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Rajant Corporation

Alliance Corporation works with Rajant to support mobile mesh networking solutions across North America.

Rajant Corporation ES1 Series BreadCrumb®

Rajant Corporation ES1 Series BreadCrumb®

ES1 Series from Rajant Corporation

The ES1 Series is part of Rajant’s ES Series BreadCrumb® wireless portfolio, designed to support mobile mesh networking within Kinetic Mesh® networks. These solutions are used in environments where network elements must remain connected while operating across changing conditions and infrastructure-limited locations.

Alliance Corporation works with Rajant Corporation to help organizations understand how the ES1 Series fits within their overall mesh networking architecture and deployment strategy.

What Is the ES1 Series?

The ES1 Series is part of the ES Series of BreadCrumb® wireless nodes used within Kinetic Mesh® deployments. It supports mobile mesh networking scenarios where consistent connectivity, flexibility, and adaptability are required as network topology changes.

Common applications include:

  • Supporting mobile and vehicle-based mesh networking
  • Enabling connectivity in industrial and outdoor environments
  • Extending wireless networks in infrastructure-limited areas
  • Supporting dynamic and adaptive network topologies

Why Choose the ES1 Series?

The ES1 Series is designed to support adaptable and resilient mesh networking within dynamic deployment environments.

Key benefits:

  • Designed to support mobile mesh networking deployments
  • Integrates seamlessly within Kinetic Mesh® networks
  • Supports resilient and adaptive network behavior
  • Suitable for dynamic, mobile, and industrial environments

ES Series BreadCrumb® Wireless Nodes

The ES1 Series is offered as part of Rajant’s ES Series BreadCrumb® wireless portfolio to support a range of mobile and dynamic Kinetic Mesh® deployment scenarios.

Not sure if the ES1 Series is the right fit for your mesh networking deployment?

Alliance can help evaluate your environment and recommend the most suitable option.