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An underpass system serving Southeast Asia needed to modernize from its aging analog CCTV system to new IP. The underpass system includes over 150 stations connected by 135 miles of rail; facilitating over 5 million commuter trips on an average weekday.

The passengers have come to expect a high level of quality and reliability as the transit system is one of the most reliable in the world; consistently achieving a 99.9% on-time rate. However, it was becoming increasingly complex and difficult to manage passenger security and safety within a transportation network of this incredible size, especially while relying on outdated surveillance technology.

The existing analog CCTV surveillance equipment was approaching end-of-life and the organization wanted to modernize security in their rapid transit underpass stations. The organization decided to modernize to an IP security system, which would provide enhanced capabilities and higher resolution security footage.

Infrastructure barriers

One of the company’s core strategies is to continuously upgrade its services to meet the needs of its customers. However, the organization was facing several infrastructure barriers as they planned their upgrade to IP security.

Traditional LAN design philosophies would involve ripping and replacing the existing Coax-based infrastructure to support the new IP cameras, leading to concerns of high project costs, long deployment times, and a harsh environmental impact. The organization was unsatisfied with this approach and required an innovative solution.

Change the conversation; improve the outcome

The organization leveraged its existing Coax-based infrastructure using the CLEER24 long-reach PoE solution

Due to the organization's needs, the distributor was confident in recommending Modern LAN design philosophies and the NVT Phybridge CLEER24 PoE solution. Developed by Frost & Sullivan, Modern LAN principles provide new best practices for connecting IP endpoints as organizations expand their network to incorporate IoT devices.

Principle #1 suggests designing the LAN using the “outside-in” approach by first identifying the endpoint characteristics to determine the best-supporting infrastructure. Another principle is to consider new Power over Ethernet innovations to support IoT initiatives and simplify LAN design/requirements.

By applying these principles, the organization determined that they could leverage their existing and proven Coax-based infrastructure using the CLEER24 long-reach PoE solution.

CLEER24 switch

The customer was excited about the new solution but wanted to test the capabilities in their environment. NVT Phybridge assisted the customer in organizing a no-obligation proof of concept.

After a few simple setup steps, the CLEER24 switch transformed the existing Coax-based infrastructure into a robust and reliable IP backbone for the new surveillance system.

The customer was also pleased with the ability to connect IP devices up to 6,000ft (1,830m) away from the application using existing infrastructure – with zero IDF closets required along the way.

Environmental responsibility

Protecting the natural environment is an important core value of the organization, as they aim to become one of the most resource-efficient and ecologically sustainable railroad companies in the world.

The organization has implemented LEED green building standards and continuously strives to reduce energy and resource consumption in all railroad operations. Aligned with their existing sustainability programs, Modern LAN design helped the organization:

  • Reuse their existing physical infrastructure; which prevented over 10 US tons (20,000 pounds) of Coax cable from ending up in a landfill
  • Avoid extensive construction and renovation work; reducing material and energy consumption
  • Eliminate the need to install additional IDF closets thanks to the CLEER24’s long reach capabilities; reducing ongoing energy consumption
  • Reduce the deployment time by 9 months; ensuring minimal disruption to passengers

Using an innovative analytical tool to measure environmental impact, the underpass system received the highest rating, 5 stars, for their environmentally responsible modernization to IP.

A better return on investment

The customer took a proactive approach to support their IP modernization objectives in a responsible manner

The customer took a proactive approach to find new and better ways to support their IP modernization objectives in a financially and socially responsible manner.

By applying Modern LAN principles and leveraging innovative switch technology, the organization was able to:

  • Reduce infrastructure costs by more than $500,000
  • Deploy over 500 new IP cameras with no disruption to passengers
  • Prevent over 10 US tons (20,000 pounds) of cabling e-waste from entering a landfill
  • Reduce the overall deployment time by 9 months
  • Simplify deployment and ongoing network management
  • Build a cyber-secure and robust IP platform for their new security solution
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