All posts by redaktor32

22.05.2018 News

New antennas supporting the TETRA standard

RFcell introduces new antennas, own production, that support the TETRA standard. Currently, our portfolio includes omni-directional and panel antennas operating in the frequency range from 380-480 MHz with a gain in the range of 2.15 – 14dBi. The antennas have been tested and approved by Energy Sector and telecom vendors.

 

11.12.2016 Projects

Drone services

  • Orthophotomaps with a resolution of 2 – 5cm / px;
  • DSM maps;
  • Altitude profiles of the area;
  • Measurements with georeference (error up to 20cm) or without georeference (error up to 3m);
  • Volumetric measurements of ores, soil, excavations;
  • Infrastructure inspections, including telecommunications, energy, road and rail;
  • Inspections of the progress of construction works;
  • Taking pictures from a high distance (x30 optical zoom);
  • Photogrammetric mapping – building objects in 3D
  • Determination of LOS, nLOS, NLOS lines for antennas;
  • Point cloud processing for visualizing various design scenarios;
11.12.2016 Improving coverage in buildings

Polkomtel

Since 2007, our company is working closely with one of the leading mobile operators in Poland – Polkomtel. Since signing the agreement between our companies  our team has completed over 700 installations for business customers of Plus network.

References have been issued to our company before changing the name to RFcell Technologies.

References

11.12.2016 Coverage in tunnels

Cracow Fast Tram

The implementation allows the extension of the coverage in fast tram tunnel in Cracow and is based on a ION – M series. The system consists of a main unit (MA) which supplies the installation with 900 MHz signal and three remote units (RRU) connected with fiber optic cables. The system is designed to provide coverage for T-Mobile customers .

References have been issued to our company before changing the name to RFcell Technologies.

References

11.12.2016 Coverage in tunnels

Warsaw metro phase I

In the first stage of the construction of the metro line in Warsaw, our company has established radio communication system and fiber optic route from the A19 to the A23 stations that are part of the Warsaw Metro Line I.

References have been issued to our company before changing the name to RFcell Technologies.

References

10.12.2016 Improving coverage in buildings

Ibis Hotel

The coverage in delivered with the usage of the Node-M CommScope amplifier. The installation consists of 97 antennas and kilometers of feeders. As a result throughout the facility we have provided coverage of all four mobile operators for UMTS 2100MHz band. The installation was completed in the first quarter of 2015.

References

10.12.2016 Coverage in tunnels

Warsaw metro phase II

In 2008 our company has completed the second stage of the construction of the Metro Line in Warsaw providing wired communications, radio communication and fiber optic network along the station: A20 “Słodowiec”, A21 “Stare Bielany” and A22 “Wawrzyszew.”

References have been issued to our company before changing the name to RFcell Technologies.

References

09.12.2016 Improving coverage in buildings

Nestle House

Object Nestle House is a large office building with a total floor space of approx. 27 thousand. sq. m. The property is equipped with a passive system consisting of 99 antennas powered with hybrid system – repeater for Polkomtel / Play) and internal BTS (T-mobile and Orange and Play). The supplied solution provides full redundancy systems: UMTS900, GSM1800, LTE1800, UMTS2100.

References

09.12.2016 Coverage in tunnels

Warsaw metro phase III

3rd stage of construction involved the construction of a radio communication system  for station A23 with holding tracks and tunnel B23.

References have been issued to our company before changing the name to RFcell Technologies.

References

08.12.2016 Improving coverage in buildings

Oliwa mall

The coverage in this location is provided by an modular amplifier Node A series. The device was equipped with three cards, each responsible for a different frequency. This multi – operator installation which provides support for 4 operators (Orange, T-Mobile, Polkomtel and Play) in the following technologies: GSM900, GSM1800 and UMTS2100. Each operator has a separate dedicated bandwidth (carrier), so that each of the operators are separated from each other with special digital filter. Installation provides signals to the  27 antennas at the CH Oliva mall. The installation is running continuously since August 2008.

References

08.12.2016 Coverage in tunnels

Warsaw metro phase IV

Stage IV of the construction of the Warsaw metro line concerned the modernization of the radio system on the section line of the metro from “University” station to  “Hall Arsenal” station.

References have been issued to our company before changing the name to RFcell Technologies.

References

07.12.2016 Improving coverage in buildings

Manhattan mall

Delivered solution is implemented with the usage of 3 mini repeaters  MRx series by Commscope. The repeaters are combined together and supply the 7 antennas deployed at the facility, the supplied signal is UMTS2100 (3G). The solution also separate the operators carriers  from each other. The system provides coverage for T-mobile, Orange, Polkomtel and Play customers.

01.12.2016 Coverage in tunnels

Warsaw metro phase V

In the 5th stage of construction our company performed modernization of the VHF radio system for  sections: station “Kabaty“, station “Służew” and the station “University”.

References have been issued to our company before changing the name to RFcell Technologies.

References

01.12.2016 Coverage in tunnels

Warsaw metro phase VI

The sixth stage ended in December 2015 and it concerned the modernization of radio communication on sections: A7 – A11 and A17 – A18. Within this task RFcell was resposible the concept, project, equipment delivery and implementation.

References

27.11.2016 Coverage in tunnels

Warsaw metro phase VII

The seventh stage completed in December 2017 was the modernization of the radio communication system on sections A9-A13. The work included the modernization and replacement of the fiber-optic network used for transmission for radio amplifiers and the replacement of amplifiers itself. RFcell Technologies was responsible for creating the system concept, design, documentation, system delivery and installation.

References