Research Reports
Current Status of Femtocell Development and Future Opportunities and Challenges
November 04, 2008 / Remus Hsu / Shan-Tung Wu
25 Page, Topical Report
US$2,620 (Single User License)

Abstract

With their ability to solve indoor signal quality problems, femtocells have become a major focus area for mobile operators. The relatively low deployment costs increase the flexibility of mobile operators in terms of setting services fees, and also present opportunities for mobile operators to enter the indoor telecommunications market. Femtocell development also presents opportunities for equipment vendors and chipmakers. This report will analyze the current development of femtocell technology and standards, and examine the service development potential of femtocells. The report will also look at the development of the femtocell industry and examine the future opportunities and challenges for femtocells.
  •  Table of Contents
  •  List of Topics
  •  List of Figures
  •  List of Tables

If Technology and Deployment Cost Issues Can Be Solved, High Growth Expected for Femtocells after 2010

In developed countries, competition in the telecom service sector is fierce. As more operators try to gain market share, revenue and subscriber growth will face challenges. FMC services present fixed-line network and mobile operators with new opportunities; fixed-line network operators can bundle even more voice services for sale through FMC services, helping them to reduce the amount of subscriber losses and lower the impact of VoIP services. Mobile operators can aim to gain fixed subscribers via FMC services. Femtocell provides very good FMC development opportunities for service providers.

Examining the future development of femtocells, until 2009 the most critical aspects for femtocell development will be standard confirmation, interoperability tests and the chip commercialization schedule following standardization. These aspects will form a basis for the take-off of the market. Since 2007, after two- to three-year femtocell testing, operators' tests of software, hardware equipment and FMC business models have reached a stage in which they can be commercialized. After mid-2010, adding standardized products, deployment will be conducted on a larger scale. It is expected that by 2012, worldwide femtocell shipment volume will reach 50 million units. The CAGR for the five-year period starting in 2008 is expected to reach 327%. Meanwhile, in many countries in Western Europe and East Asia, besides fierce broadband competition, the ability of 3G services to penetration through structures is lacking due to the fact that high frequencies are used for transmission. Femtocells can have a positive and immediate impact on the development of 3G and LTE. The number of large operators making investments in femtocells, especially in Western Europe, will be ahead of other regions.

 

Figure 6

Worldwide Femtocell Shipment Volume, 2008 - 2012

Source: MIC, October 2008

 

Femtocell New Favorite for Indoor Network Deployment; Wi-Fi Growth in Residential Networks to Face Challenges

After mid-2010, many technological challenges related to femtocells are expected to be solved, service providers' commercialization will accelerate, and large-scale deployment will become more evident. This will make it an important access technology for FMC services. Femtocells will increase the speed of mobile broadband transmission in the home. With more users only employing mobile devices in the home, other residential network devices and technologies, such as Wi-Fi, will face challenges in terms of their future growth potential. From the perspective of current WISP (Wireless Internet Service Provider) and operators which have deployed a large number of hotspots, if femtocellsl will successfully push mobile broadband operators' deployment and service promotion, they will face considerable competitive pressure. In the coming few years, the focus will be on what type of strategies these companies will adopt in light of femtocell developments.

Femtocell Prices Expected to Fall; to Be Integrated in More Devices in the Future

As for the roadmap of femtocell access devices, current product plans still revolve around single-function APs, hoping to satisfy service providers' large-scale promotion demand with prices below US$100, easy-to-install-and-use models, and even retail sales bundled with mobile phones. Currently, the price for each femtocell is higher than US$150. It is expected that with one more year there will be opportunities to bring costs down, as there will be more deployment projects and shipment demand, as well as integrated components. Equipment vendors such as Ubiquisys and Airvana have already rolled out femtocell module products. In 2009, module prices could fall by US$50; this could enable broadband equipment vendors to integrate these modules with broadband access devices such as IAD or gateway, becoming another device type for which service providers could have large-scale demand within an acceptable cost range. In the mid- to long-term future, femtocells could also be integrated with entertainment devices such as STB (Set Top Box) and game consoles. In an even longer-term future, it could also be considered to integrate them into PCs and TVs. Femtocells add even more mobile at home service plans for mobile broadband operators. This could lead to a new wave of digital home applications.


 

Appendix

List of Companies

 

2Wire

 

 

Acme Packet

 

 

Airvana

 

 

AirWalk Communications

 

 

Alcatel-Lucent

 

 

Aricent

 

 

AT&T

 

 

AudioCodes

 

 

Azaire Networks

 

 

Bharti Airtel

 

 

Bouygues Telecom

 

 

British Telecom

 

 

C&W

 

 

Carphone Warehouse Networks

 

 

Cellcom Israel

 

 

China Telecom

 

 

Cisco

 

 

Continuous Computing

 

 

Ericsson

 

 

France Telecom

 

 

Genband

 

 

General Communication Inc

 

 

Hay Systems

 

 

Hitachi

 

 

Huawei

 

 

ip.access

 

 

JSC

 

 

Juni

 

 

Kineto Wireless

 

 

KT

 

 

KTL

 

 

LGT

 

 

Mapesbury Communications

 

 

Mavenir Systems

 

 

mimoOn

 

 

MobileOne

 

 

mobilkom Austria

 

 

Motive

 

 

Motorola

 

 

NEC

 

 

Netgear

 

 

NewStep Networks

 

 

Nokia Siemens Networks

 

 

Nortel

 

 

NTT DoCoMo

 

 

NXP Semiconductors

 

 

O2

 

 

Orange

 

 

Orascom Telecom

 

 

PCCW Mobile

 

 

Percello

 

 

picochip

 

 

Pirelli Broadband Solutions

 

 

RadioFrame

 

 

Rakon

 

 

Reef Point

 

 

Reliance Communications

 

 

Rogers Wireless

 

 

SafeNet

 

 

Sagem

 

 

Samsung

 

 

SaskTel

 

 

SerComm

 

 

SigNav

 

 

SingTel

 

 

SKT

 

 

Softbank

 

 

Sonas

 

 

Sonofone

 

 

Sonus Networks

 

 

Sony

 

 

Sprint Nextel

 

 

Starent Networks

 

 

StarHub

 

 

Tatara

 

 

TDC

 

 

Telecom Italia

 

 

Telefonica O2

 

 

Telenor

 

 

TelioSonera

 

 

Thomson

 

 

T-Mobile

 

 

Ubiquisys

 

 

Unwired Australia

 

 

UTStarcom

 

 

Verizon

 

 

Vodafone

 

 

Wipro Technologies

 

 

ZTE

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