WiMAXBrochure_RevE.pdf 2397KB Apr 16 2013 ... - mirror omadata
WiMAXBrochure_RevE.pdf 2397KB Apr 16 2013 ... - mirror omadata
WiMAXBrochure_RevE.pdf 2397KB Apr 16 2013 ... - mirror omadata
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
A Complete Range of<br />
WiMAX Solutions<br />
WiMAX Solutions<br />
We Make WiMAX Easy
1<br />
Product Summary<br />
Macro Cell Base Station Products<br />
HiperMAX The most advanced base station designed to deliver the best link budget, with highest capacity<br />
and net throughput for fixed, nomadic, portable and mobile applications in both FDD and TDD.<br />
MacroMAX A highly upgradeable base station designed for both fixed and nomadic applications in FDD for<br />
urban and suburban deployments.<br />
Micro Cell Base Station Products<br />
MicroMAX Cost effective, highly modular base station designed for lower density deployments and microcell<br />
applications in both FDD and TDD.<br />
HiperMAX-micro A standalone all-outdoor base station designed to drive down the cost of dense urban<br />
deployments whilst driving up reliability and coverage for fixed, nomadic and mobile applications<br />
in both FDD and TDD.<br />
Customer Premises Equipment<br />
EasyST A revolutionary indoor, self-install WiMAX Subscriber Station with optional IEEE 802.11b/g<br />
Wi-Fi and Voice over IP (VoIP) add-ons.<br />
Easy WiFi An IEEE 802.11b/g Wi-Fi Access Point, which tightly integrates with the EasyST to create a<br />
combined WiMAX-WiFi unit for residential use.<br />
Easy Voice A residential gateway unit with 2 VoIP ports and 1 Ethernet port that integrates with the<br />
EasyST to create a combined WiMAX Subscriber Station with VoIP and Ethernet ports.<br />
ProST An outdoor Subscriber Station developed to provide superior link budget performance in<br />
difficult deployment conditions. Requires professional installation.<br />
ProST-WiFi A ProST with a Wi-Fi Access Point integrated into the same outdoor enclosure. Enables<br />
integrated WiMAX and Wi-Fi applications in outdoor public spaces.<br />
<strong>16</strong>eUSB A revolutionary Quad-band USB device that turns any laptop into a Mobile WiMAX device.<br />
Network Management Products<br />
Netspan A comprehensive element management solution that manages all of Airspan’s WiMAX network<br />
elements.<br />
Network Products<br />
ControlMAX Airspan’s Access Services Network (ASN) gateway product. An essential component of any<br />
Mobile WiMAX network.<br />
VoiceMAX Enables VoIP over WiMAX networks with integrated Admission Control for ensuring carrier-class<br />
voice quality.<br />
Glossary<br />
ASN Access Service Network OBSAI Open Base Station Standard Initiative<br />
ATCA Advanced Telecommunications OFDM Orthogonal Frequency Division Multiplexing<br />
Computing Architecture OFDMA Orthogonal Frequency Division<br />
BWA Broadband Wireless Access Multiplexing (Multiple Access)<br />
CPE Customer Premises Equipment PHY PHYsical Layer<br />
CSN Connectivity Service Network SAS Smart Antenna System<br />
FDD Frequency Division Duplex SDMA Spatial Division Multiple Access<br />
IMS IP Multimedia Subsystem SDR Software Defined Radio<br />
LNA Low Noise Amplifier SIP Session Initiation Protocol<br />
MAC Media Access Control Layer SOFDMA Scalable OFDMA<br />
MIMO Multiple Input Multiple Output STC Space-Time Coding<br />
MRC Maximal Ratio Combining TDD Time Division Duplex<br />
NLOS Non Line of Sight VoIP Voice over IP
Service<br />
Provider<br />
Equipment<br />
Vendor<br />
Introducing WiMAX<br />
■ WiMAX is a global standard for<br />
delivering mobile and fixed<br />
broadband to the end user<br />
■ WiMAX provides the lowest cost<br />
way to deliver wide area wireless<br />
broadband<br />
■ WiMAX Forum is a global<br />
organisation with more than 400<br />
members<br />
■ Fixed WiMAX Product certification<br />
began in August 2004<br />
■ IEEE 802.<strong>16</strong>e-2005 standard<br />
approved in December 2005<br />
■ Mobile WiMAX plugfest started in<br />
H2 2006<br />
■ WiMAX offers:<br />
End<br />
User<br />
■ End Users: greater choice,<br />
fixed, nomadic, portable and<br />
mobile broadband at low CPE<br />
prices<br />
■ Service Providers: better<br />
economics, reduced investment<br />
risk and new revenue<br />
generation opportunities<br />
■ Equipment Vendors: Mass<br />
produced chipsets, a platform<br />
for innovation and cooperation<br />
Mobile WiMAX – Redefining Wireless<br />
Broadband<br />
Since its arrival, WiMAX has redefined<br />
the wireless broadband landscape<br />
turning this technology into one of the<br />
leading technologies of the decade.<br />
First came Fixed WiMAX based on the<br />
IEEE 802.<strong>16</strong>-2004, which for the first<br />
time defined a worldwide open<br />
standard for broadband wireless. This<br />
was followed by the IEEE 802.<strong>16</strong>e-<br />
2005 standard upon which Mobile<br />
WiMAX is based. The latest standard is<br />
a superset of the Fixed WiMAX<br />
standard and adds mobility and other<br />
advances for delivering improvements<br />
in capacity, throughput and spectral<br />
efficiency.<br />
Mobile WiMAX enables broadband<br />
wireless anytime, anywhere using any<br />
WiMAX enabled devices, whether it is<br />
a laptop, desktop modem, digital<br />
