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Broadband Solutions

Built on diverse broadband infrastructure, our solution enables phased service expansion and empowers operators to flexibly design broadband strategies aligned with evolving market conditions.

xPON is a PON–based access solution that enables efficient and scalable FTTH deployments by delivering Ethernet connectivity over optical fiber from the central office to end users.

HUMAX Networks reliably supports large-scale existing FTTH subscribers with GPON, while XGS-PON provides symmetrical 10 Gbps downstream and upstream performance to meet the growing demand for upstream traffic and multi-gigabit services. In addition, 10G-EPON enables flexible FTTH configurations that align with regional infrastructure conditions and service providers’ operational policies.

HUMAX Networks applies an advanced board-level BOSA (Bidirectional Optical Sub-Assembly) integrated design to minimize optical loss and heat generation, achieving both compact form factors and high reliability. As FTTH infrastructures continue to evolve, xPON enables stable support for diverse service requirements while allowing scalable and future-ready network operations.

xPON Device

DOCSIS

DOCSIS is a wired broadband technology for cable access networks, built to support evolving service and traffic demands. Supporting DOCSIS 3.0 and 3.1, it delivers high bandwidth and low latency for reliable performance.

Multi-gigabit capability enables demanding applications such as gaming and HD streaming. Offered in a DOCSIS cable gateway form factor with support for Wi-Fi 6/6E and 7, it provides seamless wired and wireless connectivity for residential and small business environments.

Based on an open platform, DOCSIS solution integrates with RDK and Plume, enabling remote management, simplified configuration, and scalable service operations.

DOCSIS Device

xDSL

xDSL is a wired broadband solution that leverages existing telephone line access infrastructure across diverse regions.

Supporting VDSL, VDSL2 35b, and G.fast, HUMAX Networks enables operators to deploy services aligned with local conditions and subscriber needs without major infrastructure investment. It delivers reliable performance for internet, voice, data, and video services. With support for Wi-Fi 6, it maintains consistent wireless quality in residential and small business environments, even with multiple devices.

Backed by a strong delivery track record, we provide solutions customers can trust—built on proven technology and operational reliability.

xDSL Device

Related Technologies

Through advanced wireless access technologies, we enhance connection quality and extend service coverage to deliver an improved network experience.

Wi-Fi 7 for the Next Level of Wireless Performance

Wi-Fi 7 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 when moving between spaces, providing a smoother and more continuous wireless experience. In addition, EasyMesh distributes network traffic across multiple access points when usage increases, ensuring stable communication even in congested scenarios.

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

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