버튼버튼버튼버튼

Korean

Telecommunication Service Providers has been building its network in North European regions, mainly for metropolitan area of Sweden and Finland. KNET’s air blown solution has been applied since 2014 and thousands kilometers of Microducts were supplied to the local partner. Thick-walled Duct with easier operation advantage and proved resistance of low temperature makes the expansion more efficient. Up till now, the basic network of metropolis is almost fulfilled and some rural areas are being installed according to their increasing demand for fiber network connection.

The demand for subscribers connection has been increasing which causes network provider and ISP companies to expand network and FTTH coverage for better services with reasonable cost. Accordingly, Microduct and Air Blown Solutions have been adopted in order to save initial installation cost. Additionally, service providers need solutions for flexible distribution network depending on subscribers’ request with minimal time and installation. For these purposes, small size of Microtube

Turksat project was the first project to implement the microduct technology in Golbasi, Turkey. After mini trenching (50mm Width & 400 mm Depth), the microduct (Microduct Thick Walled Duct 14/10mm 4way and 7/3.5mm 12way) was laid before cable installation. The installed distance of cable was 90 meter per min by air blowing. We had finished 1Km with less than 30 min and consequently we got Turkey KMO project.

Almost fully occupied Manhole and the necessity of migration from copper cable to fiber optic cable stimulates the demand of applying Microduct Solution. Direct Buried Duct is deployed by Micro-trenching method and Direct Install Duct is installed into existing PVC ducting system.

The new Myanmar mobile operators needed to build the backhaul connection in a very short period of time. The expansion of its coverage was essential to increase the market share in this emerging market.Network providers can manage their networks easily since the fiber/ cable was shared with individual inner tube compare to conventional case. It’s suitable for mobile backhaul connection since Tower provider or Network Provider can easily set up cost effective infrastructure with expandable network.(By blowing empty tube when customer request service)

Telecommunication companies such as KT and SKT and utility companies such as KEPCO are focusing on how to efficiently utilize existing infrastructure for network expansion. As a solution, we have installed DI Microduct in existing outer ducts and bundle ducts in existing subducts. It makes subscribers connection faster and time and cost saving for civil work comparing to the conventional installation method.

Since required fast deployment for 3rd Mobile Telco launching and avoiding high risk of causing damage to existing underground facilities, micro duct is the efficient solution to satisfythe customer’s needs.

In order to improve the aesthetic view of Bangkok, government own organization, Metropolitan Electricity Authority (MEA), raise 5 years project plan to bring down aerial cable and replace with underground Microduct total distance 500 km. KNET solution is to deploy a common ducting, Thick Walled Duct 4way 14/10mm + 4way 12/8mm inside existing underground MEA’s PVC duct to accommodate fibers and serve to population in Bangkok city.

Broadband Network - Canadian Tier 1 service provider was using Knet microduct to provide high speed service to end subscribers. Drilling had been used as one of their major installation method.