High-Capacity Fixed Wireless & Microwave Connectivity
Fixed Wireless is a high-performance microwave technology that enables seamless data transmission between two fixed locations. By utilizing a Point-to-Point (PtP) wireless backhaul, Stream1 Wireless delivers high-speed internet without the need for underground cabling. It is the premier alternative to leased fiber or copper lines, offering bandwidth scalability from 100 Mbps to 5 Gbps (GigE+) for temporary events and permanent installations.
Standard internet relies on the "Last Mile" of fiber or copper—vulnerable to construction accidents, weather, and physical damage. Our Fixed Wireless network completely bypasses the ground infrastructure. By creating an air-bridge, we ensure your event remains online even if local fiber lines are cut, providing true network diversity and 99.99% uptime.
We architect dedicated wireless links tailored to your venue's geography:
Unlicensed (Free) Spectrum: (e.g., 2.4 GHz, 5.8 GHz, 60 GHz/V-Band). Anyone can use these. They are perfect for rapid deployment but can suffer from interference in crowded cities.
Licensed Spectrum: (e.g., 6 GHz to 80 GHz/E-Band). These are reserved by the government for telcos (Airtel, Jio, etc.). They are interference-free because no one else is allowed to broadcast on that frequency.
Through our strategic partnerships with licensed national providers, Stream1 Wireless can facilitate Licensed Spectrum links for environments where zero-interference is a mission-critical requirement. We handle the technical integration and hardware deployment, giving you the security of a private frequency without the administrative overhead. For high-stakes environments, we coordinate with licensed partners to provide interference-free, dedicated wireless backhauls.
"By combining our Fixed Wireless technology with either a terrestrial Fiber line or a Bonded 5G array, we create an Unbreakable Network. We don't just provide a backup; we provide 'Seamless Handover' where your users won't even realize a switch has happened."