Multi-Transmission Architectures
Depending on the location and requirements, different transmission technologies are combined. Multi-transmission architectures, for example, connect microwave radio, fiber optics, mobile communications, or existing network infrastructures into a high-performance overall solution.

Through this combination, networks can be built flexibly and optimally tailored to the respective framework conditions. At the same time, resilience and bandwidths can be flexibly scaled.

Typical advantages:
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Combination of multiple transmission technologies

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Flexible adaptation to site conditions

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Scalability of bandwidth and capacity

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Increased resilience through alternative transmission paths

Redundancy & High Availability

For business-critical applications, the availability of network connections plays a central role. Wireless connections can be specifically deployed as redundant transmission paths, thereby increasing the resilience of existing network structures.

Through redundant architectures, alternative wireless links, or the combination of different technologies, highly available network structures can be realized.

These architectures are particularly suitable for companies with high requirements for network stability and resilience.

Possible measures to increase availability:

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redundant wireless links

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alternative transmission paths

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automatic failover mechanisms

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Combination of wireless and landline connections

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Fast site connectivity

Connecting new locations often presents companies with challenges – especially when fiber optic connections are unavailable or have long lead times.

Wireless data networks enable fast and flexible site networking. In many cases, new connections can be implemented within a short time without relying on complex civil engineering work.

Typical deployment scenarios:

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short-term site connections

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temporary infrastructure projects

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industrial facilities or production sites

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Construction sites or project locations

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Expanding existing corporate networks

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Integration of existing infrastructures

Many companies already have existing network infrastructures such as leased lines, radio hubs, or access layer networks. Wireless data networks can be seamlessly integrated into these existing structures.

This allows existing resources to be utilized further and expanded in a targeted manner without having to completely replace existing systems. Wireless connections are particularly suitable for closing coverage gaps or connecting additional locations.

Possible integrations:

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Connecting to existing MPLS or corporate networks

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Integrating microwave links into existing backbone structures

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Expanding existing access layer networks

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Supplementing fiber optic connections with radio links

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Typical use cases

Wireless data networks are used in many different industries and scenarios. Thanks to their flexibility and rapid availability, wireless data networks are a powerful complement to traditional wired network solutions.

Typical use cases include:

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Corporate site networking

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Connecting industrial and production sites

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Campus and mobile site networks

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temporary networks for projects or events

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Backup connections for critical infrastructure

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BROADNET provides you with a multi-transmission IT network for highly available and extremely secure data communication. Even at your location.
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