Slidedeck from ThinkSmallCell webinar of the same name.
How do Small Cells fit within the Operator's tool kit for providing improved indoor service? Is there a perfect recipe to deployment roll-outs that maximises ROI and lowers TCO?
During this webinar we share insights of recent research by Yankee Group and ip.access into the factors motivating operator small cell deployments. We will challenge the operator community to think differently whilst presenting powerful technical and business reasons for a change of approach. Among the speakers are ip.access founder and CTO Nick Johnson as well as the company's CEO Simon Brown.
A copy of Yankee Group's research note is available in ThinkSmallCell resources/downloads/whitepaper section
MPI DevCon Hsinchu City 2017: Introduction and Overview of the Forthcoming MI...MIPI Alliance
James Goel of Qualcomm Technologies provides an overview of both the new Touch Command Set, Abstract Layer and the Link-Layer protocol for I3C. This presentation is targeted to engineers interested in learning more about MIPI touch topologies and direct application of the I3C interface.
Slidedeck from ThinkSmallCell webinar of the same name.
How do Small Cells fit within the Operator's tool kit for providing improved indoor service? Is there a perfect recipe to deployment roll-outs that maximises ROI and lowers TCO?
During this webinar we share insights of recent research by Yankee Group and ip.access into the factors motivating operator small cell deployments. We will challenge the operator community to think differently whilst presenting powerful technical and business reasons for a change of approach. Among the speakers are ip.access founder and CTO Nick Johnson as well as the company's CEO Simon Brown.
A copy of Yankee Group's research note is available in ThinkSmallCell resources/downloads/whitepaper section
MPI DevCon Hsinchu City 2017: Introduction and Overview of the Forthcoming MI...MIPI Alliance
James Goel of Qualcomm Technologies provides an overview of both the new Touch Command Set, Abstract Layer and the Link-Layer protocol for I3C. This presentation is targeted to engineers interested in learning more about MIPI touch topologies and direct application of the I3C interface.
A new design reuse approach for voip implementation into fpsocs and asicsijsc
The aim of this paper is to present a new design reuse approach for automatic generation of Voice over Internet protocol (VOIP) hardware description and implementation into FPSOCs and ASICs. Our motivation behind this work is justified by the following arguments: first, VOIP based System on chip (SOC) implementation is an emerging research and development area, where innovative applications can be implemented. Second, these systems are very complex and due to time to market pressure, there is a need to built platforms that help the designer to explore with different architectural possibilities and choose the circuit that best correspond to the specifications. Third, we aim to develop in hardware, design, methods and tools that are used in software like the MATLAB tool for VOIP implementation. To achieve our goal, the proposed design approach is based on a modular design of the VOIP architecture. The originality of our approach is the application of the design for reuse (DFR) and the design with reuse (DWR) concepts. To validate the approach, a case study of a SOC based on the OR1K processor is studied. We demonstrate that the proposed SoC architecture is reconfigurable, scalable and the final RTL code can be reused for any FPSOC or ASIC technology. As an example, Performances measures, in the VIRTEX-5 FPGA device family, and ASIC 65nm technology are shown through this paper.
Overcoming high deployment costs of synchronizing Enterprise Small CellsDavid Chambers
LTE-Advanced features require tight frequency and phase timing to synchronise with other nearby cells and are far more demanding than 3G or even the initial LTE services. This is particularly difficult to achieve indoors where satellite GNSS signals are weak.
Often the deployment costs far exceed those of the equipment where external GPS antenna are used, such as negotiating rental of suitable roof space, cabling for external GPS antennas, installation and ongoing maintenance. Reliance on a single technology also raises availability concerns in case of outage.
This webinar reviews the importance of phase timing and how best that can be achieved for indoor small cells. Microsemi will also introduce an innovative solution that drastically reduces installation and deployment costs while achieving the high precision of frequency and phase synchronisation required.
Presenter: Eric Colard, Director of Emerging Line of Business, Microsemi Frequency and Time Division
To connect the under or unconnected, Cambium Networks have released the new outdoor wireless broadband for many applications, from data backhaul to wireless video surveillance.
The big events relating to local permitting of wireless telecommunications facilities and how they fit together: Case law; the FCC "shot clock" ruling and Supreme Court case; Section 6409(a) of the Middle Class Tax Relief Act and follow-on court decisions
A new design reuse approach for voip implementation into fpsocs and asicsijsc
The aim of this paper is to present a new design reuse approach for automatic generation of Voice over Internet protocol (VOIP) hardware description and implementation into FPSOCs and ASICs. Our motivation behind this work is justified by the following arguments: first, VOIP based System on chip (SOC) implementation is an emerging research and development area, where innovative applications can be implemented. Second, these systems are very complex and due to time to market pressure, there is a need to built platforms that help the designer to explore with different architectural possibilities and choose the circuit that best correspond to the specifications. Third, we aim to develop in hardware, design, methods and tools that are used in software like the MATLAB tool for VOIP implementation. To achieve our goal, the proposed design approach is based on a modular design of the VOIP architecture. The originality of our approach is the application of the design for reuse (DFR) and the design with reuse (DWR) concepts. To validate the approach, a case study of a SOC based on the OR1K processor is studied. We demonstrate that the proposed SoC architecture is reconfigurable, scalable and the final RTL code can be reused for any FPSOC or ASIC technology. As an example, Performances measures, in the VIRTEX-5 FPGA device family, and ASIC 65nm technology are shown through this paper.
