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OSW | Outdoor Switch

An Outdoor Ethernet Switch in the access network is a versatile device that can be used in various scenarios.

Here are some important possible applications:


FTTx implementations

Fibre-to-the-Home (FTTH): Distribution of IP/Ethernet services via fibre optic or copper lines to customers in industrial, commercial and residential areas. The outdoor switch can be used as a bundling and distribution point to adapt the infrastructure in the IP area.

Fibre-to-the-Building (FTTB): End point for incoming or transit fibre optic lines in or at a building and further distribution via fibre optic or copper lines to other sub-distributors.


5G and mobile radio base stations

Backhaul for 5G/4G company base stations: Provision of 10G or 25G data connections for campus networks.

Edge computing nodes: Supporting distributed data centres on a campus or connecting different network zones where in-house 19-inch switches cannot be used.


IoT and Smart City

Aggregation switch for surveillance cameras with higher data rates: Connectivity for surveillance cameras in cities, traffic hubs or in critical infrastructures.

Sensor networks: Connection of environmental, traffic or other sensors in outdoor areas.

Public WLAN hotspots: Providing the network infrastructure for public networks with WLAN apps or other Internet access for users in public areas.


Industrial applications

Utilities: Distribution of Ethernet in campus areas with necessary outdoor installations or harsh environments (factory floors or other non-dust-free or humid environments).

Transport infrastructure: Aggregation switch to support Ethernet connections for traffic lights, traffic management systems or charging stations for electric vehicles.


Critical infrastructure

Military and government applications: Providing secure, resilient networks in outdoor facilities.

Disaster relief: Rapid deployment of networks in emergency situations for communication and coordination.


Broadband coverage in rural areas

Wireless Access Points: Support wireless broadband technologies, such as Wi-Fi or Fixed Wireless Access (FWA), to provide coverage to remote areas

Hybrid networks: Connection between fibre optic backbone and wireless solutions in regions that are difficult to access.


Advantages of an outdoor Ethernet switch:

Robustness: weatherproof housing for use in harsh environments (IP65/IP67 certified).

Scalability: Flexible connection of fibre optic and copper cables.

Advanced security functions: VLAN, QoS and access control for secure and reliable networks.


These application options make Outdoor Ethernet Switches an indispensable component of modern access networks.

For further information, please contact our sales department.

Element Manager Software

A Network Element Manager (NEM) software offers numerous advantages in the access network, especially in terms of management, monitoring and optimization. Here are the most important advantages


Centralized management
- Overview of the entire network: NEM software enables a central platform to monitor and manage all network components such as switches, routers, access points and fiber optic elements
- Efficient configuration: Enables remote configuration and updates of all network devices, saving time and costs

Proactive monitoring
- Real-time status: Shows the operating status of devices (e.g. online, offline, faulty) and connections in real time.
- Error detection and correction: Identifies potential problems at an early stage and facilitates their correction before they lead to major outages.
- Trend analysis: Captures and analyzes network data to predict bottlenecks or utilization issues.

Improved network performance
- Load balancing: Helps optimize data flow to avoid congestion and maximize performance.
- Quality of Service (QoS): Enables prioritization of services such as VoIP or streaming to improve the user experience.

Automation
- Troubleshooting processes: Automated workflows for resolving typical issues, such as resetting ports or redirecting traffic.
- Provisioning: Quick and easy provisioning of new devices or services in the access network.
- Software updates: Automated rollouts of firmware or security updates.

Scalability and flexibility
- Network expansion: Supports easy integration of new devices and technologies.
- Multi-vendor compatibility: Management of devices from different manufacturers via a central platform.
- Hybrid network support: Enables management of fiber, copper and wireless connections.

Enhanced security
- Access control: Enforces security policies, e.g. authentication of devices and users.
- Security alerts: Detects unusual behavior, such as unexpected traffic or potential attacks.
- Compliance: Helps ensure compliance with legal and regulatory requirements through logging and reporting.

Cost savings
- Reduced maintenance: Minimizes the need for on-site visits through remote monitoring and maintenance.
- Efficient resource allocation: Optimizes the use of network resources and reduces unnecessary expenditure.
- Reliability: Prevents costly downtime through proactive monitoring and troubleshooting.

Improved user experience
- More stable services: A well-managed infrastructure provides end users with reliable and fast access to services.
- Customer support: Faster troubleshooting and more transparent communication with customers.


A Network Element Manager software is therefore an essential part of modern access networks. It improves uptime, optimizes performance, reduces costs and increases satisfaction for both network operators and end users.

For further information, please contact our sales department.

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