Signova AggregaX – High-Density Aggregation Switch

Seamlessly unite multiple networks into one intelligent backbone.

Introduction & Context

The Signova AggregaX is engineered to aggregate vast numbers of access and distribution layer connections into a unified high-speed core. Designed for campus networks, metropolitan networks, and large-scale enterprise backbones, it ensures efficient, low-latency traffic handling between devices, departments, and sites. With both copper and fiber uplinks, AggregaX bridges the gap between high-port-count access switches and the high-throughput demands of the core.

Who Uses AggregaX?

Service Providers – Consolidating multiple access networks into a unified core.
Enterprises – Aggregating branch networks and optimizing backbone traffic flow.
Data Centers – Simplifying uplinks by consolidating multiple TOR and distribution switches.
Government & Education – Streamlined backbone connectivity for campuses, research hubs, and public-sector networks.
Telecom Operators – Enabling efficient metro aggregation with high performance and resilience.

Key Benefits

Traffic Optimization – Intelligent flow management to balance loads and reduce congestion.
Scalable Performance – Supports growing bandwidth needs with flexible interface options.
Resilient Architecture – Redundant power and failover mechanisms for maximum uptime.
Cost Efficiency – Reduces equipment sprawl by consolidating multiple uplinks into one.
Interoperability – Seamlessly integrates across multi-vendor environments with open standards.

Technical Specifications – Signova AggregaX

Feature	Specification
Switching Capacity	6.4 Tbps
Forwarding Rate	2,380 Mpps
Interfaces	48 × 10G SFP+, 6 × 100G QSFP28 uplinks
Latency	< 2.5 μs
Redundancy	Dual hot-swappable power supplies & fans
Layer Support	Layer 2/3, OSPF, BGP, VRRP
Security	ACLs, 802.1X, MACsec
Power Consumption	< 300 W
Dimensions	44.5 × 442 × 400 mm (1U)
Weight	8.2 kg

Applications in Action

Consolidating multiple network layers into a single aggregation platform.
Streamlining edge-to-core traffic for service providers and data centers.
Enabling reliable transport for video streaming, IoT, and 5G backhaul.
Supporting cloud interconnects with secure, high-throughput links.