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Wireless Access Solutions

Supports service expansion and continuous network utilization across diverse wired access environments, enabling operators and ISPs to flexibly define broadband strategies suited to market conditions.

5G FWA (Fixed Wireless Access) delivers high-speed broadband over mobile networks without wired infrastructure, enabling rapid deployment and scalable expansion. It is ideal where fiber rollout is limited or fast service launches are needed, reducing investment while ensuring reliable connectivity.

HUMAX Networks provides a 5G-based connectivity experience extending to Wi-Fi 6 and Wi-Fi 7. Its indoor and outdoor FWA portfolio delivers consistent broadband across residential and business environments.

By combining fast deployment, scalability, and simplified operation, HUMAX Networks’ 5G FWA supports sustainable service provider growth.

5G FWA Device

Femtocell

Femtocell is a small cell–based wireless access solution designed to enhance mobile network densifi in indoor and limited-coverage environments, delivering stable indoor connectivity. Where macro network signals are insufficient, it strengthens indoor coverage by supporting network densification.

HUMAX Networks’ Femtocell solutions can be deployed across residential and small office environments, accommodating diverse installation conditions. They help reduce deployment and operational complexity while maintaining reliable voice and data connectivity.

This enables operators to secure indoor coverage quality and improve the end-user mobile experience.

Femtocell Device

LoRa

LoRa is a low-power wide-area wireless communication solution designed to efficiently connect distributed devices across wide areas.

HUMAX Networks’ LoRa solutions enable reliable long-range transmission of small data payloads, delivering consistent connectivity in environments that require broad coverage. By leveraging ISM frequency bands, they reduce deployment constraints and support flexible network deployment with lower initial and operational overhead.

Based on these characteristics, LoRa is well suited for sensor-centric services and distributed network architectures, enabling continuous data collection, stable service operation, and a scalable foundation for long-term service expansion.

LoRa Device

Related Technologies

Covers technologies that extend the performance and applicability of wireless access solutions, supporting stable connectivity and consistent usage experiences across diverse wireless environments.

Wi-Fi 7 for the Next Level of Wireless Performance

Wi-Fi 7 (IEEE 802.11be) is a next-generation wireless LAN standard designed to deliver high throughput and improved transmission efficiency in environments with many concurrently connected devices. Support for channel bandwidths of up to 320 MHz and high-order modulation using 4K-QAM significantly increases data throughput, enhancing overall network capacity and responsiveness, even in high-density deployments.

Wi-Fi 7 also improves OFDMA scheduling efficiency and introduces the MRU (Multi-Resource Unit) structure, enabling more flexible channel utilization while reducing interference and latency. In addition, MLO (Multi-Link Operation) allows simultaneous use of multiple frequency bands, including 2.4 GHz, 5 GHz, and 6 GHz, improving connection resilience and reliability for latency-sensitive traffic.

Built on these capabilities, Wi-Fi 7 supports advanced use cases such as high-resolution streaming, real-time collaboration, XR applications, and immersive services under demanding network conditions.

Wi-Fi 6 & 6E for Faster, More Reliable Connectivity

Wi-Fi 6 and Wi-Fi 6E are wireless LAN standards designed to improve network efficiency and connection stability in environments where performance degradation and latency are common. Rather than focusing only on peak speeds, they optimize network resources to reduce interruptions and delays, even with many connected devices.

This is enabled by technologies such as OFDMA and MU-MIMO. OFDMA allocates bandwidth based on device needs to reduce waiting time, while MU-MIMO supports simultaneous communication through multiple antennas, maintaining stable performance during activities like streaming, video calls, and gaming.

Wi-Fi 6E further improves performance by using the expanded 6 GHz band, reducing congestion and interference from 2.4 GHz and 5 GHz bands. The wider spectrum supports reliable high-capacity transmission and predictable connection quality in dense environments. Together, they provide a stable wireless foundation for home and workplace use in high-traffic scenarios.

EasyMesh for Seamless Whole-Home Wi-Fi

EasyMesh is a standards-based mesh networking technology that allows multiple wireless access points (APs) to operate as a single unified network. By sharing network information and managing connectivity collaboratively, each device contributes to delivering stable and consistent wireless performance, even in environments with multiple APs deployed.

EasyMesh enables user devices to seamlessly connect to the access point with the best available conditions as users move or network environments change. This helps reduce sudden disconnections or performance drops.

In situations where network usage increases, traffic is distributed across multiple access devices to alleviate congestion.

Through this architecture, EasyMesh effectively extends wireless coverage across both residential and business environments and delivers a predictable and comfortable network experience, even in deployments that require multiple access points.

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