Description
How to Purchase
✅ Instant Delivery (No Physical Delivery Required)
✅ Before you buy, make sure you read the Terms and Conditions
✅ If you agree to buy, you have agreed to the terms and conditions of no refunds if the reason is as described Terms and Conditions
✅ License for one PC, and cannot be transferred to another PC
✅The license file will work on the PC where is activated
✅ Active Period: Lifetime (can reinstall), Warranty 1 Years
✅ Support: Windows 10, 11
✅ Update Application: No
✅ Install Instructions: Available (video/text)
✅ It should be noted, buying = understanding product use
Note:
Files & Prices may increase or decrease at any time
Description
MLinkPlanner 2.0 is a powerful and user-friendly tool for planning point-to-point (PtP), point-to-multipoint (PtMP), and LTE / 5G fixed wireless access (FWA) networks.
It was created by engineers with many years of experience in designing microwave links, ranging from single-hop access links to high-power long-haul trunk lines.
Special attention was given to creating a convenient user interface, incorporating adaptable and easy-to-use link path profiles in the design process, and automating all key calculations.
MLinkPlanner 2.0 is a powerful and user-friendly tool for planning point-to-point (PtP), point-to-multipoint (PtMP), and LTE / 5G fixed wireless access (FWA) networks.
It was created by engineers with many years of experience in designing microwave links, ranging from single-hop access links to high-power long-haul trunk lines.
Special attention was given to creating a convenient user interface, incorporating adaptable and easy-to-use link path profiles in the design process, and automating all key calculations.
Accurate PtP and PtMP Link Performance Analysis
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– Multipath fading prediction (Rec. ITU-R P.530-17 method; Vigants-Barnett method)
– Rain attenuation (Rec. ITU-R P.530-17 method; Crane method)
–Â Diversity improvement (frequency, space, and quad diversity)
– Â Co-channel operation
– Error performance and availability (Rec. ITU-R F.1668, Rec. ITU-R F.1703)
Full-Featured Microwave Path Profile Analysis
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–Â Antenna height optimization for different clearance criteria
–Â Reflection analysis
– Diffraction loss analysis (Rec. ITU-R P.526-15 Complete Bullington method; Rec. ITU-R P.526-15 Diffraction over multiple cylinders method; Deygout principle method with correction ITU-R-P.526-11; Epstein-Peterson method)
–Â Accounting for attenuation in vegetation (Rec. ITU-R P.833-9)
MLinkPlanner 2.0 is a powerful and user-friendly tool for planning point-to-point (PtP), point-to-multipoint (PtMP), and LTE / 5G fixed wireless access (FWA) networks.
It was created by engineers with many years of experience in designing microwave links, ranging from single-hop access links to high-power long-haul trunk lines.
Special attention was given to creating a convenient user interface, incorporating adaptable and easy-to-use link path profiles in the design process, and automating all key calculations.
Accurate PtP and PtMP Link Performance Analysis
​
– Multipath fading prediction (Rec. ITU-R P.530-17 method; Vigants-Barnett method)
– Rain attenuation (Rec. ITU-R P.530-17 method; Crane method)
–Â Diversity improvement (frequency, space, and quad diversity)
– Â Co-channel operation
– Error performance and availability (Rec. ITU-R F.1668, Rec. ITU-R F.1703)
Full-Featured Microwave Path Profile Analysis
​
–Â Antenna height optimization for different clearance criteria
–Â Reflection analysis
– Diffraction loss analysis (Rec. ITU-R P.526-15 Complete Bullington method; Rec. ITU-R P.526-15 Diffraction over multiple cylinders method; Deygout principle method with correction ITU-R-P.526-11; Epstein-Peterson method)
–Â Accounting for attenuation in vegetation (Rec. ITU-R P.833-9)
Coverage Prediction for Point-to-Multipoint Networks
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Different coverage study for PtMP systems:
– Received Power Studies at subscriber stations (CPE)
–Â Best Server
– Carrier-to-interference+noise ratio C/(I+N) at subscriber stations (CPE)
–Â Comparison of the two coverage
– Â Automatic link of subscriber stations (CPE) to BS sectors based on the best server prediction
Coverage prediction for outdoor Wi-Fi networks
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Plan an outdoor Wi-Fi network on a city scale, taking into account the characteristics of the propagation environment along streets and building parameters
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The user has access to a large set of equipment specification files supplied with the software.
Built-in editor for preparing specification files from datasheets.
Support for any equipment configuration (adaptive modulation; space and frequency diversity techniques; co-channel).
Various Reports
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–Â Â Short, full and various summary link reports
–Â Save the result of the coverage calculation as an interactive web page, as a raster image, or as a KMZ file.
–Â Â Report with integrated graphics – map and path profile
The reports can be printed or saved in the formats PDF, Microsoft Word, or Excel.
Advanced GIS Features
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Fully automatic generation of path profile based on:
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–Â Default (automatically loaded) DEM or Custom DEM.
– Tree cover 1 arc sec (about 30 m) resolution data with tree canopy height information
–Â 3D buildings data from OpenStreetMap project
All of these types of geodata are automatically downloaded to the required area as needed; there is no need to worry about preloading the geodata.
Great Usability
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–Â Â Flexibly adjust the layers on the base map and show custom vector layers
–  Management of network units both through the main menu and use the context menu on the base map
–  Сonvenient and fast path profile generation and editing
–Â Â Use metric or English measurement systems
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