RFP

Purpose

Automation of planning and optimization of mobile networks, wireless access, and broadcasting

Application area

Telecommunication industry
Oil and gas sector
Power engineering
Transport
Emergency support
Instrument making
Education

For

Federal and regional telecom operators
Operators of broadband wireless access and broadcasting
Integrators, engineering companies, and contractors of operators
Radio-frequency spectrum regulators
Defence
Equipment vendors
Industry educational institutions

Tasks

Forecasting and optimization of network coverage
Identification of serving zones
Ensuring reliability requirements
Definition of service area
Calculation of the served population
Reducing interference
Evaluation of services quality with an allowance for interference and traffic
Evaluation of the possibility of providing a service of specified quality at address list
Frequency and code allocation
Neighborhood planning
Real network analysis: statistics and measurements
Calibration of the radio wave propagation model based on the drive test results
Automatic location of the BSs subject to the traffic and clutters
Forming reports

Characteristics

  • Support for multiprocessor and distributed computing
  • The application range for calculating communication links from point to zone 30 MHz to 30 GHz
  • A wide range of built-in calibrated radio wave propagation models: deterministic, Ray tracing, statistical and empirical
  • Modeling of radio communication networks of various standards, including:
    • Multi-standard cellular networks (GSM/GPRS/EDGE, UMTS/HSPA/HSPA+, CDMA/1xRTT/EVDO, LTE, LTE-A)
    • Internet of Things: LPLA, M2M, LPWA (LoRa, LTE-M, eMTC, EC-GSM, NB-IoT)
    • Technological and special communication MPT 1327, TETRA, DMR, GSM-R, LTE-R, eLTE
    • Broadband radio access systems WiMAX, McWiLL, Wi-Fi
    • Analog and digital broadcasting networks (T-DAB, DVB-H, DVB-T, DVB-T2)
  • Support for:
    • TDMA, CDMA, OFDMA, FDD, TDD
    • Power Control, DTX, AMR
    • Multiband Antenna, Adaptive (Smart) Antenna
    • Spatial Diversity, SU-MIMO, MU-MIMO, AMS
    • SFN, eICIC (SFR, PFR, FFR), FUSC, PUSC
    • FH (MAL, HSN, MAIO), BSIC, SC, PN, PCI, RSI
    • EMF strength, RxLev, RSCP, RSRP
    • C/I, C/A, C/IA, SINR, Ec/No, Eb/No, RSRQ
    • QoS, Throughput
    • Active Set, Pilot Pollution, HO, SHO, LOS etc.
  • Built-in directory with equipment parameters and templates
  • Export results to common graphical, text and table formats, Google Earth

ONEPLAN RPLS-DB RFP advantages

  • A full set of functionality for solving the problems of planning and optimizing the networks in a simple interface for mastering and applying
  • Expanding the capacity to solve specific tasks in a short time
  • Time-tested reliability
  • Accuracy of results, proven in practice
  • The best price offer for a fully functional set

See also

ONEPLAN RPLS-DB — comprehensive multifunctional network solution including modules:

  • RFP&NEO — radio frequency planning and optimization of mobile networks and BWA
  • Link — planning and optimization of MW links
  • TE — planning, support of operation and development of backhaul

ONEPLAN RPLS-XML – compact local solution for planning of mobile networks and microwave single hop links
ONEPLAN Sazon — autonomous solution for ensuring environmental safety by electromagnetic factor