Best Routers for Small Business

Built for scale, designed for security. Edge intelligence, multicloud networking, and accelerated aggregation service create a superior network edge. Cloud-scale performance is possible with accelerated services powered by custom-application-specific integrated circuit architecture (ASIC). Cisco vManage allows you to centrally manage your environment. With built-in Cisco ThousandEyes and Cisco vAnalytics, you can get actionable insights from the internet, cloud, or applications. Secure access service edge (SASE), which provides on-premises or cloud-delivered security, is available with SD-WAN. Users from all over the world can expect exceptional service and flexible connectivity.

The Nokia Virtualized Service Router is a highly flexible virtualized edge router that can be used in telco cloud environments. It allows for rapid service innovation and lower operating costs. Service providers can increase their service reach, open new markets, or accelerate time to market with the VSR. The VSR supports a wide range of virtualized IP edge apps and virtualized network functions (VNFs), to support residential, business, and mobile services. The VSR is based on the Service Routing Operating System, (SR OS). It delivers high performance and elastic scalability in x86 server environments. The VSR provides the highest level of reliability and resilience. It also offers flexible management options - from working with open frameworks to delivering OpenStack®-integrated VNF management and element management capabilities with our 5620 Service Aware Manager (SAM).

The Nokia 7950 Extensible Route System (XRS), is a next-generation routing system that can help you maintain profitable growth in a highly competitive market. It provides the flexibility, efficiency, scale, and versatility that you need to meet evolving service requirements driven by the cloud and 5G. The 7950 XRS is built on our proven silicon, software and systems integration innovations. It allows you to build a core network with enough headroom for future capacity requirements. You can address all your infrastructure service needs, including IP routing, internet peering and Multiprotocol Label Switching. The 7950XRS has been used by all types of telecom, cable, mobile, utility, as well as private network operators. It is also used by major Web-scale internet exchange providers and operators around the globe as a trusted routing platform.

Nokia 7750 Service Router portfolio provides unrivalled performance, scale, and versatility for a wide range of IP edge and core applications. Our innovative technology is used by communication service providers and cloud, public, and private network operators around the world to power mission-critical networks. The Nokia 7750 SR Series portfolio includes the 7750 SR, 7750 SR, 7750 SR, 7750 SR, 7750 SR, 7750 SR, 7750 SR/a series and the 7750 SR/e series. The 7750 SR portfolio gives you the flexibility and scope to optimize your core and IP edge applications on a single platform. It features our groundbreaking FP routing silicon and proven Service Router Operating System, (SR OS), which addresses a wide variety of network functions and services. It can scale system capacity up to 432 Tb/s and allows for optimization of any network location. To provide deterministic packet forwarding performance at large scale, leverages the Nokia FP4 or FP5 network processors.

Your network is under pressure from machine-to-machine (M2M), video, IoT, and gaming applications. The Nokia 7250 IXR is able to meet their stringent requirements and support emerging architectures on the path towards 5G, such centralized and cloud radio, distributed core, leaf spine, multi-access edge computing (MEC), and distributed core. The 7250 IXR–R, IXR–e and IXR–X product families, as well as the 7250 IXR–s platform, are designed for access and aggregation of mobile anyhaul, fixed mobile convergence, and mission critical enterprise applications. They are temperature-hardened platforms that can withstand extreme temperatures and offer advanced timing, security, and quality of service features. The Nokia 7250 IXRX product family, along with the IXR-10 and IXR-6 platforms, provide multi-terabit-scale interconnectivity in data centers and across WANs. They allow service providers, webscale and enterprise networks to meet growing traffic demands for many years to come. They provide exceptional networking performance and reliability.

Nokia 7705 SAR provides legacy TDM and advanced IP/MPLS service making it ideal for governments, industries, and governments. It is also suitable for niche applications in IP anyhaul network networks. The Nokia 7705 SAR offers an easy migration path to TDM networks. It meets the strict requirements of mission-critical networks with its depth in routing protocols, service scaling and security. It is available in multiple compact platforms, which reduces equipment footprint and energy cost. These platforms provide highly available services across a variety of network topologies. Strong QoS capabilities provide customer satisfaction and allow for differentiation in service levels. The Nokia Service Router portfolio's industry-leading Nokia 7705 SAR is managed by the Nokia Network Services Platform, which provides high-performance end-to–end application delivery and management.

