Hunter NePa (Network Parser) - Huawei 4G XML (eNodeB) Format

Step by step to download Huawei 4G Configuration Parameters: (XML)

    Log in into “iManager M2000”.
    Access Menu: 'NE File' > 'NE Backup'
    On the left, select the NE you want to backup.
    Click in 'Backup' button
    In the 'NE Backup list' filter 'Backup File'. Set 'Begins with' 'BAKDATA'. This will make sure you'll download the NE you just backed up (The files that begins with AUTOBAKDATA are created by the system using backup schedule)
    Download the configuration file from M2000 to your computer by selecting it in the 'Download to OSS Client...'

Step by step to parse (process/extract) Huawei 4G Configuration Parameters: (XML)

    First, check if the downloaded files are compressed (ZIP, RAR, 7-z, GZ, etc...). If so, uncompress it using any Compress/Uncompress utility such as Winzip, Winrar or 7-zip.
    Then, run the correspondent Hunter Macro (to parse the desired format). Note that you must use an exclusive/specific macro for each type of Vendor/Technology.
    Optional: Click 'Edit' button (a pencil) in the Hunter Nepa Main Menu, to indicate where the raw files are.
    Optional: Click 'Open Folder' button in the Hunter Nepa Main Menu, to check (open) the target folder and verify if it only contain the intended files (raw, extracted). If this folder contains other files, the macro may have some problems.
    Click 'Run' button (Exclamation Mark) to process.

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Currently supported:
LTE eRAN1.0 (V100R001C00)
LTE eRAN1.1 (V100R001C01)
LTE eRAN2.0 (V100R002)
LTE eRAN2.1 (V100R003)
LTE eRAN2.2 (V100R004)
LTE eRAN3.0 (V100R005C00)
LTE eRAN3.1 (V100R005C01)
LTE eRAN6.0 (V100R008C00) SRAN8.0 (GBSS15.0 WRAN15.0)
LTE eRAN6.1 (V100R008C01) SRAN8.1
LTE eRAN7.0 (V100R009C00) SRAN9.0 (GBSS16.0 WRAN16.0)

Currently NOT supported - due to different XML format (the macro is currenlty being developed/adjusted):
LTE eRAN8.0 (V100R010C00) SRAN10.0 (GBSS17.0 WRAN17.0)
LTE eRAN8.1 (V100R010C01) SRAN10.1

WCDMA Radio Network Capacity Dimensioning Issue

WCDMA is a self-interference system
WCDMA system capacity is closely related to coverage
WCDMA network capacity has the “soft capacity” feature
The WCDMA network capacity restriction factors in the radio network part include the following:
Uplink interference
Downlink power
Downlink channel code resources (OVSF)
Channel element (CE)
IUB  Bandwidth

Distributed Antenna Systems,DAS

Wireless Infrastructure consist of antenna systems and the infrastructure needed to support them.
During this session we will discuss the types of wireless infrastructures:
The Distributed Antenna System.
Backhaul Antenna Systems.
These wireless infrastructures are vastly used today and are critical to the deployment of wireless services.

LTE RESOURCES & THROUGHPUT CALCULATOR

LTE RESOURCES & THROUGHPUT CALCULATOR
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Video Tutorial,Make Border TAC LTE using Mapinfo

Voronoi Diagram
Proses pembagian sebuah cluster ke bagian-bagian yang lebih kecil yang secara spesifik mewakili satu titik pada garis border. Satu titik diwakilkan oleh satu voronoi cell.

Pengetahuan dasar MapInfo diperlukan untuk memahami tutorial ini dengan cepat.



File Author by Iwan Purnawirawan

Backhaul for small cells

1. The backhaul challenge 5
2. Report scope and roadmap 6
3. A new backhaul paradigm 7
4. Defining small cells and deployment typologies 8
5. Backhaul requirements 10
6. Fiber or wireless? 12
7. Wireless options: spectrum tradeoffs 13
8. A decision tree: Fiber, LOS or NLOS, licensed or unlicensed? 16
9. Topologies 18
10. Opportunistic deployment models 20
11. Integrated backhaul in a single-box form factor 22
12. Vendor strategies 24
13. Vendor innovation 25
14. Financial analysis: assumptions 34
15. Sensitivity analysis: fiber 37
16. What is cheapest: PTP or PMP? LOS or NLOS? 38
17. Cost reduction with single-box integrated backhaul 41
18. LOS relays: how much do they add to the TCO? 42
19. Cost savings with a wholesale model 43
20. Findings 45
21. In their own words 4
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5G Software Defined Networks

Table of Contents
Introduction .......................................................................................................................... 3
The Future of 5G and Wireless Network Prototyping .......................................................................3
Prototyping Requirements & Application Use Cases ........................................................................5
The NI MAC/PHY Prototyping Platform .................................................................................. 7
Host Controller ..............................................................................................................................7
FPGA & RF Transceivers..................................................................................................................7
Conclusion ............................................................................................................................. 9
References .......................................................................................................................... 10

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TEMS 10.0.5 64Bit (post pproccess only)

hi guys..
i just wanna share who need TEMS 10. for post Process only.

https://drive.google.com/open?id=0B_aBD ... WQ3a1lHWjQ