Top 9 Alternatives to Cisco 5900 Series Embedded Services Routers Recently Reviewed By G2 Community
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VyOS is a community-driven Linux-based network operating system for routers and firewalls.
The full-featured, carrier-grade vMX extends more than 20 years of Juniper edge routing expertise to the virtual realm.
VNS - Routing is part of the application delivery platform within the integrated management portfolio. By combining this solution with the management of the entire integrated portfolio, you can globally stay connected so you can focus on your core business objectives and organizational goals.
Alkira offers a network infrastructure as a service platform, enabling enterprises to build and manage global networks through a cloud-delivered model. It provides on-demand connectivity between users, sites, data centers, and multiple cloud environments without requiring physical infrastructure. Networks are designed on a digital canvas and deployed with a single click. The platform uses globally interconnected Cloud Exchange Points (CXPs) as virtual points of presence with full routing and integrated network services. Alkira supports AWS, Azure, Google Cloud, and on-premises environments, offering unified security policy enforcement, end-to-end segmentation, and comprehensive visibility. Customers can integrate existing SD-WAN solutions, firewalls from Palo Alto Networks and Fortinet, and other security services. The solution addresses multi-cloud networking, security consolidation, global backbone connectivity, business partner integration, and zero-trust network access.
CoreSite's Open Cloud Exchange® is a software-defined networking platform designed to simplify and accelerate hybrid IT deployments. By providing automated, on-demand connectivity services, OCX enables enterprises to seamlessly interconnect their IT infrastructure with cloud service providers, network carriers, and business partners. This platform reduces operational complexity, enhances cloud performance, and supports rapid scalability, all while minimizing total cost of ownership. Key Features and Functionality: - Automated Network Services: OCX allows users to provision virtual routers, Ethernet virtual connections, and ports in real-time through a user-friendly online portal, facilitating swift and efficient network management. - Layer 2 and Layer 3 Connectivity: The platform supports both Ethernet-based and IP-based connections, offering flexible interconnection options to various cloud service providers. - Direct Cloud Onramps: OCX provides low-latency, secure access to leading cloud providers such as AWS, Microsoft Azure, Google Cloud, Oracle Cloud, and IBM Cloud, enhancing cloud application performance. - High-Bandwidth Connectivity: With support for connections up to 50 Gbps, OCX accommodates data-intensive applications, including artificial intelligence, machine learning, and digital media production. - Inter-Site and Inter-Market Connectivity: The platform enables seamless connections between CoreSite data centers across various U.S. markets, facilitating business expansion and operational flexibility. Primary Value and User Solutions: The Open Cloud Exchange® addresses several critical challenges faced by enterprises: - Accelerated IT Modernization: By simplifying hybrid cloud interconnections, OCX enables organizations to swiftly adopt and integrate modern IT solutions, reducing deployment times and enhancing agility. - Cost Efficiency: The platform's flat-rate, month-to-month billing structure eliminates vendor lock-in and allows businesses to scale services as needed, optimizing operational expenses. - Risk Mitigation: OCX's private connections to multiple clouds ensure business continuity and disaster recovery capabilities, safeguarding mission-critical data and operations. - Enhanced Performance: Direct, low-latency connections to cloud providers and between data centers improve application responsiveness and user experience, supporting high-performance computing needs. In summary, CoreSite's Open Cloud Exchange® empowers enterprises to efficiently manage and scale their hybrid IT environments, driving digital transformation and competitive advantage.