phone or even a games device. Mobile<br />
WiMAX creates a seamless broadband<br />
environment at home, in the office<br />
and on the move.<br />
WiMAX is good news for end users,<br />
network operators, service providers<br />
and suppliers alike. WiMAX makes<br />
possible new economics as well as new<br />
performance levels, transforming the<br />
business case for deployment of<br />
broadband wireless access. It creates<br />
the necessary environment for high<br />
quality, multi-megabit services to be<br />
delivered to end users more cost<br />
effectively by creating a global<br />
marketplace and a framework for<br />
inspiring innovation.<br />
The world’s leading silicon suppliers<br />
are committed to supporting WiMAX.<br />
They are already into their third or<br />
fourth generation of WiMAX silicon,<br />
constantly improving functionality,<br />
and levels of integration.<br />
High volume and new levels of<br />
integration are driving the WiMAX<br />
customer premises equipment costs<br />
ever lower, dramatically improving<br />
service provider economics.<br />
With the imminent arrival of Mobile<br />
WiMAX end user equipment in the<br />
shape of USB devices or PCMCIA<br />
cards, a new era of broadband wireless<br />
mobility will be unleashed, instantly<br />
WiMAX enabling many millions of<br />
portable devices.<br />
Today’s WiMAX Forum, which was<br />
established by Airspan and other<br />
visionary industry leaders, champions<br />
the widespread adoption of this<br />
standard, establishes a brand for the<br />
technology and lays the groundwork<br />
for interoperability between products<br />
from different suppliers.<br />
Airspan’s WiMAX products are<br />
branded under the name of AS.MAX<br />
and comprise a range of base stations<br />
and indoor and outdoor CPE products.<br />
We invite you to find out more about<br />
our range of WiMAX products.<br />
2
3<br />
Introducing Airspan<br />
■ Installed base of over 1 million<br />
units in over 100 countries<br />
■ Airspan is a Founding and Charter<br />
member of the WiMAX Forum<br />
■ Airspan is a WiMAX Forum board<br />
member<br />
■ Delivering WiMAX products since<br />
mid-2005<br />
■ Airspan was the first vendor to<br />
achieve certification for full<br />
802.<strong>16</strong>-2004 FDD Base Station<br />
and CPEs<br />
■ Airspan is a leading participant in<br />
Mobile WiMAX plugfest<br />
■ Leading OEM channels: Ericsson,<br />
Fujitsu, Nortel<br />
■ More than $110M revenues in<br />
2005<br />
Airspan Networks – The Recognised<br />
Leader in WiMAX<br />
Airspan is a worldwide leader in<br />
broadband wireless with over 300<br />
customers in more than 100 countries.<br />
As a founding member of the WiMAX<br />
Forum, Airspan has led the way in<br />
WiMAX, being among the first wave of<br />
companies to achieve certification for<br />
its base station and customer<br />
premises equipment.<br />
Airspan is also leading the race to<br />
mobile WiMAX. Through a careful<br />
choice of advance technologies, the<br />
flagship base station HiperMAX is<br />
software upgradeable to mobile<br />
WiMAX.<br />
The IEEE 802.<strong>16</strong>e-2005 compliant,<br />
quad-band USB device, announced in<br />
2006, will be the first Wave2<br />
compatible mobile WiMAX device for<br />
laptops.<br />
Airspan has always taken the lead to<br />
bring real-world solutions to WiMAX<br />
networks. Two examples of particular<br />
note are the seamless integration of<br />
WiMAX and Wi-Fi technologies and<br />
the introduction of VoiceMAX.<br />
Regardless of type, all of Airspan’s<br />
Intel-based CPEs have versions with<br />
embedded Wi-Fi Access Point. This<br />
capability enables them to<br />
simultaneously offer both WiMAX<br />
and Wi-Fi, thus enabling the service<br />
provider to address a variety of<br />
markets including fixed, nomadic,<br />
portable and mobile WiMAX together<br />
with any Wi-Fi enabled device.<br />
The challenges associated with<br />
delivering time critical services such as<br />
voice and video over a shared medium<br />
such as wireless access are well known.<br />
Airspan’s VoiceMAX gives operators<br />
the ability to deliver carrier-grade VoIP<br />
through a software suite that provides<br />
admission control and manages<br />
network congestion to deliver the best<br />
user experience for VoIP calls across a<br />
HiperMAX network operating fixed,<br />
nomadic and mobile profiles<br />
simultaneously.<br />
We in Airspan believe that now is the<br />
right time to build your WiMAX<br />
network. The advanced technologies<br />
we have embedded into our products<br />
ensure that whether you plan to start<br />
with Fixed WiMAX and migrate to<br />
Mobile WiMAX in the future or go for<br />
Mobile WiMAX from the outset, your<br />
investment in safe and your network is<br />
ready for tomorrow’s opportunities.<br />
Airspan has captured a large<br />
proportion of the WiMAX sales to date<br />
thanks to its global sales force and<br />
world-class OEM partners including<br />
Ericsson, Fujitsu and Nortel.<br />
It’s industry leading technologies and<br />
solutions coupled with years of<br />
experience of building and supporting<br />
large BWA networks make Airspan the<br />
ideal partner for Mobile and Fixed<br />
WiMAX deployments.
