RF Optimization

Kamis, 15 Desember 2016

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

Jumat, 09 Desember 2016

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

Sabtu, 13 Agustus 2016

Video Huawei Recommended solutions for Traffic Balancing

In case of GSM900 and DCS1800 co-location, the GSM900 has strong signal strength but we can use the idle parameter setting and handover to control the traffic and achieve the balanced traffic between GSM900 and DCS1800
In case of 2G and 3G co-location, we can use the idle parameter setting and handover to control the traffic and achieve the balanced traffic between 2G and 3G

4G-5G White Paper

According to GSA data, 521 operators have now commercially launched LTE, LTE-Advanced or LTE-Advanced Pro networks in 170 countries and 147 of these operators (37%) have deployed LTE-Advanced while 9 of these operators have commercially launched LTE-Advanced Pro. LTE-Advanced has now moved into mainstream deployments and GSA has raised its forecast to 560 LTE network deployments by the end of 2016.

Since the beginning of 2016, 74 mobile operators have commercially launched 4G/LTE service and countries such as Bermuda, Gibraltar, Jamaica, Liberia, Myanmar, Samoa, and Sudan are the most recent to gain access to 4G-LTE mobile broadband.

These, and other industry facts and figures can be found in the latest GSA industry report – GSA Evolution to LTE, which can be downloaded from the GSA web site.

For those people looking for a more focused LTE read – GSA has produced 6 Snapshots and a number of graphs and maps that have been pulled from the Evolution to LTE report on the following topics:

LTE 1800

LTE-TDD (TD-LTE)

LTE-Advanced, LTE-Advanced Pro Global Status

LTE Broadcast (eMBMS)

VoLTE, (ViLTE) EVS Global Status

APT700 Band Global Status

The 1800 MHz band (b3) is the most widely used contiguous band in 4G-LTE commercially launched systems deployments worldwide. The second most popular contiguous band is 2.6 GHz (b7), followed closely by 800 MHz (b20) then AWS (b4). Band 40 is the most commonly used spectrum for LTE TDD deployments. Download the GSA Chart for full details.

Narrow Band IoT continues to be a hot topic in the industry and has consistently featured in the top 10 ranking of downloads from the GSA web site during 2016. GSA published a white paper on Low Cost NB-IoT from Rohde & Schwarz this month.

Other popular downloads last month include:

GSA: Status of the LTE Ecosystem

GSA: The Central Role of Telecoms in the Smart City

GSA: Fast Facts

GSA: Evolution to Narrow Band IoT

The Top Member reports for July were:

The 5G Unified Air Interface - Qualcomm Presentation

NB-IoT: Enabling New Opportunities - Huawei White Paper

Ericsson Mobility Report - June 2016

Cellular networks for massive IoT - Ericsson White Paper

Spectrum Sharing: Licensed Shared Access (LSA) and Spectrum Access Systems (SAS) – Intel White Paper

Mobile Video Report - Huawei Technologies