Shipping Port WiFi Deployment – An Easy Choice

Improved Efficiency with Wireless Network Upgrade in Port WiFi Deployment

Puerto Lirquen, located in the bay of Concepcion in the Bío Bío region of Chile is the largest private port in public service in the country and it manages 250,000 TEU (The twenty-foot equivalent unit used to describe the capacity of container ships and container terminals.annually). In order to cope with the increasing need to connect real time data and onsite workers, the management of Puerto Lirquen decided to upgrade its wireless network to 802.11ac standard.

The port appointed a leading local system integrator to design and build the new wireless network with superior performance and high scalability. The new wireless network is designed to connect with the Navis N4 system, a container terminal operating system used in the dock areas to achieve faster turnaround times and improve the efficiency of container handling.

The ease and speedy deployment of the Altai Super WiFi Solution enabled quick deployment of the new wireless network for Puerto Lirquen. Following the successful wireless network upgrade, the overall port efficiency has been improved.

The Challenge

  • Large coverage area
  • High interference at the berths
  • Support of different types of applications and uninterrupted connection

Port WiFi Deployment Solution

Conventional access points are not ideal for terminal ports due to the high interference at the berths and Wi-Fi signal blockage by cranes and containers. Following extensive trials with a number of different wireless broadband solutions, an Altai Super WiFi Solution was selected for Puerto Lirquen’s network upgrade project due to its reliability and easy scalability.

Altai A8 and A3 series products are deployed for large area coverage while A2’s are used as bridges to provide wireless backhaul.

The Altai Wireless Management System is also used to manage and monitor the Wi-Fi network.

The Result

The Altai Super WiFi technology enables lower cost, high speed throughput applications, over extended coverage of the challenging terminal port. The site workers are now always connected via the handheld terminals.

 

Hong Kong Container Port Wi-Fi – Altai Super Wi-Fi Deployment

Hong Kong Container Port Wi-Fi Case Study

Hong Kong Modern Terminals is one of the busiest container ports in the world. Modern Terminals currently operates 7.5 berths with total handling capacity of 7 million TEUs. (Container ship capacity is measured in twenty-foot equivalent units (TEU).)

The traditional mesh AP network was not ideal for daily logistic operation due to the complexity and high interference signal at the berths as well as the constraints of site facilities. The WiFi signal was usually blocked by mobile cranes and containers.

The adoption of Altai wireless solution was divided into two phases. In this case we follow phase one installation which included 5 x Altai A8 WiFi base stations installed in berths no. 1, 2, 5 and 9 to cover the whole container terminal with wireless broadband network.

Long range technology was imperative here as there are limited sites for equipment installation.

The Challenge

  • Providing stable port Wi-Fi signal.
  • Multiple base station coverage to every client.
  • Only limited sites were available for installation.
  • Require high data transmission throughput and low latency.
  • Need to support triple play WiFi including video streaming for other interactive applications.

The SolutionAltai Port Wi-Fi

  • 5 x Altai A8 base stations were mounted on the 30 m high light towers to provide total coverage to berth no. 1, 2, 5, 9.
  • 20 x A8 installed for full multiple coverage (7 BTS/km2 vs. original 60 AP/km2)
  • Altai Network Management System (AWMS) is used for monitoring the network performance.

The Result

Providing 7X increase in area coverage than the traditional mesh AP. One A8 base station covers more than 600 m over cranes and 300 m NLOS over container stacks. Each base station provides 3X in data transmission throughput that is 20 Mbps access throughput to users without the need of hopping.

Altai wireless broadband solution provides backhaul protection and interference mitigation, reducing the number of mounting locations, which helps to minimise the entire cost of deployment and maintenance.

AWMS not only provided performance and fault monitoring on the network, but also statistical information on mobile client management.

Competition: Cisco, Motorola

Over six months’ testing on stability and performance, the results proved that the Altai A8 WiFi system not only meets all the specifications but also exceeds our expectation. The same test was conducted for another AP at the same time, and all the test results of Altai outperform that of traditional AP.