Putting WiMAX to Work for our Customers<br />
We in Airspan are proud to have DBD of Germany, Pipex of the UK and Yozan of Japan, three groundbreaking and visionary<br />
service providers, as our WiMAX customers.<br />
”The advanced design of Airspan’s MacroMAX base station<br />
and VoiceMAX server, combined with the economics created<br />
by the ease of deployment of Airspan’s revolutionary selfinstallable<br />
EasyST CPE devices, created a compelling<br />
business case for us to proceed with Airspan. Therefore, we<br />
are thrilled to be the first company in Germany that offers<br />
WiMAX services in cooperation with Airspan.”<br />
Fabio Zoffi, Founder and CEO<br />
Deutsche Breitband Dienste (DBD)<br />
“The market is maturing and Yozan is poised to cater to a<br />
growing demand for new wireless broadband experiences,<br />
like nomadic VoIP and other location-based services, which<br />
only WiMAX and Wi-Fi are capable of delivering. We are<br />
confident and excited about this burgeoning opportunity<br />
that Airspan has helped us to build”.<br />
Sunao Takatori, Yozan’s Chairman<br />
Pipex Wireless will initially deploy its network using Fixed<br />
WiMAX, but the transition to 802.<strong>16</strong>e-2005 is very<br />
important to us for both radio performance and service<br />
offering.<br />
Because the time of the transition is hard to predict, we are<br />
deploying Airspan’s HiperMAX Base Station Platform and<br />
their range of CPEs, enabling us to migrate in the future<br />
with a software upgrade.<br />
We believe this is the best way to ensure our network is<br />
future-proof.’<br />
Graham Courier, Business Development Director,<br />
Pipex Wireless<br />
Airspan’s WiMAX Deployments Around the World<br />
4
5<br />
The Ultimate WiMAX<br />
Product Family<br />
Product Summary<br />
■ Macro cell Base Stations<br />
■ HiperMAX<br />
■ MacroMAX<br />
■ Micro cell Base Stations<br />
■ MicroMAX<br />
■ HiperMAX-micro<br />
■ Customer Premises Equipment<br />
■ EasyST<br />
■ Easy WiFi<br />
■ Easy Voice<br />
■ ProST<br />
■ ProST-WiFi<br />
■ Mobile WiMAX Device<br />
■ <strong>16</strong>eUSB<br />
■ Network Management<br />
■ Netspan<br />
■ Network Products<br />
■ ControlMAX<br />
■ VoiceMAX<br />
Airspan’s WiMAX Product Portfolio<br />
Airspan is proud to introduce AS.MAX,<br />
the industry’s most complete range of<br />
WiMAX products consisting of four<br />
different base station solutions, a<br />
range of indoor, outdoor and mobile<br />
CPEs, network products and a<br />
comprehensive network management<br />
solution.<br />
Airspan’s WiMAX products benefit<br />
from a unique combination of features<br />
delivering the best economics and<br />
most attractive service propositions for<br />
mobile and fixed/nomadic/portable<br />
broadband:<br />
• 512 /1024 FFT SOFDMA and 256<br />
FFT OFDM radios for true Non-Lineof-Sight<br />
(NLOS) nomadic and<br />
portable operation<br />
• Burst-by-burst adaptive modulation<br />
and error correction<br />
• Class leading spectral efficiency<br />
• High Performance radios that<br />
deliver extended link budgets<br />
• Low latency radio interface for time<br />
critical services<br />
• Licensed and Unlicensed band<br />
operation (3.3-3.8GHz, 4.9GHz and<br />
5.8GHz, followed by 2.3, 2.5GHz,<br />
5.1-5.4GHz and 5.4-5.7 GHz)<br />
• Point to Multipoint Access and<br />
Point-to-Point backhaul.<br />
Airspan’s WiMAX technology has been<br />
carefully chosen to deliver IEEE<br />
802.<strong>16</strong>e-2005 mobile WiMAX. It also<br />
provides operators with a cost<br />
effective and future-proof evolution<br />
path from Fixed to Mobile WiMAX<br />
profiles.<br />
AS.MAX is the ideal WiMAX platform<br />
on which to deploy an industry<br />
standard broadband solution. It offers<br />
all the benefits of multi-vendor<br />
interoperability, decreasing CPE costs,<br />
WiMAX enabled handheld device<br />
portability with roaming and indoor,<br />
self install CPE economics, thus<br />
heralding a new era of inexpensive,<br />
ubiquitous broadband wireless access<br />
anytime, everywhere.<br />
Airspan’s WiMAX Strategy<br />
Airspan’s WiMAX strategy is to offer a<br />
comprehensive range of Mobile and<br />
Fixed WiMAX solutions, enable coexistence<br />
with current products,<br />
provide seamless upgradeability to<br />
Mobile WiMAX through the use of<br />
Software Defined Radio (SDR) and to<br />
offer unrivalled spectral efficiency<br />
through the use of advanced antenna<br />
techniques such as MIMO and Smart<br />
Antenna Systems.
