Flexible & Agile Deployment
Discover the power of Adaptable Edge Infrastructure with Edgecore. Our solution empowers businesses with a flexible infrastructure that enables rapid deployment and seamless integration of applications. Whether it’s on-premises, cloud-based, or hybrid, our solution provides the agility to adapt to evolving business needs. With advanced networking technologies and customizable features, businesses can easily scale and optimize their network resources. Experience the freedom to innovate and stay ahead in today’s dynamic digital landscape with Edgecore’s Adaptable Edge Infrastructure solution.
Edgecore’s portfolio of indoor and outdoor wireless access points utilizes the latest in Wi-Fi standards and technology for all types of deployments, ensuring an optimal Wi-Fi experience. With centralized management, advanced QoS features, and enterprise-grade security, Edgecore helps organizations minimize both risks and costs.
Edgecore provides a full range of managed switches to fulfill different deployment requirements, from small/medium business users, and enterprises to carrier-level service providers, from simple web smart switches to Layer 2 and Layer 3 switches. Different products come with different port combinations, as well as PoE options, to meet market requirements, withe the emphasis on scalability and flexibility.
Edgecore Terragraph certified products utilize the 60GHz mmWave band to deliver multi-gigabit connectivity wirelessly allowing quick roll-out of fiber-like wireless networks. The 60GHz mmWave band offers unparalleled performance by combining the benefits of unlicensed band operation with no interference. Edgecore Terragraph Certified Products comprise the distribution node, the client node, and the long-range client node. With MLTG-series, Edgecore brings the advantages of mmWave spectrum in an easy-to-deploy solution.
Edgecore’s SD-WAN solution is to address those network issues and able to provide robust, secure, adaptive network services on demand. By enhancing or substituting the traditional branch networking devices with virtualization appliances that can be programmed to understand the nature of traffic it is handling and dynamically adjust accordingly, latency-sensitive traffic for applications such as video and voice, need to be continuously monitored and prioritized, which requires such things as application recognition, traffic re-routing, load-balancing, bandwidth-control, automation fail-over, that MPLS connections simply cannot provide.
