The Company operates telecommunications tower assets in all the 34 provinces in Indonesia, where 87% of the Company’s telecommunications tower sites are located in Java and Sumatra, two islands with the highest population density in Indonesia. As of 31 December 2019, the Company owned and operated 6,384 tower sites across Indonesia, with 11,154 tenancies, for a tenancy ratio of 1.75x. Besides, the Company also operated 2 shelter-only sites, 38 indoor DAS networks, and 3,000 km of fiber optic networks throughout Indonesia, including 1,964 km in the Greater Jakarta Region.
STP has two tower categories, Greenfield Towers and Rooftop Towers.
Greenfield Towers are standalone towers that require more space and are usually located in rural areas.
Rooftop Towers are towers that are located on rooftops of buildings and are usually used in more urban areas.
This widely used three-legged self-supporting tower has the ability to carry moderate to heavy accessory loads. Built with tubular legs without the use of supporting cables, this tubular design features improved strength-per-pound ratio. Engineered to meet your height requirements, this tower is appropriate for nearly all communication applications.Ground Base Towers
STP utilises decorative or camouflaged towers in the form of either a tree, water tank, minaret or a lamp post that is a more visually acceptable option in urban areas. Constructed of extremely durable materials our camouflaged towers are capable of withstanding the most severe conditions and any municipality wind load requirements while still providing cell coverage.Ground Base Towers
Our tower site portfolio also includes RTT which are typically used in urban areas where there is no available land space for installation of a GBT. RTT include both self-supporting towers and poles. Although self-supporting RTT are typically designed to accommodate three or more tenants; and the potential for additional co-locations on self-supporting RTT and poles is often limited by low weight bearing capacity as well as low height which reduces the effectiveness of signal transmission and coverage.
Is a mobile cell site that consists of a cellular antenna tower and electronic radio transceiver equipment on a truck or trailer, design to be a part cellular network. Mobile BTS, used to provide expanded cellular network coverage at special events such as major supporting events or in disaster area.
Since less land space is required for microcell sites, they are generally less capital intensive and require less time to construct compared to macrocell sites, although due to the more extensive infrastructure provided to tenants at microcell sites, lease fees for microcell sites are generally higher than lease fees for macrocell sites.Ground Base Towers
(24%) 1.535 Towers
(0%) 28 Towers
(61%) 3.930 Towers
(1%) 38 Towers
(3%) 185 Towers
(5%) 293 Towers
As Per March 2021
Indoor DAS networks are distributed antenna systems which are deployed for dedicated indoor coverage using multiple low gain indoor antennas distributed within the interior of a building. Mobile telecommunications operators employ indoor DAS networks in shopping malls, hotels, stadiums, office buildings, government building, airports, and any building that has high traffic usage. Our indoor DAS networks can serve multiple operators and may have from 100 to 1,000 antennas operating on either active or passive systems. Active DAS uses fiber repeater technology and is deployed in areas where large numbers of antennas are required. Passive DAS uses coaxial cable to connect a more limited number of antennas.
We generally enter into long term leasing agreements with the building management or owners (generally a term of 5 years) for our indoor DAS networks. Since a typical mobile subscriber spends the majority of time indoors, our indoor DAS networks provide important network coverage and capacity to our customers. We expect to increase our number of indoor DAS networks as mobile telecommunications operators’ requirements for capacity and coverage increase with the rollout of LTE.