Technology Showcase<br />
• Software Defined Radio (SDR) - essential technology for<br />
simultaneous support of both Fixed and Mobile 802.<strong>16</strong>e<br />
SOFDMA PHY/MAC<br />
• Intel WiMAX Connection 2250 technology in the CPEs -<br />
essential technology for low cost and future-proof<br />
functionality<br />
• Transmit and Receive Diversity to improve link budget<br />
• MIMO - Multiple antenna elements are employed to<br />
improve range and throughput<br />
• Smart Antenna Systems - Intelligent, beamforming<br />
antenna technology to improve link budget and platform<br />
for SDMA for enhanced capacity per RF channel<br />
• Advanced TCA (ATCA) - Industry standard Indoor<br />
equipment practice<br />
• Fibre Optic OBSAI interface - between indoor and outdoor<br />
units (HiperMAX and HiperMAX-micro) supports distances<br />
between 300m and 3km using different fibre optic<br />
modules.<br />
• Sophisticated Admission control and dynamic service flow<br />
provisioning technology to enable carrier-class VoIP<br />
services<br />
• ASN gateway based on an IP networking platform<br />
PSTN<br />
AAA<br />
DHCP/<br />
DNS<br />
CSN<br />
HA<br />
CRM Billing IMS<br />
BRAS<br />
Internet<br />
IP<br />
Core<br />
ASN Gateway<br />
(ControlMAX)<br />
Network Architecture<br />
MicroMAX<br />
7 Reasons why WiMAX from Airspan is the<br />
best solution for your broadband application<br />
1. Airspan’s WiMAX products support IEEE 802.<strong>16</strong>e-2005<br />
standard including support for 256/512/1024 FFT<br />
OFDM/SOFDMA<br />
2. AS.MAX systems are optimized for the delivery of scalable<br />
services at Multi-Megabit speeds (up to 30 Mbit/s net)<br />
■ Comparable to fastest wireline DSL speeds, and much<br />
faster than 3G (UMTS with HSDPA and EV-DO).<br />
3. Optimum CPE strategy:<br />
■ For Fixed WiMAX, cost effective indoor, self-install CPE<br />
and a range of outdoor CPEs with optional support for<br />
Voice and Wi-Fi.<br />
■ For Mobile WiMAX <strong>16</strong>e USB device to WiMAX enable<br />
laptops.<br />
4. Support for Macro and Micro deployment models<br />
■ Ready to support WiMAX integration into laptops.<br />
5. AS.MAX takes full advantage of WiMAX’s QoS<br />
■ Carrier class support for VoIP and Video<br />
■ Triple play services.<br />
6. Airspan’s WiMAX systems are optimized for low latency<br />
■ Essential for time critical services such as VoIP, leased<br />
lines, video conferencing and gaming.<br />
7. Fully optimized approach to migrate from FDD to TDD<br />
deployment.<br />
HiperMAX<br />
Micro<br />
HiperMAX<br />
ASN<br />
<strong>16</strong>eUSB<br />
ProST<br />
EasyST<br />
802.11e WMM<br />
Soft VoIP<br />
Client<br />
Wi-Fi Clients<br />
VoIP IAD<br />
6
7<br />
A World of Mobile,<br />
Fixed and Nomadic<br />
Applications<br />
Application Summary<br />
■ Wireless Broadband Anytime,<br />
Anywhere<br />
■ Broadband @ Home<br />
■ Broadband @ the Office<br />
■ Broadband on the Move<br />
■ Mobile, Fixed, nomadic and<br />
portable operation<br />
■ Indoor and outdoor coverage<br />
■ Mobile WiMAX enabled through<br />
USB, PC card and handsets<br />
■ Hot Zones not just Hot Spots<br />
■ Backhaul and bridging<br />
applications<br />
WiMAX Applications<br />
WiMAX has already revolutionised the<br />
broadband wireless market by<br />
standardising the hitherto fragmented<br />
Broadband Wireless Access (BWA)<br />
market, by opening up new service<br />
opportunities and by creating the<br />
environment for ubiquitous broadband<br />
services everywhere.<br />
WiMAX creates a bridge between the<br />
fixed wireline and mobile cellular<br />
networks. By deploying WiMAX<br />
technology in their networks,<br />
operators are able to offer not just<br />
fixed broadband wireless services to<br />
homes and businesses but are also be<br />
able to offer anytime, anywhere<br />
mobile access to IP services at much<br />
higher speeds than is possible with<br />
voice-centric 3G networks.<br />
The aim is to provide the service that<br />
best fits the individual’s needs,<br />
whether relaxing at home, working in<br />
the office or on the move. WiMAX has<br />
the versatility to provide a transparent<br />
umbrella of service provision across a<br />
range of wireless and wireline access<br />
technologies.<br />
Let’s consider the IEEE 802.<strong>16</strong>e-2005<br />
applications under three headings:<br />
Mobile broadband, Fixed broadband<br />
and backhaul and bridging<br />
applications.<br />
Mobile Broadband<br />
Broadband anytime-anywhere is the<br />
great promise of WiMAX, which has<br />
arrived with Mobile WiMAX products.<br />
IEEE 802.<strong>16</strong>e-2005 standard takes<br />
broadband wireless to a new plane.<br />
Suddenly it is possible to have a DSLlike<br />
broadband experience anywhere<br />
you happen to be, not just at home or<br />
in a Wi-Fi hot spot environment. With<br />
WiMAX we start to get Hot Zones that<br />
are a few kilometres wide and the<br />
broadband experience moves<br />
outdoors.<br />
Mobile broadband opens up a whole<br />
new high-speed data experience,<br />
which cannot be matched by the other<br />
mobile technologies available today.<br />
Imagine you are walking in the park,<br />
when you spot an unusual butterfly<br />
and want to find out more about it.<br />
You take a high definition picture of<br />
the butterfly and send it to a<br />
centralized database, which within<br />
seconds comes up with a match and a<br />
detailed description of that species.<br />
The possibilities are truly endless.<br />
Airspan has grasped this vision and<br />
has set out to design and develop a<br />
range of products to fully exploit the<br />
potential of Mobile WiMAX. To this<br />
end we have developed the HiperMAX<br />
and HiperMAX-micro base stations<br />
using SDR technology to ensure soft<br />
upgrade of the base station to support<br />
the latest version of the mobile<br />
WiMAX services without requiring<br />
hardware changes.<br />
Airspan has also recognized that<br />
Mobile WiMAX requires diverse and<br />
plentiful WiMAX enabled end-user<br />
devices and is developing the first<br />
quad-band <strong>16</strong>eUSB devices for laptop<br />
computer. Find out more in this<br />
document.