The 7210 SAS product range provides the flexibility, service richness, and reliability required to extend segment routing, IP/MPLS and Carrier Ethernet to your network access points. It is widely used in enterprise, government, and industry applications. Your network can be prepared for future growth by integrating high-density GE or 10GE interfaces, 100 GE Uplinks, and upto 2 Tb/s throughput. Provide competitive services that are high in quality and availability. The Nokia Network Services Platform (NSP), which manages the 7210 SAS and the Service Router Operating System, (SR OS), is a leading industry-leading Nokia Service Router product. It runs the Nokia Network Services Platform, (NSP), for high-performance, end to end service delivery, management, and carrier-SDN integration. 7210 SAS supports differentiated service, including Carrier Ethernet, IPVPN, and enhanced services.

Cisco ASR 1000 Series Aggregation Service Routers offer a Software Defined WAN platform. They aggregate multiple WAN connections and network service including traffic management and encryption, and forward them across WAN connections at speeds of 2.5 to 200 Gbps. The industry-leading high-availability design of the routers includes both hardware and software redundancy. The Cisco ASR 1002-HX Router, and the Cisco ASR 1001–HX Router are the latest additions to Cisco's ASR 1000 Series. Both routers can support speeds up to 100 Gbps in 2-Rack-Unit (2RU), and 60 Gbps for 1-Rack–Unit (1RU). The ASR 1002-HX includes 8 10 Gigabit Ethernet ports (GE) and 8 1 GE ports. It also has the Ethernet Port Adapter slot (EPA) for expansion. The ASR 1001HX has 4 10 GE ports and 8 1 GE port, as well as 4 configurable 10 GE and 1 GE ports. The Cisco ASR 1000 Series Route Processor 3 adds to the latest additions to the modular control plane engines of the Cisco ASR 1000 Series.

The Cloud-Native Router makes full use of container economics and operational efficiency, giving service providers the flexibility to deploy 5G. The Juniper's highly performant, software-based router combines Juniper’s proven routing technology, Junos OS containerized routing protocol, daemon (cRPD), Contrail vRouter DPK forwarding plane for x86 CPUs. It seamlessly integrates with the Kubernetes ContainerNet Interface (CNI). The router is a complement to Juniper's physical routers and offers advanced networking features for cloud environments that are limited in space, power, cooling, and power. The Junos OS routing technology is shared by hybrid physical and virtual networks, resulting in a single experience from end to end. The Cloud-Native Router plays a critical role in the 5G Distributed Radio Access Network, (D-RAN), and in 5G Core data centres hosted in hyper-scaler cloud environments.

The core of the world's most powerful core and peering architectures are the PTX Series routers. They are powered by the latest generation Juniper Express family ASICs and cloud-optimized for smooth 400G migrations. They provide the flexibility, scale, and investment protection required to meet today's market demands. The routers provide native 400G inline MACSsec, flexible filtering, as well as a reliable network operating platform that has been powering high-performance solutions for generations. PTX routing can help you discover the 100G and 400G mass-scale cloud solutions. The PTX10008, PTX10008, PTX10016 Packet Transport Routers are modular solutions that address the huge bandwidth demands placed on networks. They provide high port density, native 400GbE MACsec and the latest-generation ASIC investment for the most demanding WANs and data centers.

The MX Series is a robust portfolio of software defined networking (SDN-enabled routing platforms). It offers industry-leading system capacities, density, security and performance, as well as unparalleled longevity. MX Series routers are key to digital transformation for cloud operators, service providers, and enterprises in the cloud age. The MX304 Universal Routing Platform provides massive scale and efficiency in space- and power-constrained settings. It is a multiservice platform that can be used by carriers. It has extensive automation capabilities, which allows operators to respond to ever-growing bandwidth, subscriber, or service demand. The MX304 Universal Routing Platform can deliver 4.8 Tbps of system bandwidth in a 2RU unit. It supports 96x10 or 25 GbE and 48x40, 50, or 100GbE interfaces. The MX10008, MX10008, MX10016 Universal Routing Platforms offer unprecedented scale for service providers and cloud operators.

