Building the Most Cost Effective Lowest Latency Networks for University Campus
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Building a Reliable Point-to-Point Wireless Link between Islands
Building the Most Cost Effective Lowest Latency Networks for University Campus
Project Background
A University in Singapore, faced a critical issue when its building-to-building Free-Space Optical (FSO) system broke down, causing a complete loss of internet connectivity between buildings. This disruption severely impacted the digital teaching experience for both students and teachers, undermining their new digital strategy.
The Challenge
University ‘s existing network infrastructure was complex and difficult to manage, leading to significant bottlenecks at their headquarters. The system did not support traffic steering or application prioritization. Furthermore, the FSO used for short-range connections proved unreliable and insufficient for modern communication needs, particularly during rain, causing frequent internet outages. This setup was both costly and unsustainable in the long term.
The Turning Point
Realizing the limitations and escalating costs of their current network, University sought a more efficient and scalable solution. They turned to Starview, an authorized distributor of Mimosa in Singapore, renowned for its innovative network solutions, to overhaul their infrastructure. Starview provided fiber-fast wireless broadband solutions, connecting the high-speed internet connectivity between buildings for the teachers and students.
Starview’s Solution
Starview implemented Mimosa’s B24 Point-to-Point Backhaul to replace University’s existing FSO network. The solution includes:
Cost Optimization
By prioritizing applications and leveraging on-demand bandwidth, Starview’s Mimosa B24 breaks existing barriers of price, size, performance, and power efficiency in the less crowded, unlicensed 24 GHz band.
- Gigabit on Demand
The B24 dynamically adapts to changing demands using Auto-TDMA technology, directing low-latency gigabit throughput upstream or downstream as needed to maximize spectrum utilization throughout the day. Unlike legacy FDD radios, which are limited to symmetric traffic usage, the B24 ensures efficient spectrum use. - Unparalleled Reliability
The B24 provides superior reliability, avoiding the congested 5 GHz spectrum and maintaining strong connections even in rain, at practical distances up to 3 km (2 mi). This makes it ideal for University’s building-to-building connections, outperforming higher frequency microwave technologies. - Lightweight, Low Power
Weighing only 6 lbs and consuming 19.5 W, the B24 is easy to install and suitable for battery backup installations, offering a compact and efficient solution compared to alternatives. - Fiber Ready
The B24 supports redundant ethernet and fiber connections, a feature previously available only in expensive outdoor products, providing additional flexibility.
The Results
The impact of Mimosa B24 was immediate and impressive, the wireless Gigabit link is up and running within the target time frame. Even on rainy days, the internet connection remained smooth. This achievement resulted in significant cost savings, eliminating the high maintenance cost of the FSO system.
Contact Starview
Starview Technologies, appointed by Mimosa as a distributor, delivers unprecedented levels of cost-effective spectral efficiency, allowing scarce spectrum to be concurrently and reliably shared across networks. Contact us today to learn more about building the most cost effective lowest latency networks and discover how Mimosa can help you create the fiber-fast wireless network.