Overcoming high deployment costs of synchronizing Enterprise Small CellsDavid Chambers
LTE-Advanced features require tight frequency and phase timing to synchronise with other nearby cells and are far more demanding than 3G or even the initial LTE services. This is particularly difficult to achieve indoors where satellite GNSS signals are weak.
Often the deployment costs far exceed those of the equipment where external GPS antenna are used, such as negotiating rental of suitable roof space, cabling for external GPS antennas, installation and ongoing maintenance. Reliance on a single technology also raises availability concerns in case of outage.
This webinar reviews the importance of phase timing and how best that can be achieved for indoor small cells. Microsemi will also introduce an innovative solution that drastically reduces installation and deployment costs while achieving the high precision of frequency and phase synchronisation required.
Presenter: Eric Colard, Director of Emerging Line of Business, Microsemi Frequency and Time Division
To connect the under or unconnected, Cambium Networks have released the new outdoor wireless broadband for many applications, from data backhaul to wireless video surveillance.
The big events relating to local permitting of wireless telecommunications facilities and how they fit together: Case law; the FCC "shot clock" ruling and Supreme Court case; Section 6409(a) of the Middle Class Tax Relief Act and follow-on court decisions
Og 002 service flow of radio network planning issue1.1Ketut Widya
Know the flow of radio network planning
Grasp the key parts of the stages of radio network planning
Make the radio network planning be more standard and controllable
Planning For Success - Wireless Network Design, Analysis, and TroubleshootingSavvius, Inc
Watch the full OnDemand Webcast: http://bit.ly/wirelessnetworkdesign
Wireless networks are extremely flexible and cost-effective, but they are also highly complex, especially when the scale of the network is large. Wireless networks can no longer "grow organically". They require very careful planning, including a specific design that is verified and possibly modified based on empirical data before wide-scale implementation. They require rigorous testing prior to roll-out to ensure that the specified design achieves the desired goals. They require instrumentation for ongoing analysis and testing, immediately after roll-out to again ensure that design assumptions are correct, and throughout the entire lifecycle of the network, as even the best design is not fool-proof and detailed troubleshooting will be required along the way to properly manage the network. The best approach is to use an integrated set of products that work together to address the entire lifecycle, from preliminary design to live network monitoring to detailed troubleshooting and analysis. This is exactly what the joint solution from WildPackets and Ekahau achieves. This web seminar will walk you through the entire life cycle, using real products to address each step of the process.
In this web seminar, we will cover:
- Wireless network design and verification
- Pre-deployment analysis
- Real-time network analysis and troubleshooting
- Managing expanded usage
What you will learn:
1. How to use site survey software for design and verification
2. How to use network analysis software for monitoring and troubleshooting
3. How to use spectrum analysis software to confirm cases of interference
The purpose of the provisions on communication towers is to:
a) accommodate the communication needs of residents and businesses while protecting the
public health, safety, and general welfare of the community;
b) minimize any adverse visual effects of towers through careful design and siting
standards;
c) to ensure a reasonable separation from this commercial use and existing residential
homes;
d) avoid potential damage to adjacent properties from tower failure through structural
standards and setback requirements; and,
e) maximize the use of existing and approved towers and buildings to accommodate new
wireless telecommunication antennas in order to reduce the number of towers needed to
serve the community
Og 102 site survey and layout of bts issue1.5Ketut Widya
The survey and layout of BTS is the basis of construction for radio mobile network. It has the following functions:
Showing the system design of the network planning
Determining the structure of future network
Determining the quality of network operation
Thus, the proper survey and layout of BTS can ensure the installation, maintenance, and network planning
Og 103 test and analysis of gsm electromagnetic background issue1.0Ketut Widya
In the GSM system, to extend the capacity, perform frequency reuse. If the frequency reuse is more aggressive, the network capacity becomes more large. If the reuse distance is shorter, the interference becomes stronger.
The interference has obvious impacts on call quality, call drop rate, handover, and congestion. If there is a strong interference in the band, clear frequency or apply for new frequency.
A process by which certain foods like fruits and vegetables are prevented from getting spoilt for a long period of time. The colour, taste and nutritive value of the food is also preserved.
