Silex BR-100AH-US 802.11ah Wireless Bridge for Long-Range Ethernet Connectivity

The Silex BR-100AH-US is a groundbreaking wireless bridge designed to seamlessly connect Ethernet-enabled devices to an 802.11ah (HaLow) network, providing extended range and reliable performance for enterprise and rural applications. This innovative device enables any Ethernet device to operate wirelessly within a secure, high-speed network environment, eliminating the limitations of traditional wired connections. Its plug-and-play design ensures compatibility with existing infrastructure without requiring driver or software changes, making integration straightforward and efficient. The BR-100AH-US operates in multi-client mode, allowing up to 16 devices to connect through a single bridge and optional network hub, optimizing network scalability and cost-effectiveness. Its robust security features include MAC address filtering, which helps restrict network access to authorized devices and enhances overall security by preventing unauthorized connections. Designed for customization, Silex offers OEM services such as re-branding, firmware, and hardware modifications, enabling tailored solutions to meet specific business needs. This device is crafted in Japan and backed by a 5-year warranty, ensuring durability and ongoing support for mission-critical applications. Whether deploying in rural settings, large facilities, or complex enterprise environments, the BR-100AH-US offers a reliable, long-range wireless solution that extends Ethernet connectivity across challenging distances and diverse operational scenarios.

Features:

• Multi-client Mode: Supports up to 16 devices in a wireless environment via a single BR-100AH and an optional network hub, offering cost-effective scalability.

• MAC Address Filtering: Enables secure network access by allowing only pre-approved devices to connect, enhancing security and device management.

• Customization for OEMs: Provides options for re-branding, feature enhancement, firmware customization, and hardware redesigns tailored to specific requirements.