Fixed Broadband Wireless Access<br />
The pre-WiMAX broadband wireless access space is a<br />
confusing and fragmented place where many proprietary<br />
solutions compete for market share. It has been crying out<br />
for standardisation and interoperability. Fixed WiMAX<br />
answers this call and sets out to resolve the key problem<br />
areas that have hampered the explosive growth of<br />
wireless broadband technology.<br />
Airspan’s Fixed WiMAX solution delivers outdoor, as well<br />
as end-user installed indoor CPEs which eliminates the<br />
notorious truck roll this cuts the price of CPEs and makes<br />
the whole proposition much more attractive.<br />
In developed countries the last 10 years have seen<br />
extensive deployment of DSL and cable in urban and suburban<br />
areas. However, DSL penetration in rural or less<br />
densely populated areas continues to lag behind due to<br />
problems with the copper plant.<br />
Therefore Fixed WiMAX technology is a good solution for<br />
bringing broadband services to customers in these poorly<br />
served areas.<br />
Airspan’s MicroMAX product provides a cost effective<br />
solution in low density deployment scenarios.<br />
Wi-Fi with WiMAX Backhaul<br />
In emerging economies, the priority is to serve the urban<br />
and suburban communities with essential<br />
telecommunications services followed by the expansion of<br />
services to other regions. When the underlying<br />
infrastructure may not be of sufficiently high quality to<br />
enable widespread DSL deployment, WiMAX solutions<br />
such as AS.MAX offer an effective answer by providing a<br />
range of base stations to meet the varying requirements<br />
of urban and rural deployments as well as a range of easy<br />
to deploy and cost effective CPEs.<br />
Backhaul and Bridging Applications<br />
WiMAX products also lend themselves to backhaul and<br />
bridging applications.<br />
In some networks it will be attractive to use a WiMAX<br />
compliant point-to-point link to backhaul the traffic from<br />
a WiMAX base station back towards the core network. In<br />
other cases WiMAX compliant products will be called upon<br />
to provide LAN-to-LAN bridging solutions for enterprise<br />
networks or indeed providing IP connectivity.<br />
Airspan’s MicroMAX product range is particularly suitable<br />
for PTP backhaul applications providing high availability<br />
with native IP interfaces, in both licensed and unlicensed<br />
bands.<br />
8
9<br />
A New Era in Wireless<br />
Communications<br />
Main Features<br />
■ Carefully chosen set of technologies<br />
to provide superior performance<br />
■ Mobile WiMAX peak data rates are<br />
up to 5x better than 3G+<br />
technologies<br />
■ Mobile WiMAX spectral efficiency is<br />
3x better than any 3G+ technology<br />
■ Mobile WiMAX certification to be<br />
achieved in two stages, Wave 1 and<br />
Wave 2<br />
■ True Mobile WiMAX performance<br />
will be arrived at through Wave 2<br />
certification<br />
■ MIMO (Matrix A & Matrix B) and<br />
SAS are essential antenna<br />
technologies to deliver the promise<br />
of WiMAX<br />
■ Option to overlay SAS on top of<br />
MIMO<br />
■ Mobile WiMAX network architecture<br />
follows NRM<br />
• Mobile Station (MS)<br />
e.g. <strong>16</strong>eUSB<br />
• Access Service Network (ASN)<br />
e.g. Control MAX and HiperMAX<br />
• Connectivity Service Network<br />
(CSN) Industry standard<br />
solutions plus Airspan’s<br />
VoiceMAX<br />
Mobile WiMAX – A Technical Overview<br />
The IEEE 802.<strong>16</strong>e-2005 Mobile<br />
WiMAX standard has been developed<br />
to be the best wireless broadband<br />
standard for portable devices enabling<br />
a new era of high throughput and<br />
high delivered bandwidth and<br />
exceptional spectral efficiency when<br />
compared to other 3G+ mobile<br />
wireless technologies such as HSPA<br />
and EV-DO.<br />
Mobile WiMAX introduces OFDMA and<br />
several other key features summarized<br />
below:<br />
• Tolerance to multipath and self<br />
interference<br />
• Scalable channel size up to 10MHz<br />
• TDD operation to support<br />
asymmetric traffic<br />
• Network optimized hard handover<br />
• Multicast and broadcast service<br />
support<br />
• Hybrid ARQ based error control<br />
• Power management (sleep, idle<br />
modes)<br />
• Security and QoS<br />
• MIMO and smart antenna<br />
technology<br />
• Fractional frequency reuse<br />
• Feedback based adaptive<br />
modulation<br />
