# The role of advanced fiber technology in reducing latency in high-speed networks

> Low latency comes from a short, direct path and clean, low-loss glass. How fiber technology and route design work together on our Hudson River route.

Canonical: https://urbinnetworks.com/blog/the-role-advanced-fiber-technology-in-reducing-latency-in-high-speed-networks/

[BLOG](https://urbinnetworks.com/resources/blog/) · NOVEMBER 20, 2024 · BY MIKE LINGLE

# The role of advanced fiber technology in reducing latency in high-speed networks

Low latency comes from a short, direct path and clean, low-loss glass. How fiber technology and route design work together on our Hudson River route.

In today's fast-paced digital landscape, as data traffic and the demand for high-speed networks continue to surge, businesses and service providers are increasingly prioritizing low-latency connectivity. UrbIN Networks is focused on this need, using modern fiber and direct routing to deliver performance and reliability across our infrastructure.

This blog explores how fiber technology and route design work together to keep latency low.

## The importance of low-latency connectivity

Latency refers to the time it takes for data to travel from one point to another. In practical terms, lower latency means faster data transfer, which is essential for applications like high-frequency trading, real-time data analytics, and cloud computing. For instance, in financial markets, where algorithms dictate trading decisions and milliseconds can mean the difference between profit and loss, minimizing latency is crucial. And as organizations increasingly rely on cloud services and real-time applications, the need for efficient, low-latency networks is imperative.

Moreover, with cyber threats on the rise, there continues to be a growing demand to ensure the security and reliability of network infrastructure.

## Fiber technology and route design in UrbIN Networks' infrastructure

Our Hudson River crossing dark fiber route is built with modern, low-loss single-mode fiber. High-purity glass keeps signal loss to a minimum, so light travels farther with less degradation and fewer pieces of equipment are needed along the path to boost or regenerate it. Modern cable design protects the glass in demanding environments, preserving signal quality over the life of the route.

Glass quality controls signal loss. Latency itself is set mostly by distance: light in fiber travels at roughly two-thirds of its speed in a vacuum, so the shorter and more direct the path, the lower the delay. That is why route design matters as much as the fiber itself.

Several key advantages across our infrastructure include:

- **Reduced attenuation:** Low-loss glass minimizes signal loss over distance, so data travels efficiently without degradation.

- **High bandwidth capacity:** Customers light the fiber with their own equipment and can add capacity as optics improve, making it a strong fit for high-demand environments.

- **A direct path:** 88,883 ns one-way optical fiber latency, 165 Halsey Street to 60 Hudson Street, with no splice points through the river crossing.

## Setting new standards for connectivity with UrbIN Networks dark fiber

UrbIN Networks is committed to using advanced technologies and direct routing to enhance network performance. By prioritizing low-latency design, we help businesses achieve faster data transfers and improved operational efficiency.

As the demand for high-speed connectivity grows, this approach meets the needs of industries from finance and telecommunications to cloud computing and beyond.

If you want to talk to the team building the UrbIN Networks dark fiber network about availability, pricing, and route maps, contact us.

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