High-performance ACX Series Routers are used for metro access, aggregation and data center use. They are energy-efficient and MEF 3.0 compatible. They also support 5G high precision timing and synchronization. The ACX7000 family of ACX routers is the latest in a line of multiservice routers that are ideal for cloud metro deployments. Select ACX7000 platforms can be equipped with adaptive power innovation, which will help you save between 20 and 50% on energy costs. Paragon Active Assurance, zero trust security, and Juniper Paragon™, Automation support are embedded to provide secure, reliable service experiences. This reduces the time it takes to onboard devices from hours down to minutes. The ACX7024 is part of the ACX7000 series and provides industry-leading access performance within an industrial-rated, dense, compact 1U footprint. It is ideal for service providers, enterprises and wholesale services. It helps operators deliver premium customer experiences and user experiences.

Juniper's SDWAN solution, which is designed to provide exceptional user experiences, uses the Session Smart™, Router. It is built on an application-aware, zero-trust secure network fabric and meets all enterprise performance, security and availability requirements. The router eliminates the inefficiencies inherent in traditional solutions by using a tunnel-free architecture. This allows for faster deployments, cost savings, and improved performance. The software solution is available on customer premises equipment (CPE), in data center network servers and in the cloud for flexible deployments. It can be centrally managed using the AI-driven Juniper SessionSmart Conductor platform or the Juniper Mist cloud. Application-aware routing, failsafe service delivery, orchestration, automation, and central management via the Juniper Mist Cloud and Session Smart Conductor are some of the benefits.

The JRR200 Route Reflector Appliance is a great solution for service providers, data centres, and enterprise networks that need large routing tables. It provides 10-GbE connectivity in an extremely compact package that is ideal for power- and space-constrained environments. It can simplify your network and lower operating costs for a wide range of uses, including cloud services and distributed metropolitan and data center networks. The JRR200 appliance includes the Junos OS control plan for rich, feature-rich BGP control. You don't need to choose between hypervisor software and customized servers. There are separate software and hardware support options. The JRR200 supports Zero Touch Provisioning (ZTP) which makes it easier and faster to provision new deployments. You get carrier-grade reliability for all applications. Local 1GbE wire speed simplifies network topologies and operations.

These platforms, which are designed for the USA and Australia markets, provide time-division multiplexing and serial and analog circuit-based apps reliable and efficient access next-generation IP networks with cost redundancy and efficiency advantages. The CTP2056 Circuit to Packet Platform connects legacy and IP worlds to support circuit-switched applications. This 4U rack-mountable chassis is designed for Australian and U.S. markets. It offers maximum flexibility with up 56 circuit emulation interfacings. The CTP2024 Circuit to Packet platform bridges legacy and IP for circuit-switched applications. This rack-mountable 2U chassis is designed for Australian and U.S. markets. It supports up to 24 circuit emulator interfaces and optional redundant electricity. The CTP2008 Circuit-Switched Applications Platform bridges legacy worlds with IP. This 1 U rack-mountable chassis supports up to eight software-configurable circuit emulation interfaces.

AirLink routers can be deployed straight out of the box without any programming required and provide the intelligence to keep connected. Customers who require the best for mission-critical applications in harsh indoor, vehicle, and outdoor environments will find the Performance Series routers ideal. They offer the best combination of secure, Wi-Fi and cellular LTE performance in ruggedized form factors. The industry's best-performing 5G router, specifically designed for vehicles. Future-proof, cartridge-based design with additional functions and features. 5 ethernet ports, dual 4X4 MIMO Wi–Fi 6. AirLink Premium allows remote device management and mobility-focused reporting. Fixed applications only. Single-radio 5G router. The cartridge-based design allows you to easily expand to dual-radios or add more functionality. 4 ethernet ports, 5x4 MIMO Wi–Fi 6. Remote device management via AirLink Complete

The Peplink UBR Series provides unbreakable connectivity straight out of the box. It is a simple and efficient solution to achieving reliable network connectivity. The UBR Series is designed to increase network speed and reliability. It allows users to connect simultaneously to multiple mobile networks, ensuring maximum performance and minimal downtime. This series features concurrent multi-network connectivity that allows seamless switching between different mobile networks. The UBR Series also incorporates Peplink SpeedFusion technology. This technology offers hot failover capabilities and WAN smoothing capabilities, further increasing the stability and resilience network connections.

