Kochi: Reliance Jio has introduced revolutionary 5G internet connectivity through mmWave technology. With the launch of the 26 GHz mmWave frequency services tailored for enterprises, the state is poised to witness a new era of high-speed, seamless connectivity.
Fixed wireless access (FWA), heralded as a cost-effective alternative to traditional fixed services like cable and fiber connections, is emerging as the game-changer in this domain. Leveraging the prowess of Jio’s 4G and 5G networks, FWA is set to redefine connectivity standards, ensuring efficiency and practicality that were previously unimaginable.
The potential of 5G mmWave in FWA is exceptional showcasing the ability to deliver gigabit speeds wirelessly, effectively eliminating the need for physical fiber connections that have long been the backbone of communication networks.
The mmWave technology of Jio is ingeniously designed to function in Standalone mode.
As a substitute for Fiber to Home (FTTH), Fixed Wireless Access (FWA) thrives when paired with mm-wave technology. This solution is perfect for high-rise buildings with high data needs and limited Fiber connectivity, as well as congested areas with last-mile fiber connection challenges. It's also ideal for busy spots like sports arenas, stadiums, airports, concerts, and shopping streets. These 5G networks work at 26 GHz frequencies, delivering fast data and low latency. The mmWave bands provide ten times more bandwidth than sub-6 GHz 5G, allowing more connections and higher peak data rates for devices.
26Ghz mmWave Deployment Scenarios:
- High Density Outdoor Hotspots: Offering robust connectivity in areas with high footfall.
- Inside Public Buildings: Ensuring seamless coverage even within sprawling indoor spaces.
- Private Networks: Customized connectivity solutions for dedicated enterprise networks.
- FWA Deployment on Macro Site with Extended Range: Bridging connectivity gaps in areas with limited infrastructure.
Key Features of 26 GHz mmWave:
- High Speeds: Supporting data speeds up to 10 Gbps, the 26 GHz band redefines data transfer for applications like augmented reality (AR), virtual reality (VR), and industrial automation.
- Low Latency: With minimal delay, the 26 GHz band meets the demands of real-time applications like autonomous vehicles and remote surgery.
- Small Cells: Incorporating small cells for high-speed 5G coverage in confined spaces like factories, warehouses, and offices.
- Large Bandwidth: Accommodating a multitude of devices simultaneously, ideal for densely packed environments like stadiums and convention centers.
