Telesemana the role of e band and v-band backhaul technologies in het nets 2013-04 (siklu webinar)

The Role of E-band and V-band Backhaul Technologies in HetNets

Webinar, April 30, 2013

Gerardo Chavez,

Regional Sales Director Caribbean and Latin America

Evolving to a Macrocell, Microcell Layered Access Network

• Due to the exploding growth in data mobile the mobile network

architecture is evolving from a single layer access network to a multiple

layer access network

o The macrocells provide the capacity and coverage

o The small cells provide the high capacity hotspots

© 2011 All Rights reserved to Siklu Communication Ltd. 2

Source: Heterogeneous Networks –Capacity Issues and Alternate Solutions Zhongrong Liu, Head of Radio Networks Strategy, Deutsche Telekom IWPC Heterogeneous Networks Workshop, March 2010

Backhaul is One of the Key Challenges for HetNets

©2013 All Rights reserved to Siklu Communication Ltd. Company Confidential 3

Millimeter Waves for Macrocell and Microcell Backhaul

• The 70/80 GHz E-band is optimized for last mile, zero-footprint macrocell backhaul

• The 57-66 GHz band is optimized for microcell backhaul

• Capacity

o Optimized for high capacity, short range backhaul links

o Large allocated spectrum and channels allows Gigabit-per-second (and above)

solutions

• Relieve the spectrum bottleneck

o “Virgin” spectrum relieves the spectrum availability bottleneck of exhausted

“traditional” spectrum particularly in urban deployments

• Size

o All-outdoor, zero-footprint, low power consuming solutions

• Cost

o Low cost solutions are achievable


Zero-Footprint Macrocells Backhaul Requirements

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Form factor “Low profile”, all-outdoor, zero-footprint

Installation Plug and Play - quick and easy, wall or pole mount

Minimal cabling

Capacity Scalable to high capacity – supporting today's capacity and

scalable to provide the required capacity for the future microcells

underlay

3G / 4G ready - packet based

Topologies P-t-P, ring, mesh to provide resiliency and flexibly deployment

Power consumption Low power consumption

Frequency planning &

acquisition

Easy and fast for quick deployment and

site changes

Cost Low cost

E-band - Introduction

• 10GHz of spectrum: 71-76GHz and 81-86GHz

• Requires Line of Sight

• Large spectrum Gigabit throughputs

• Uncongested

• Pencil-beams (beam-width < 1˚): o Good spectral reuse and minimum interference from neighboring links o Secure (hard to detect and intercept)

• Lightly licensed

o Protection against interference o Quick and simple registration o Inexpensive

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E-band: <1

5.8GHz: >10

70/80 GHz Optimized for Last Mile, Zero-Footprint Macrocell Backhaul • Spectrum characteristics allow all-silicon integrated design

o Very Low Cost All-Outdoor Products

o Small, all-outdoor, zero-footprint form factor

o Small, high-gain antennas

o Low power consumption utilizing standard PoE

o Effective range of up to 3 km with high

availability (depending on rain zone)

• Additional advantages

o Relives the “traditional” spectrum availability bottleneck

o High Capacity, scalable Gigabit-per-second (and above) solutions

o Simple, quick and cheaper frequency planning and acquisition

o “Pencil beams” – reduced risk of interference and high spectrum reuse


Small Cell Backhaul Requirements

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Form factor “Invisible” - all-outdoor, zero-footprint

Installation Flexible deployment in street-level level

environment and furniture

Seamless installation with the small cell

Zero cabling – small cell integrated (optional)

Capacity Scalable to high capacity – allows daisy-chain of the

microcells

4G ready - packet based

Topologies P-t-P, ring, mesh to provide resiliency and flexibly

deployment

Power consumption Very low power consumption

Frequency planning & acquisition Easy and fast for quick deployment and

site changes

Cost Very low cost

Enabling Small Cell Deployment with V-band (60 GHz) Backhaul

• 57-66 GHz, millimeter-wave technology enables small cells wireless

backhaul solutions which are:

o “Invisible” in sized and weight

o Plug & play; easy and quick installation and

commissioning … yet flexible and scalable for

different types of use cases and scenarios today,

tomorrow and the future

o Low power consumption (PoE)

o Ultra low cost

© 2013 All Rights reserved to Siklu Communication Ltd. Company Confidential 9

Siklu

E-band and V-band for the Small Cell Backhaul

• E-band:

o Last mile macro-cell backhaul

o Small cell aggregation to macro-cell offload

• V-band - Wide and healthy small cell “backbone” complemented

• Simple installation and

commissioning procedures are

key to large scale deployments

of small cell backhaul QUICKLY

and on BUDGET


Fiber Backbone

60GHz LOS

70/80 GHz LOS

NLOS

Small Cell

Macro-cell Roof Top Hub

Small Cell Street Level

Hub

To Conclude …

• Mobile networks are evolving to a multi-layered access network to cope with the exploding

demand for data-intensive services

• The backhaul is one of the key challenges to overcome to enable the evolution to multi-

layered access mobile networks

• Millimeter-wave backhaul will play an important role in answering the backhaul challenge

o The 71-76 / 81-86 GHz E-band is optimized for last mile, zero-footprint macrocell

backhaul

o The 57-64 GHz spectrum is optimized for microcell backhaul

• Millimeter-wave backhaul solutions provide dominant advantages in:

o Total Cost of Ownership (TCO)

o Scalability

o Form-factor and size

o Environmentally friendliness


Siklu at a Glance

• Siklu redefines wireless backhaul by optimizing every aspect of millimeter-wave system design to enable service providers to boost network capacity and performance, while dramatically reducing equipment and operational costs

• Siklu builds high capacity gigabit wireless backhaul solutions that support next generation 4G/LTE and the heterogeneous networks of the future, ranging from macro-base station through pico cell connectivity

• Siklu’s EtherHaul™ Highlights: o Operates in the licensed, uncongested and

inexpensive 71-76/81-86 GHz E-band spectrum as well as the non-licensed 57-66 GHz spectrum

o Provide Gigabit-per-second capacity to meet the growing needs of new data services

o Plug & Play - Out of the Box and into your SON network

o Revolutionary all-silicon-based design results in the industry’s lowest TCO

o Green design – extremely low power consumption, small form factor, easy installation

o Perfect wireless backhaul solution for mobile operators, business service providers and enterprises


Siklu – The #1 Millimeter-wave Company

• Same technology platform and system architecture for all models: o Same HW design and building blocks o Same SW

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Optimized for: TDD FDD

LTE ready, mobile backhaul EH-1200T EH-1200F

Small Cell Backhaul EH-600T

Carrier-class, best-value EH-1200TL

© 2013 All Rights reserved to Siklu Communication Ltd. Company Confidential

THANK YOU

www.siklu.com

Gerardo Chavez

[email protected]

Telesemana the role of e band and v-band backhaul technologies in het nets 2013-04 (siklu webinar)

Business

high spectrum

spectrum characteristics

high capacity hotspots

required capacity

siklu communication

todays capacity andscalable

outdoor productso small

footprint form factoro