The Peplink MAX BR Series, which offers reliable and sturdy cellular routers at an excellent price, is known to be the best-kept business secret in rugged connectivity. These routers can be used to provide uninterrupted network connectivity for businesses as backup or primary routers. They also have seamless VPN failover capability. The MAX BR Series routers have common features such as hot failover, advanced network management, GPS tracking, and a robust, hardened design that is suitable for harsh environments. The routers can also be used as mobile routers and provide a broad range of features to meet various networking needs.

The Peplink MAX HD Series is a heavy-duty, multicellular router series that is designed for mission-critical connectivity. These powerful cellular routers are ideal for demanding environments because they provide unbreakable connectivity and high speed performance. The MAX HD Series routers are able to connect to all available network operators in a country, providing reliable and uninterrupted connectivity. The routers are capable of concurrent multi-network connectivity, and have multiple SIM card slots that can be used to connect to multiple radios. This provides users with greater flexibility and redundancy.

Create the network foundation to support a next-generation Unified Fabric Data Center. The modular Cisco Nexus 7700 and 7000 switches offer a complete Cisco NX-OS feature list and open-source programmable tools to enable software-defined networking (SDN). They provide high-density 10, 40 and 100 Gigabit Ethernet with performance analytics and application awareness.

The Cisco 2010 Connected grid router, the first in the Cisco 2000 Series is an ideal platform for supporting the communications needs of the energy delivery infrastructure across generation, transmission and distribution. This product has been rigorously tested and is KEMA certified to meet challenging substation compliance standards such as IEEE 1613 and IEC 61853-3. Cisco IOS Software offers integrated security for NERC/CIP conformance, quality of service and network management to ensure operational data communications integrity and priority. Rugged industrial design and substation conformance with IEC-61850-3 for utility substation environments. Grid Router WAN Interface Card (GRWIC) support for a variety of WAN connectivity options.

Reliable connectivity for first response vehicles, passenger fleet, and more. Features dead reckoning GPS, CANbus support, and shock- and vibration-resistant hardware. Protect your network from hackers with enterprise-grade security. These powerful routers don't require additional hardware to deploy security. Technology improves the efficiency of law enforcement officers, increases safety on the ground, and ensures accountability. Their mission-critical operations are dependent on the ability to connect officers, equipment and dispatch teams as well as internal command. Law enforcement agencies must ensure that their field teams have quick access to the same data and applications back at headquarters as they do from the field.

You can add or remove storage and WAN components as technology and needs change. Cisco SD-WAN architecture provides scale, simplicity, unified management, and the ability to extend enterprise networks to support distributed IoT deployments. It is small in form (less than 2RU) with a low power consumption of 10W. This makes it easy to install into limited space and power cabinets. Cisco IOS XE has multilayer security and is highly programmable. This unified software stack allows you to automate process and workflows, making it easier to quickly qualify and deploy new services. Two cellular modules allow concurrent connectivity to two networks for WAN redundancy and enhanced data throughput, load balancing, differentiated services, and WAN redundancy. The hardware is future-proofed to support 5G.

The Cisco CGR1000 provides security at multiple layers. The physical device can be approved for the network by a certificate-based identity check. The 802.1x Access control protects your network entry points. IPSec, FlexVPN and Transport Layer Enterprise Level Security are provided by IPSec. The CGR1000 is a horizontal platform that provides various industrial services. It enables Automated Metering (AM) and Distributed Automation (DA) for the utility sector. It also offers services for street lighting applications, substation automation and data from intelligent electronic device (IED) using data. The CGR1000 offers true multi-services for IoT industries by providing features like VLAN, VRFLite, and QoS.

These routers feature rugged hardware and a resilient architecture. They improve the availability of the grid and increase uptime of communications networks to ensure message delivery. You can choose from several platforms. The rugged IR510 model is built to withstand harsh environments. It provides enterprise-class RF connectivity to Ethernet- or serial-enabled IoT devices such as recloser controls and cap bank controls. The ruggedized IR529 platform platforms offer range extension functionality that increases RF mesh reliability by adding routes and nodes. They are also capable of connecting to low-end point density deployments.