Mobile WiMAX Release 1<br />
Profiles<br />
Early in 2006 the WiMAX Forum<br />
selected the initial system profiles to<br />
cover many of the worldwide spectrum<br />
allocations suitable for Mobile WiMAX.<br />
■ Bands - 2.3-2.4GHz, 2.5-2.69GHz<br />
3.3-3.4GHz, 3.4-3.8GHz<br />
■ Duplex method - TDD<br />
■ Channel Bandwidth - 5/10MHz<br />
■ FFT size - 512 (5MHz channel)<br />
and 1024 (10MHz channel)<br />
Mobile WiMAX Certification<br />
Mobile WiMAX Release 1 Profile<br />
certification has been divided into two<br />
stages referred to as Wave 1 and<br />
Wave 2.<br />
Wave 1 certification will address only a<br />
subset of the profile and will exclude<br />
some fundamental features such as<br />
MIMO. True Mobile WiMAX<br />
performance will be arrived at through<br />
Wave 2 certification.<br />
Wave 1 will not test for:<br />
■ MIMO 2x2 Matrix B<br />
■ Support for smart antennas<br />
■ Adaptive Modulation and<br />
Coding (AMC)<br />
■ IPv6 support<br />
■ Limited QoS features<br />
■ Limited Handover features<br />
■ Limited power management<br />
features<br />
As a result of the above-identified<br />
limitations the performance of the<br />
Wave 1 certified products would be<br />
less than those of IEEE 802.<strong>16</strong>-2004.<br />
Furthermore not all Wave 1 certified<br />
CPEs will be Wave 2 MIMO capable.<br />
Airspan is focused on delivering Wave<br />
2 compliant products.<br />
Mobile WiMAX certification will be<br />
undertaken by CETECOM labs in Spain<br />
and TTA Labs in Korea.
Mobile WiMAX Performance<br />
Using a commonly accepted evaluation methodology for<br />
3G systems, Mobile WiMAX has been simulated against<br />
the 3G enhancements. These simulation s have shown<br />
that:<br />
■ Mobile WiMAX peak data rates are up to 5x better<br />
than 3G+ technologies and<br />
■ Mobile WiMAX spectral efficiency is 3x better than any<br />
3G+ technology<br />
Peak Data rate<br />
Thanks to technologies<br />
70<br />
60<br />
50<br />
DL<br />
UL<br />
such as OFDMA and<br />
MIMO, Mobile WiMAX<br />
40<br />
can meet the<br />
30<br />
demanding<br />
20<br />
performance needs for<br />
10<br />
0<br />
EVDO-A EVDO-B HSPA Mobile WiMAX (2x2)<br />
the delivery of<br />
broadband services in<br />
Net Throughput per Channel/Sector a challenging mobile<br />
<strong>16</strong><br />
14 DL<br />
environment.<br />
12 UL<br />
Performance<br />
10<br />
simulations show that<br />
8<br />
6<br />
mobile WiMAX<br />
4<br />
provides superior<br />
2<br />
0<br />
EVDO-A EVDO-B HSPA Mobile WiMAX (2x2)<br />
throughput and<br />
spectral efficiency<br />
2<br />
1.8 DL<br />
Spectral Efficiency<br />
compared to 3G<br />
CDMA-based<br />
1.6<br />
1.4<br />
UL<br />
enhancements, EVDO<br />
1.2<br />
1<br />
and HSPA. These<br />
0.8<br />
0.6<br />
advantages will provide<br />
0.4<br />
0.2<br />
operators with added<br />
0<br />
EVDO-A EVDO-B HSPA Mobile WiMAX (2x2) network capacity for<br />
the support of value-added services with fewer base<br />
stations than alternative approaches, thus resulting in<br />
lower network capital and operating costs.<br />
Mobile WiMAX Technology<br />
To deliver the superior performance Mobile WiMAX relies<br />
on advanced technologies such as OFDMA, MIMO and<br />
SAS.<br />
Internet<br />
ASPs<br />
Legacy<br />
Core<br />
Networks<br />
2G/3G<br />
Mobile<br />
Networks<br />
NAP – Network Access provider<br />
NSP – Network Service provider<br />
Network Reference Model (NRM)<br />
Home<br />
NSP<br />
AAA<br />
IMS<br />
HA<br />
CRM Billing<br />
CSN<br />
(Connectivity Service Network)<br />
R5<br />
Other<br />
Operator’s<br />
CSN<br />
MIMO stands for Multiple Input Multiple Output. It is an<br />
antenna technology that uses multiple antennas at both<br />
the transmit end and the receive end. MIMO utilizes multipath<br />
to advantage, combining reflected signals into a<br />
single stream in order to improve throughput, reach and<br />
spectral efficiency.<br />
Smart Antenna Systems (SAS) is an advanced antenna<br />
technology that directs the signal to the end user device.<br />
Using beamsteering/beamforming technology, SAS<br />
focuses the signal on active devices, delivering greater<br />
coverage and spectral efficiency. Airspan’s antenna<br />
technology enables the overlay of SAS on top of MIMO.<br />
Mobile WiMAX Network reference Model<br />
(NRM)<br />
Mobile WiMAX end-to-end network architecture model<br />
follows the Network Reference Model (NRM) shown below.<br />
