Wireless bridges capable of backbone and industrial-grade networks

They need to meet the requirements of high bandwidth, high transmission, and low latency.

In application environments such as enterprise factories, PLC, coal mines, industrial power generation, urban network transmission nodes, and security surveillance backbone backhaul,they must ensure high reliability and high determinism during use, so as to ensure zero network interruption in production processes.

As the preferred wireless transmission solution for point-to-point and point-to-multipoint, when choosing a Wi-Fi 7 industrial-grade wireless bridge, you must check these core points to avoid pitfalls and choose the right product:

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I. Wired Ethernet port configuration: go straight for 10 Gigabit

A 10G optical port + 10G uplink copper port is the first choice!

As a key transmission node for large industrial-grade networks, it must first meet high-speed transmission. Especially over medium-to-long distances, fiber is the main transmission medium. Choosing a 10G fiber port (backward compatible with 2.5G) is currently the most mainstream solution. Choose bigger rather than smaller, and get it right in one step.

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II. Wireless specifications: choose dual-band concurrent (5GHz/6GHz)

MLO enables dual-band aggregation, and speeds soar.

High-speed 5GHz and clean 6GHz are the best choices. 2.4GHz suffers from heavy interference, and its transmission rate is definitely not as good as 5GHz. Dual-band concurrent operation is the first choice.

Wi-Fi 7 technology brings four major features: 4K-QAM modulation, MLO multi-link aggregation, Multi-RU (reduced latency), and Preamble Puncturing (interference resistance).

In particular, MLO multi-link aggregation supports 5GHz + 6GHz dual-band aggregation, meaning the wireless rates are also aggregated to increase wireless throughput.

For example: Yuncore Wi-Fi 7 industrial bridge WB56beH6-18X4-Pro, 5GHz: 8464Mbps, 6GHz: 11528Mbps.

MLO dual-band aggregation: 8464Mbps + 11528Mbps = 20147Mbps, directly exceeding 20Gbps, greatly improving the wireless rate.

Of course, this requires use with terminals that support Wi-Fi 7-related technologies. Wi-Fi 6 terminal devices cannot use this band aggregation function.

In addition, if the product supports features such as jumbo frames, multicast acceleration, and VLAN, overall performance will be even stronger.

The Yunlian Youke Wi-Fi 7 series supports 9K jumbo frames—a technological breakthrough that adds the icing on the cake.

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III. Protection rating: choose IP68 + cast aluminum housing

IP68 dustproof and waterproof, adapting to various harsh conditions.

Dustproof: completely prevents dust from entering the enclosure; dust cannot penetrate into the interior of the device. It is suitable for outdoor sandy and dusty environments, construction sites, and other dust-heavy environments.

Waterproof: can be continuously immersed in water for long periods (the highest waterproof rating).

Cast aluminum housings are thicker and sturdier than ordinary iron housings.

Choose a cast aluminum housing made with integrated molding, etc. It is more durable, drop-resistant, impact-resistant, and corrosion-resistant, and more stable in industrial environments.

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In addition, there are two product forms on the market: integrated and split-type.

Integrated means the antenna is built in, with an all-in-one design. The antenna cannot be matched by yourself, but YUNCORE ODM can customize it according to customer needs.

Split-type means the device is equipped with an external antenna connector and can connect externally to sector, directional, omnidirectional, and other antennas. The transmission distance is controllable and it is more flexible.

Choose according to your needs.

If the above core points are met, you can avoid several detours when choosing an industrial-grade wireless bridge.

Of course, you can also contact us—a professional source manufacturer specializing in ODM customization—and we can provide customized services according to your needs!

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