When you keep fruits, vegetables or left over dal in the
refrigerator or in a cool place, will this be called food preservation? No, because you can store fruits and vegetables or left over dal in this state for a few days only
For more in depth explanations check out my Blog: http://techneconomyblog.com/2014/05/21/the-abc-of-network-sharingthe-fundamentals-part-i/
Given the renewed discussion of Network Sharing pros and cons I thought it made sense to wrap up several of my older presentations and update some of the information with latest knowledge.
The myth of network sharing is clear -> huge savings and benefits often blinding the decision makers for the other side of the coin.
I hope this presentation provided a fair picture of both sides of the Network Sharing Coin!
The presentation provides more than 10 years of my work and experience since the early days of 3G Network Sharing discussions in 2000 - 2001.
3. SERVICES OVERVIEW
Radio Network Engineering
Transmission Design
Site Acquisition
Engineering Design & Consultancy
Site Construction
3
4. Radio Network Design
PISHRO Telecom provides a end to end
services from RF design & Network
Planning to Network Optimization.
Network Management
Radio Network Planning
Optimization/ Quality of service
Commissioning, Integration, Installation
and Design of
In Building Coverage (IBC)
Core Network (Packet and Circuit switching)
Telecom Implementation (TI)
Transmission Solution
BSS/RAN
4
6. In-Building Coverage (IBC)
PISHRO Telecom offers a full
turnkey solution.
– Site Acquisition
– Design & Planning
– Implementation
– Optimization
– Material Supply
6
7. Core Network Overview
PISHRO Telecom maintains a team of
experienced Core Engineers. We can
provide the following:
– Design & Re-implementation
– Implementation & Integration
New sites
Network Expansions
Network Upgrades
Software Upgrade
7
8. Transmission Overview
PISHRO Telecom could provide
support for the full range of
transmission services:
Site Survey
Network Planning
System Design
Permit Application
Implementation
Commission & Integration
System Maintenance
8
9. Engineering Design & Standardize Site
Construction
Product /Services: Modular Foundation, Rooftop kits, Towers, Antennas, Container
Design, Build, Rigging Installation & Commission
Benefits of new Complete modular site build solutions always in stock. Fixed price installation by one
proposal multi skilled team. Temporary, permanent Greenfield & Rooftop.
Leverage scale economy by standardization and reduced design, tendering and contract
relationship.
Current
Status Improved on Current
• Multi sourced site solutions • Modular site in box made on monthly forecast ,
Delivery always on stock.
• Design, build, install interface issues
• Guaranteed delivery time scale.
• Multi sources- design standards
• Standard detail design-zero error.
Quality • Multiple subcontractors handover
• Modular design, build ability
• Traditional build quality control
• Site build market rates $ 20-40K • $ 5 million Capex typically could be saved on 500
Cost sites.
• Detailed design fees per site
• No detail design fees
• Product supply indirectly
9 • Direct volume will enable discount
10. What is benefits of Modular Engineering?
Easy Installation
Cost Saving
Time to On air reduced
Reduced Snagging
Easy transportation
Single site delivery
Reduced build expenses
Re-usable
reduced lease area
Adaptable, flexible
10
11. Modular Site- Green field
3 days build time
Foundation – Helical Piles
Structural steel grillage
Integral fencing
Small Lease footprint
Complete modular solution includes
security fencing
Multiple structure capability to 25m
height
11
16. PISHRO Telecom Solutions Summary
Many cost saving solutions require assessments of the broader
engineering picture.
PISHRO Telecom uniquely positioned to be able to provide that
assessment.
We can provide full engineering solution to all theses issues.
16
17. The way forward, possible next step
Engineering Consultancy
o PISHRO Telecom conducts a review of current site engineering
practices
– Current materials suppliers
– Structural design
– Installation Methodologies
o Alternative strategies proposed/ developed
o Potential cost saving presented for review
17
18. Project References
Nokia, Irancell Project-Tehran Huawei, TCI WLL Project, Sistan &
Baluchestan
Site Acquisition, 2006
WLL Project Turnkey Services, 2006-2007
Huawei, Irancell Project-Tabriz
79 BTS sites include; Site survey, Engineering
Site Acquisition, 2006 design, Construction work, Telecom
installation and Site handover.
Huawei, MTCE Project, Esfahan
Huawei, TCI WLL Project, Kermanshah
Design Services,
WLL Project Turnkey Services, 2007
Ericsson System & Services (PJSC) Irancell
Project 15 BTS sites include; Site survey, Site design,
Site Construction work, and Site PAT.
Frame Agreement for Civil Work, 2008-
Present, TC Sistan, Sistan & Baluchestan
~100 BTS sites include; Site survey, Site Site Construction Services (CW), 2007-2008
design, Project management and Engineering
services, Site Construction work, and 73 BTS sites include; Site design, Project
participate of site handover to Ericsson and management and Engineering services, Site
customer PAT test. Construction work, and perform PAT test.
18