integrated network responsive, and integrated network


  • Branch Routers  - Gain highly secure connectivity, machine learning, and cloud-managed security.
  • Industrial Routers - Deliver enterprise-class features in rugged and harsh environments.

  • Service Provider Core Routers - Address today's needs and scale for future ones with strong ROI.
  • Small Business Routers - Get advanced capabilities and security features at an affordable price.
  • Virtual Routers - Get multitenant network services for public, private, or provider-hosted clouds.
  • WAN Aggregation and Internet Edge Routers - Get performance and security for WAN, Internet, and machine-to-machine (M2M)‚Äč interconnectivity.