Infrastructure WLAN

Wireless Local Area Network (WLAN)

Wi-Fi (IEEE 802.11 standards)：The most common wireless network technology, suitable for all industries.

• Wi-Fi 7 (802.11be)：Future technology offering higher speeds and lower latency
• Wi-Fi, that goes beyond the standard
• Critical user and IoT applications
• AI workloads depend on secure, seamless connectivity.
• Our Wi-Fi 7 solution delivers high-performance, high-capacity coverage with
  AI capabilities to supercharge user and IoT experiences.

Ultra-high speed and increased bandwidth.

Maximum transmission speed up to 46 Gbps (approximately 4.8 times faster than Wi-Fi 6E)
Wider 320 MHz bandwidth (Wi-Fi 6E supports up to only 160 MHz)。
4K QAM modulation technology (20% higher transmission efficiency compared to Wi-Fi 6’s 1024-QAM)
>>Improves past limitations by addressing bandwidth shortages and speed constraints, Enables more devices to transmit simultaneously and connect at high speeds。
>>Enhances transmission efficiency, Ideal for applications such as 8K video streaming, high-speed downloads, and large data transfers.

Multi-Link Operation (MLO)

Wi-Fi 7 supports simultaneous transmission across the 2.4GHz, 5GHz, and 6GHz bands.
(While Wi-Fi 6 can only use one frequency band at a time.)
Automatically switches to the optimal frequency band, adjusting in real-time based on network traffic and interference.
>> Improves past issues by reducing signal interference and network speed fluctuations, significantly enhancing connection stability.
>> Reduces latency, making it especially suitable for real-time applications such as online gaming, AR/VR, and video conferencing.

More efficient MU-MIMO and OFDMA

MU-MIMO upgraded to 16×16 (Wi-Fi 6 supports only up to 8×8).
More efficient OFDMA (Orthogonal Frequency Division Multiple Access) technology reduces transmission latency and resource wastage.
>> Improves past issues by enhancing the ability to handle multiple devices concurrently, reducing latency and congestion — ideal for smart homes and enterprise environments.
>> Improves bandwidth allocation efficiency, making it suitable for applications such as IoT devices and cloud computing.

Low latency and stronger QoS (Quality of Service)

Latency reduced to below 1ms, suitable for high-demand applications (such as autonomous driving and AI computing).
Adaptive channel usage technology (Preamble Puncturing) avoids interference and ensures stable transmission.
>> Improves past issues by reducing lag in video conferences and games, delivering a smoother user experience.
>> Better suited for real-time application scenarios such as industrial automation, AR/VR, and AI computing.

Higher security and energy efficiency

Adopts WPA4 (expected support) to further enhance wireless network security.
Lower power consumption, specially optimized for IoT devices and mobile device battery life.
>> Improves past issues: Prevents Wi-Fi phishing and man-in-the-middle attacks, strengthening data security for businesses and individuals.
>> Extends device battery life, suitable for smart homes and industrial IoT devices.

Lower power consumption and higher energy efficiency

Adopts an upgraded version of Target Wake Time (TWT) to enhance IoT device battery life.
Reduces unnecessary data transmission and saves power through more refined bandwidth management.
>> Improves the battery life of IoT and smart home devices, reducing the need for frequent charging.
>> Reduces enterprise network operating costs and saves energy consumption.

1. Moving around causes connection issues
Signal Coverage and Stability
             -Dead Zones: Wi-Fi signals may not cover large spaces or multi-story buildings.
             - Interference Issues: Other Wi-Fi networks, Bluetooth devices, and appliances like microwave ovens  can interfere with connection quality.
             - Wall Penetration Effect: Walls, glass, and metal structures can weaken Wi-Fi signals and reduce transmission range.

2. Signal bars look fine, but still slow
Bandwidth & Speed Issues
             - Insufficient bandwidth: Too many users at once can saturate available bandwidth and slow everything down.
             - Outdated tech limits: Older Wi-Fi standards (like 802.11n or earlier) can't deliver the speed today's apps demand.
             - High latency: Real-time apps like online gaming or video conferencing suffer from noticeable lag.

3. Too many APs online
Device Connection Limits
             - Too many devices can overload APs, causing slowdowns or drops.
             - In enterprise or public environments, Wi-Fi systems can crash under excessive load.


    

4. Someone changed the Wi-Fi password
Security Issues
             - Unencrypted Wi-Fi networks are easy targets for hackers—risking MITM attacks or phishing traps.
             - Old encryption like WEP or early WPA versions can be cracked, leading to data leaks.
             - Public Wi-Fi can be faked by attackers creating “evil twin” hotspots to steal your info.

5. Some APs connect very slowly
Device Compatibility Problems
             - Compatibility issues between different brands can lead to unstable connections.
             - Older devices might not support new Wi-Fi standards (like Wi-Fi 6 or Wi-Fi 6E).






    

6. Tons of different SSIDs everywhere
Hard to Manage & Maintain
             - Enterprise-grade Wi-Fi requires proper monitoring and management—without it, expect crashes and poor performance.
             - Old routers or APs with outdated firmware may have security flaws or slowdowns.




    

7. Stability & Power Usage
Power Drain Issues
             - Newer Wi-Fi gear (like Wi-Fi 6 routers/APs) can draw more power and require better energy management.
             - Mobile phones, laptops, and other devices may consume more battery power in unstable Wi-Fi environments.
             - These issues have been improved in recent years with the popularity of new technologies such as Wi-Fi 6, Mesh Wi-Fi, and SD-WAN, but they are still key concerns for many enterprises and users. Which wireless network problems are you currently experiencing?

We carefully analyze customer needs and identify pain points, providing solutions that address challenges and deliver real value.

We focus on future network trends, ensuring our solutions are prepared for emerging technologies and evolving market demands.

Our end-to-end deployment services cover everything from initial design to ongoing support, ensuring seamless, reliable solutions.

We demonstrate our solutions in action and validate data, ensuring everything works as intended before full implementation.

Our after-sales support, backed by clear SLAs and SLGs, guarantees timely assistance and reliable service throughout the product lifecycle.