Core Router is a high-performance networking device that forms the backbone of enterprise and service provider networks, efficiently routing large volumes of data between different network segments.
Discover *WatchDog Core Routers by Apollo Infoways*, engineered to power the backbone of modern enterprise, service provider, and data center networks. Delivering high-performance routing, scalable architecture, and carrier-grade reliability, they ensure seamless connectivity even in the most demanding environments. With comprehensive IPv4/IPv6 support, advanced security, intelligent Quality of Service (QoS), and high-availability capabilities, WatchDog Core Routers optimize network performance and business continuity. Designed for future-ready infrastructures, they enable efficient traffic management, simplified operations, and uninterrupted digital experiences. Whether supporting enterprise campuses, cloud environments, or ISP backbones, WatchDog Core Routers provide the speed, resilience, and scalability required for mission-critical networking.
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Select a Product Datasheet Below to Discover In-Depth Technical Specifications, Features, and Performance Details
| Model / Product | Capacity | Operating temperature | Chassis | Rack Size | Action |
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WD-16000-M Series WatchDog WD16000-M routers are next-generation cloud service routers designed for modern digital network infrastructures and are ideal for deployment across government, finance, transportation, power utilities, healthcare, education, and telecom operator environments. |
640-800Gbps | -5°C to 55°C | Integrated chassis, which can be installed in a 19-inch rack | 1RU/6RU/8RU | Explore |
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WD-16000-F Series The WD16000-F is a high-end router series independently developed by Apollo Infoways Pvt Ltd. It utilizes distributed hardware forwarding, and non-blocking switching technology. It adopts an advanced CLOS architecture with a separate control plane and forwarding plane. |
6.4T-51.2T | -5 to 55℃ | Integrated chassis, which can be installed in a 19-inch rack | 5 RU-38 RU | Explore |
Aggregation / Leaf Data Center Switches form the fabric coordination layer responsible for traffic distribution, segmentation enforcement, and seamless workload flow. Aggregation / Leaf switches preserve architectural balance while enabling controlled horizontal expansion.
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| Model / Product | Capacity | Forwarding Rate | Ports | Architecture | Action |
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Aggregation High-Density Switch High-density data center switch delivering advanced L2/L3 performance, high-speed forwarding, and scalable VXLAN/EVPN networking. |
Up to 4 Tbps | Up to 2,024 Mpps | 40G / 100G | Spine-Leaf Ready | Explore |
Access / TOR Data Center Switches deliver direct rack-level connectivity to servers, storage, and edge infrastructure. Positioned at the execution layer of the fabric, they provide controlled endpoint integration, simplified deployment models, and scalable rack expansion.
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| Model / Product | Capacity | Forwarding Rate | Ports | Key Feature | Action |
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Data Center leaf 25GE Series The WatchDog Data Center Leaf 25G High-Density Intelligent Switches Series are specifically developed for data centers and cloud computing networks, offering robust hardware forwarding capabilities and a wide range Lacp of data center features. |
4-3.4 Tbps | 2024 Mpps | 25G SFP28/ 10G SFP+/ 1G SFP | VXLAN• MFF • M-LAG | Explore |
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Ethernet Data Center TOR Switches Series WatchDog Ethernet Data Center TOR Switches Series are a new generation of high-performance, high-port density, high - security Layer 3 Ethernet switches developed by Apollo Infoways Pvt. Ltd. |
2.4 Tbps | 432-462 Mpps | 10/100/1000Base-T Port: 1 | VLAN• MACsec • M-LAG | Explore |
A hardened, carrier-grade operating system with complete protocol support and programmable forw arding.
SR-MPLS and SRv6 with FlexAlgo provide simplified traffic engineering, fast reroute, and topology-aware path computation without complex RSVP-TE signaling.
Application-aware path selection, WAN link bonding, and centralized orchestration for intelligent hybrid WAN connectivity across MPLS, broadband, and cellular links.
Hardware-accelerated IPsec encryption, stateful firewall, DNS security, and DPI engine provide defense-in-depth without separate security appliances.
In-situ OAM, BMP, and streaming telemetry with gNMI provide per-flow, per-packet visibility into routing performance and path utilization.
BGP PIC, BFD, and topology-independent loop-free alternates (TI-LFA) deliver sub-second failover for carrier-grade network availability.
Hot-swappable line cards, redundant route processors, and field-replaceable fan trays provide non-disruptive scalability and maintenance.
Work with our routing specialists to evaluate platforms, plan migrations, and optimize your WAN for application performance and cost efficiency.
