Qualcomm X105 5G-Advanced Modem Ushers New Era for FWA CPE Performance | Honlly

Qualcomm has unveiled the X105 5G Modem-RF system, the world’s first 3GPP Release 19-ready modem, marking a significant leap in 5G-Advanced technology that directly impacts the FWA and CPE industry. With peak uplink throughput reaching 4.2 Gbps and a forward-looking architecture designed for 6G readiness, the X105 promises to redefine what fixed wireless access and customer premises equipment can deliver.

What the X105 Means for FWA CPE

For operators deploying fixed wireless access networks, the X105 represents a generational improvement in CPE capability. The modem’s enhanced uplink performance—4.2 Gbps peak—is particularly critical for FWA deployments where backhaul and user-generated content increasingly demand symmetric bandwidth. CPE devices equipped with the X105 can support more concurrent high-bandwidth users, making fiber-like wireless broadband a realistic proposition for dense urban environments.

The R19-ready architecture also ensures that CPE hardware deployed today will remain future-proof through the transition to 5G Advanced and eventually 6G. This matters for operators managing multi-year CPE lifecycles, as it reduces the risk of premature obsolescence and improves total cost of ownership. Honlly Telecom’s 5G CPE portfolio has been optimized for these 5G-Advanced capabilities, ensuring operators can leverage next-generation modem technology in their FWA deployments.

Chipset Competition Heats Up

Qualcomm’s X105 launch intensifies competition in the 5G CPE chipset landscape. MediaTek has also been advancing its own 5G-Advanced modem solutions, targeting comparable FWA and CPE form factors. Both chipset vendors are racing to support higher carrier aggregation, improved MIMO efficiency, and more power-efficient designs tailored for always-on CPE devices.

This competition benefits operators and end users alike. Chipset advances directly translate to CPE products that offer higher throughput, lower power consumption, and better price-performance ratios. For operators serving price-sensitive emerging markets, the trickle-down effect of flagship chipset technologies into mid-range and value-tier CPE is a critical factor in FWA business case viability.

Deployment Implications for Operators

Operators evaluating FWA infrastructure upgrades should consider several factors driven by the X105 and comparable chipset advances. First, uplink performance improvements unlock symmetrical service tiers that compete directly with fiber—an important consideration for enterprise and SMB FWA services. Second, the enhanced spectral efficiency of 5G-Advanced modems enables better cell-edge performance, extending the effective range of FWA base stations.

Third, the R19 foundation of the X105 supports advanced features including network slicing, enhanced positioning, and reduced latency—capabilities that enable FWA operators to offer differentiated services beyond basic broadband. Honlly’s range of indoor and outdoor CPE solutions are designed to support these evolving chipset capabilities, providing operators with flexible, future-ready deployment options across diverse market segments.

Market Outlook

The 5G FWA market, already surpassing $89 billion in 2026, is expected to accelerate further as 5G-Advanced-capable CPE hits the market. The Qualcomm X105 modem, appearing in commercial CPE products from late 2026 onward, will enable a new generation of FWA devices that deliver fiber-competitive performance at wireless deployment economics. Industry analysts project that 5G-Advanced CPE will account for over 35% of new FWA deployments by mid-2027, driven largely by the capabilities unlocked by modems like the X105.

Operators that plan their CPE upgrade cycles to align with the 5G-Advanced modem rollout will gain a competitive advantage in both speed-to-market and service differentiation. As the FWA market matures, chipset leadership is becoming a defining factor in CPE performance and operator network quality.