Bluetooth Roaming Technology

Product catalog summary

Introduction to Roaming: Roaming refers to the process where a mobile device switches its connection to a wireless base station with a stronger RF signal as it moves from one coverage area to another. Successful roaming ensures uninterrupted user data communication during the handoff.

Unique Features of Roaming: Unlike Wi-Fi and cellular networks, BLE (Bluetooth Low Energy) devices lack inherent roaming support and cannot initiate handoff requests. Cassia Networks addresses this limitation by enabling BLE devices to roam freely and securely across a network using their Bluetooth gateways and IoT Access Controller (AC). This allows all gateways in a BLE network under the IoT AC to function as a single gateway without manual intervention.

Bluetooth Roaming: This technology, developed by Cassia Networks, allows BLE devices to switch their connection to a BLE gateway with a stronger RF signal as they move between coverage areas. It is applicable for mobile Bluetooth IoT applications requiring device mobility.

Key Benefits of Bluetooth Roaming:

Seamless BLE continuous connectivity without changes to BLE protocol or end devices.
Supports secure handoff without manual intervention.

Advantages for Enterprises: Cassia Networks offers a scalable, flexible, and secure Bluetooth IoT solution that is easy to manage and deploy. It provides a cost-effective wireless solution with long-range, multiple device connectivity, and seamless Bluetooth roaming and location support.

Catalog excerpts

What is Roaming? For cellular and Wi-Fi, roaming occurs when a mobile device switches its association to the wireless base station with a stronger RF signal when moving from the coverage area of one base station to the next. A successful roaming is one that doesn’t interrupt the user data communication during the roaming handoff. Overlapping Coverage Area What is Bluetooth Roaming? This patented groundbreaking technology developed by Cassia Networks occurs when a BLE device switches its association to a BLE gateway with a stronger RF signal when moving from the coverage area of one BLE gateway to the next. Cassia IoT Access Controller What makes this feature so unique? Unlike Wi-Fi and cellular, BLE devices have no inherent roaming support and therefore cannot initiate a handoff request. With Cassia’s Bluetooth gateways and IoT Access Controller (AC), BLE devices like sensors can move/roam freely and securely throughout the network and remain connected at all times. With Cassia’s BLE device roaming feature, all gateways in a BLE network under the IoT AC will function as a single gateway without manual intervention. Key Benefits of Bluetooth Roaming for today’s Enterprises Bluetooth Roaming is applicable for any mobile Bluetooth IoT application that require devices to move. No changes to BLE protocol or end devices Seamless BLE continuous connectivity Supports a secure handoff without manual intervention Bluetooth Roaming powered by Cassia Networks Heart rate 45% Lorem ipsum dolor sit amet, consectetuer adipiscing Home View All Message Lorem ipsum Heart rate Lorem ipsum Lorem ipsum Lorem ipsum Lorem ipsum Heart rate Heart rate Lorem ipsum Lorem ipsum Why today’s leading IoT solution providers choose Cassia Networks Scalable, Flexible, Secure Easy to Manage and Deploy Cost-Effective Wireless Solution Long Range Multiple Device Connectivity Seamless Bluetooth Roaming and Locationing Support Making Bluetooth IoT Easy. Scalable. Secure. COPYRIGHT © 2021 CASSIA NETWORKS, INC. ALL RIGHTS RESERVED. 97 E. BROKAW RD., SUITE 130, SAN JOSE,

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Bluetooth Roaming Technology

Bluetooth Roaming Technology

Catalog excerpts

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