Meet the Nano Series – our trailblazing entry-level solution that redefines network management. With the Nano Series, experience the power and simplicity of consolidating your network needs into one efficient product, unparalleled in the market. Say goodbye to complex setups and embrace streamlined connectivity.
Customize Your Connectivity: Select the Perfect Plan from Our Tailored Subscription Range Pay for What You Need, Not What You Don't
In the world of enterprise networking, the Edge Nano stands not merely as a device but as a beacon of innovation. This compact edge gateway, powered by the transformative Ray One software, speaks directly to businesses that thrive on agility, offering an unprecedented amalgamation of cloud-managed efficiency, multi-WAN flexibility, and analytical prowess. The Edge Nano isn’t just about connectivity; it’s about elevating business intelligence to a level where every byte of data is an asset, every connection an opportunity.
Enjoy reliable and high-speed connectivity with 12 x 1G Ports, 2 x 10G SFP Ports, and optional support for 4G/5G cellular connectivity via a dedicated SIM slot, ensuring seamless operations even in remote locations.
Harness the power of the Edge 1L with its impressive performance benchmarks, including 10,000 Mbps Stateful Firewall, 1400 Mbps NGFW + IPS with SD-WAN, and 6500 Mbps SD-WAN Site-to-Site, ensuring seamless operations and optimal network performance.
Designed to withstand harsh environments, the Edge 1L operates seamlessly in humidity levels between 10% and 90% (non-condensing), ensuring reliable performance in any condition.
Protect your network with Next-Generation Firewall (NGFW) capabilities, Intrusion Prevention System (IPS), and Unified Threat Management (UTM) features, safeguarding your organization from evolving cyber threats.
Ideal for data centers handling vast amounts of data, the Edge L Series ensures efficiency and security in data processing and management.
Ideal for data centers handling vast amounts of data, the Edge L Series ensures efficiency and security in data processing and management.
Ideal for data centers handling vast amounts of data, the Edge L Series ensures efficiency and security in data processing and management.
And Many more Visit Ray One for Further Information
Limited Bandwidth Management: Traditional WANs often struggle with efficiently managing bandwidth. Without SD-WAN, businesses cannot leverage bandwidth optimization techniques that prioritize critical applications and ensure high-quality connectivity.
Inflexible Routing: Legacy networks typically use static routing, which can lead to suboptimal performance and longer response times during outages or congestion. SD-WAN offers dynamic path selection, adapting in real-time to network conditions to maintain performance.
Increased Complexity: As businesses grow, traditional WAN solutions can become complex and hard to manage. SD-WAN simplifies the network with centralized management, reducing complexity and administrative overhead.
Cost Inefficiency: Sticking to traditional MPLS connections can be costly, particularly when scaling up. SD-WAN enables the use of cheaper broadband connections securely and effectively.
Reduced Security Posture: Traditional WAN architectures may not integrate the latest security measures, which SD-WAN solutions typically include as part of their design, providing a stronger defense against cyber threats.
Lack of Agility: In today’s fast-paced market, the ability to quickly adapt IT infrastructure is crucial. Non-SD-WAN networks can hinder a business’s ability to rapidly deploy new sites or applications.
Poor Cloud Performance: As cloud services become integral to operations, the inability of traditional WANs to efficiently handle cloud traffic can lead to latency and reduced performance. SD-WAN optimizes cloud connectivity, improving cloud application performance.
Visibility and Control: Traditional WANs offer limited visibility into network traffic, making it difficult to manage and secure. SD-WAN provides granular visibility and control over the network traffic.