Access Service Network (ASN) consists of the WiMAX Base<br />
Stations and the ASN Gateway. The main functions of the<br />
ASN gateway are to aggregate the traffic from the base<br />
stations and to manage handover between them.<br />
Airspan’s ASN Gateway solution is called ControlMAX and<br />
is described later.<br />
Connectivity Service Network (CSN) is the core of the<br />
network. It controls and manages the ASNs and the<br />
subscribers with a variety of services such as AAA, Home<br />
Agent functions, DHCP server, etc. CSN is also responsible<br />
for connecting to other networks and enables interoperator<br />
and inter-technology roaming. Airspan’s IMS<br />
solution, which includes VoiceMAX, resides in the CSN and<br />
is described later in this document.<br />
Airspan’s Mobile Station (MS) device, <strong>16</strong>eUSB, will be<br />
Wave 2 compliant from the outset and will support MIMO.<br />
R3<br />
IP<br />
Cloud<br />
ASN<br />
GW<br />
(FA)<br />
ASN<br />
(Access Service Network)<br />
R4<br />
R6<br />
IP<br />
Cloud<br />
R6<br />
Another ASN<br />
NAP<br />
BS<br />
BS<br />
R8<br />
R8<br />
R2<br />
R1<br />
Mobile Station<br />
(MS)<br />
10
11<br />
The Ultimate Mobile<br />
WiMAX Base Station<br />
Main Features<br />
■ HiperMAX supports:<br />
• All outdoor RF components<br />
• Fully redundant architecture<br />
option<br />
• Up to 6 channels per ATCA<br />
shelf with full redundancy or<br />
Up to 12 channels without<br />
redundancy<br />
• Optical, zero-loss connectivity<br />
between indoor and outdoor<br />
units<br />
■ Up to 40dBm transmit power<br />
■ Supports FDD and TDD profiles<br />
■ Advanced antenna options,<br />
including diversity, MIMO and SAS<br />
■ Up to 5bps/Hz per radio<br />
(2x2 MIMO)<br />
■ HiperMAX uses PicoChip ® based<br />
Software defined radio (SDR)<br />
array, rated at 4x600 billion<br />
instructions/s<br />
■ Provides a platform for<br />
beamforming on top of MIMO<br />
enhancements, which allows<br />
multiple simultaneous<br />
transmissions to CPEs<br />
• Throws nulls in the direction of<br />
interfering users<br />
• Key to IEEE 802.<strong>16</strong>e-2005<br />
spectral efficiency<br />
enhancements<br />
• Multiple antenna beams are<br />
synthesised at baseband<br />
HiperMAX Base Station<br />
HiperMAX is the ultimate mobile<br />
WiMAX base station designed for<br />
high-density deployment situations.<br />
HiperMAX has been architected to<br />
provide a highly scalable, fully<br />
redundant base station product that<br />
will deliver the optimum performance<br />
for years to come.<br />
HiperMAX is fully compatible with the<br />
Mobile WiMAX Network Reference<br />
Model (NRM). HiperMAX is part of the<br />
Access Service Network (ASN).<br />
HiperMAX supports the reference<br />
point (R6) between the base station<br />
and the ASN Gateway as well as the<br />
reference point (R8) between base<br />
stations. HiperMAX interworks with<br />
Airspan’s ASN Gateway called<br />
ControlMAX and with other third party<br />
ASN gateways.<br />
HiperMAX represents the state of the<br />
art, next generation base station<br />
design and includes:<br />
• Fully upgradeable, software<br />
defined, PHY and MAC layers<br />
enabling simultaneous support for<br />
both Mobile WiMAX (SOFDMA) and<br />
Fixed WiMAX (OFDM)<br />
• Fully digital, OBSAI based, fibre<br />
optic interfaces between indoor and<br />
outdoor equipment, which can<br />
operate at up to 3km.<br />
• Multi-channel transmit and receive<br />
diversity<br />
• 2x2 and 4x2 MIMO configurations<br />
• 4 or 8 channel Smart Antenna<br />
Systems (SAS)<br />
• Support for FDD and TDD profiles<br />
HiperMAX is designed to deliver the<br />
best link budget with the highest<br />
capacity and net throughput; all<br />
essential qualities for macro-cell<br />
deployments used in typical wireless<br />
roll out.<br />
HiperMAX implements an all-outdoor<br />
radio with up to eight-element<br />
antenna array system.<br />
All HiperMAX base stations support<br />
SAS and multi-channel Transmit and<br />
Receive diversity and are platform<br />
ready for SDMA, which uses the<br />
antenna array to enhance capacity<br />
and improve frequency re-use.<br />
HiperMAX base stations cooperate<br />
with the IMS which is part of the<br />
Connectivity Service network (CSN) to<br />
deliver voice and other multimedia<br />
services and can also be configured to<br />
support VoIP applications, using a<br />
standard media gateway to the PSTN.
