Vantiva, a global technology leader in connectivity, officially launches the Condor 5G Fixed Wireless Access (FWA) home gateway at Mobile World Congress 2025—an advanced, industry-leading platform designed to deliver exceptional indoor 5G connectivity, with performance approaching that of outdoor units. Aimed at tech-forward homes and businesses, the Condor 5G builds on its predecessors, the Cobra 5G and Falcon 5G, elevating in-home wireless experiences with cutting-edge innovations and a sustainable design.
The growth of FWA deployments often saturates cellular networks, particularly on lower bands. Vantiva’s engineers introduced several key innovations to the Condor 5G to address spectrum efficiency challenges while enhancing performance:
“We are excited to see our Qualcomm Dragonwing™ FWA Gen 3 platform integrated to power Vantiva’s Condor 5G offering and Indoor5G™ 180° antenna technology,” said Gautam Sheoran, Vice President and General Manager, Wireless Broadband & Communications at Qualcomm Technologies, Inc. “We look forward to seeing operators dramatically expand their FWA service coverage while connecting more homes with high-performance 5G broadband service.”
The Condor 5G is built with advanced components to ensure durability and future readiness for both consumers and operators over the next five years. Key features include:
The Condor 5G integrates Vantiva’s Homeware™, an OpenWRT middleware solution utilized by Tier-1 operators globally. Its container-based architecture supports a broad range of third-party applications, enabling operators to provide FWA subscribers access to the same value-added services typically reserved for fiber, copper, or cable customers.
Additional operator benefits include support for USP TR-369/TR-181 data models extended to cellular data, seamless remote management, and scalability via firmware-over-the-air (FOTA) updates—all pre-integrated with Vantiva’s ECO-Manage/Control platform.
Vantiva prioritized sustainability in the Condor 5G, incorporating features like halogen-free PCBs, optional use of recycled resins, and a fanless passive cooling solution to reduce environmental impact. A data-driven power consumption optimization feature further ensures efficient energy use.
“With the Condor 5G, Vantiva is setting a new standard for FWA home gateways,” said Ashwani Saigal, SVP Global Product Management at Vantiva. “By combining cutting-edge technology with sustainable design, we enable telecom operators to deliver unparalleled connectivity experiences to their customers while promoting a greener future.”
The Condor 5G will be available beginning March 2025 for telecom providers and enterprise partners.
Vantiva (Euronext Paris: VANTI) is a global technology leader in the Customer Premises Equipment (CPE) market. For over 130 years, Vantiva (formerly known as Technicolor) has delivered solutions that connect what matters most. Today, the company continues to redefine connectivity with industry-leading broadband, video, and IoT-driven smart systems that elevate how people live, work, and connect globally.
Vantiva combines a customer-focused approach with decades of software development, electronics hardware design, and supply chain expertise to deliver high-quality solutions at scale. This proficiency has positioned Vantiva as a trusted provider to leading network service providers, enterprise customers, and consumers around the world.
A strong commitment to sustainability and responsible business practices has earned Vantiva multiple Gold and Platinum Medals from EcoVadis for environmental and social performance. These awards place the company among the top 2% of organizations in its category evaluated globally.
With its headquarters in Paris and major offices in Australia, Brazil, China, India, South Korea, the United Kingdom, and the United States, the company serves a diverse global customer base. The acquisition of CommScope’s Home Networks business in January 2024 further bolstered the company and its ongoing commitment to innovation.
For more information, please visit vantiva.com.