Netgate's TNSR® vRouter is a high-performance software router and VPN concentrator designed to meet the demanding needs of modern networking environments. Leveraging open-source technologies like Vector Packet Processing (VPP and Data Plane Development Kit (DPDK, TNSR delivers exceptional routing and VPN performance on commercial off-the-shelf hardware, eliminating the need for expensive proprietary solutions. This scalable platform supports throughput from 1 Gbps to over 100 Gbps, making it suitable for businesses, educational institutions, government agencies, and service providers seeking cost-effective, high-speed networking solutions. Key Features and Functionality: - High-Performance Routing: Utilizes VPP and DPDK to achieve up to 100 times faster packet processing compared to traditional kernel-based methods, ensuring low-latency and high-throughput routing. - Versatile VPN Support: Offers routed IPsec site-to-site VPNs and remote access via Mobile IPsec or WireGuard®, providing secure and flexible connectivity options. - Comprehensive Management and Monitoring: Equipped with a Command Line Interface (CLI, RESTCONF API, SNMP, Prometheus Exporter, and IPFIX Exporter for efficient configuration, automation, and monitoring. - Advanced Routing Protocols: Supports BGP, OSPF, RIPv2, IPv4/IPv6, and ECMP, facilitating complex and dynamic routing scenarios. - Robust Security Measures: Implements Layer 2/3/4 Access Control Lists (ACLs scalable to over 100,000 rules, ensuring granular traffic control and enhanced security. - Open-Source Foundation: Built on a Linux/Ubuntu base, integrating technologies like Clixon, Free Range Routing (FRR, strongSwan for IPsec key management, Kea for DHCP services, and Unbound for DNS, promoting flexibility and community-driven innovation. Primary Value and User Solutions: TNSR addresses the critical need for high-speed, scalable, and cost-effective networking solutions in today's data-driven world. By delivering exceptional routing and VPN performance without the high costs associated with proprietary hardware, TNSR enables organizations to: - Enhance Network Performance: Achieve superior throughput and low latency, accommodating increasing data demands and complex network architectures. - Reduce Total Cost of Ownership (TCO: Utilize existing hardware and open-source technologies to minimize expenses while maintaining high performance. - Ensure Secure Connectivity: Implement robust VPN solutions for secure site-to-site and remote access communications. - Simplify Network Management: Leverage comprehensive management tools and APIs for streamlined configuration, monitoring, and automation. In summary, TNSR empowers organizations to build and maintain high-performance, secure, and scalable networks that meet the evolving demands of modern connectivity.
Experience seamless connectivity with Orixcom's high-speed and dependable Global IP Transit services, strategically located in global data centre hubs. Trust us to keep you connected with the world.
NewRouters is an API platform for developers building applications with language, image, and video models. It provides model access alongside API key management, billing, and request management. Developers can use the platform's documentation and public model catalogs to inspect supported protocols, model-specific inputs, and current pricing before integrating the APIs into their applications. The service includes provider-native language model routes and asynchronous media tasks. Its public API documentation describes request formats, authentication, task creation, and result retrieval. Available models and supported capabilities should be checked in the live catalogs. NewRouters provides access to upstream models and is not the developer of those models.
Equinix Fabric Cloud Router is a virtual routing service designed to simplify and accelerate multicloud networking. It enables organizations to establish private, high-performance connections between various cloud providers—such as AWS, Azure, Google Cloud, and Oracle Cloud—and their private infrastructure without the need for physical hardware or complex configurations. By deploying virtual routers in over 55 global locations, users can achieve low-latency, secure data transfers, effectively bypassing the public internet and reducing associated risks and costs. Key Features and Functionality: - Rapid Deployment: Users can create virtual routers within minutes, facilitating dynamic routing between public clouds without the need for physical infrastructure. - User-Friendly Management: The service offers an intuitive portal for provisioning connections and routing, with support for automation through APIs and Terraform. - Secure, Low-Latency Connections: By utilizing private connections, the service ensures data is not exposed to public internet vulnerabilities, while also reducing data egress fees. - Built-In Resiliency: When configuring redundant connections, diverse virtual routers are assigned automatically, eliminating the need for deploying additional redundant virtual routers. - Scalability: The service supports high aggregate bandwidth, with no predefined bandwidth commitments or limits on the number of virtual connections per router, accommodating hundreds of Gbps throughput. Primary Value and User Solutions: Equinix Fabric Cloud Router addresses the complexities and costs associated with multicloud networking by providing a scalable, secure, and cost-effective solution. It eliminates the need for physical routers or managing virtual alternatives, reducing both capital and operational expenditures. By offering private, low-latency connections, it enhances application performance and security, while also lowering cloud data egress charges compared to routing over the public internet. This service empowers organizations to adopt multicloud strategies with greater agility, avoiding vendor lock-in and facilitating seamless connectivity across diverse cloud environments.