Introducing Zyxel’s New WiFi 7 Access Points: High-Performance, Band Flex APs

Zyxel_Claudia
Zyxel_Claudia Posts: 124  Zyxel Employee
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edited February 14 in Other Topics

The latest advancements in wireless networking have arrived with Zyxel’s new WiFi 7 access points (APs). These dual-radio, Band Flex APs are designed to enhance connectivity, maximize flexibility, and improve performance in various network environments. With four new models catering to both high-end and entry-level needs, organizations can now experience the benefits of WiFi 7 while maintaining cost efficiency.

New WiFi 7 AP Lineup: High-End vs. Entry-Level Models

Zyxel's four new WiFi 7 APs are categorized based on their performance and features:

Key Differences:

  • High-end models (WBE 510D, WBE 630S) come with Nebula Flex Pro, providing advanced wireless features and a 1-year Pro Pack license.
  • Entry-level models (NWA 110BE, NWA 210BE) are categorized as Nebula Flex, offering essential features at a lower cost.

Understanding Band Flex Technology

Zyxel’s Band Flex technology ensures greater adaptability by allowing users to dynamically configure the second radio to operate on either 5 GHz or 6 GHz.

How Band Flex Works:

  • Radio 1: Dedicated to 2.4 GHz.
  • Radio 2: Can be manually set to either 5 GHz or 6 GHz, depending on network needs.

This flexibility allows businesses to optimize performance based on their specific wireless environment.

Performance Breakdown: WiFi 7 APs

Each of the new WiFi 7 APs delivers high-speed connectivity with strong signal coverage. Below is a performance comparison of the four models:

Key Takeaways:

  • NWA 110BE & WBE 510D: Theoretical throughput 6.5 Gbps and 4x4 antenna with 2 spatial streams.
  • NWA 210BE & WBE 630S: Double the throughput 13 Gbps due to increased spatial streams 4x4:4.

Enhanced Power Management: A Smarter Approach

A major improvement in these new WiFi 7 APs is their upgraded power source detection mechanism.

Old Power Source Design (Pre-WiFi 7)

  • APs prioritized adapter power.
  • If an adapter was connected (even if power output was insufficient), the AP would not switch to PoE, leading to startup failures.

New Power Source Design (WiFi 7 APs)

  • APs still prioritize adapter power, but with an added voltage check.
  • If the adapter provides less than 15V, the AP automatically switches to PoE to ensure proper functionality.
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