HiperMAX Operation<br />
The HiperMAX base station consists of<br />
an indoor section, suitable for location<br />
within a protected environment, and an<br />
outdoor RF section. The indoor<br />
baseband electronic boards, referred to<br />
as blades, are housed in 5 and 14-slot<br />
ATCA chassis which are NEBS<br />
compliant. The outdoor enclosure<br />
contains the RF subsystem components<br />
and smart antennas. The connection<br />
between the indoor and outdoor<br />
equipment is achieved through a fibre<br />
optic cable and separate power feed.<br />
HiperMAX supports different antenna<br />
options including:<br />
• MIMO Matrix A<br />
• Tx and Rx Diversity<br />
• 2x2 MIMO Matrix B<br />
• 4x2 MIMO Matrix B MIMO<br />
• 4 or 8 element SAS<br />
The antenna system of choice is<br />
connected to the outdoor RF unit and<br />
in turn to each baseband blade.<br />
PSTN<br />
AAA<br />
DHCP/<br />
DNS<br />
HiperMAX can support up to 12<br />
baseband blades per 14-slot shelf, with<br />
a single fibre optic cable to each RF<br />
unit. Baseband blades can be<br />
configured to support 6 active channels<br />
with full redundancy or 12 active<br />
channels without redundancy.<br />
The ATCA shelf also houses the shelf<br />
controller and power supplies. In<br />
addition to the ATCA shelf, the<br />
HiperMAX rack houses the Ethernet<br />
switch and the GPS synchronisation<br />
unit. The Ethernet switch aggregates<br />
the individual traffic streams onto a<br />
Gigabit Ethernet stream for backhaul<br />
purposes. For TDD and smart antenna<br />
operation the multiple sectors are<br />
locked to a GPS timing source. The<br />
ATCA shelf manager provides a<br />
platform management layer that holds<br />
an inventory of field replaceable units<br />
in the system and monitors their basic<br />
health.<br />
Fibre optic modules operating at speeds<br />
CSN<br />
HA<br />
CRM Billing IMS<br />
BRAS<br />
Internet<br />
IP<br />
Core<br />
ASN Gateway<br />
(ControlMAX)<br />
of up to 3.1GBit/s and are connected to<br />
fibre optic cables capable of carrying up<br />
to 10Gb/s for future expansion, if<br />
required. The Smart Antenna System<br />
(SAS) comprises an environmentally<br />
sealed enclosure, designed to be<br />
installed outdoors on a mast or other<br />
support suitable for propagating a radio<br />
signal. The outdoor equipment consists<br />
of a multi-channel RF transceiver and<br />
the Tx and Rx antennas.<br />
HiperMAX fully supports the extensive<br />
QoS characteristics of the IEEE 802.<strong>16</strong><br />
radio interface, including full support for<br />
UGS, rtPS, ErtPS, nrtPS and BE service<br />
classes. In addition, we have<br />
incorporated specific additional radio<br />
resource management features that<br />
allow applications like VoIP to be<br />
robustly delivered by implementing<br />
Admission Control on a per call basis.<br />
HiperMAX is managed by Netspan, the<br />
SNMP based central management<br />
platform.<br />
Network Architecture<br />
HiperMAX<br />
HiperMAX<br />
Micro<br />
<strong>16</strong>eUSB<br />
ASN<br />
ProST<br />
EasyST<br />
Soft VoIP<br />
Client<br />
802.11e WMM<br />
Wi-Fi Clients<br />
VoIP IAD<br />
12
13<br />
The High-Capacity Fixed<br />
WiMAX Base Station<br />
Main Features<br />
■ The first base station to achieve<br />
WiMAX Forum certification in the<br />
FDD profile in March 2006<br />
■ Designed for Fixed WiMAX<br />
deployments where high capacity<br />
is required<br />
■ Available in 3.5GHz full FDD<br />
profile<br />
■ MacroMAX supports<br />
• 256 FFT OFDM<br />
• Up to 38dBm transmit power<br />
• 3 or 4 diversity channels per<br />
rack<br />
• Baseband to RF connection<br />
made digitally<br />
• Final RF feed using<br />
conventional antenna feeders<br />
• Optional GPS synchronisation<br />
• MIMO Matrix A diversity<br />
■ Up to 10Mbps net capacity using<br />
3.5MHz channel<br />
MacroMAX Base Station<br />
MacroMAX was Airspan’s first WiMAX<br />
compliant base station and was<br />
developed to comply with the IEEE<br />
802.<strong>16</strong>-2004 standard.<br />
MacroMAX has been shipping to<br />
customers since the summer of 2005.<br />
MacroMAX was the first base station<br />
product to achieve WiMAX Forum<br />
certification in March 2006. More than<br />
1000 MacroMAX base stations are in<br />
service.<br />
MacroMAX has been designed to<br />
deliver the best link budget with the<br />
highest capacity and net throughput;<br />
all essential qualities for macro-cell<br />
deployments used in typical wireless<br />
roll out. It is available in the 3.4-<br />
3.6GHz band in the 3.5F1 profile.<br />
Each MacroMAX sector comprises of a<br />
4U high rack mountable shelf, which<br />
contains the baseband processor and<br />
the RF unit. The baseband is a single<br />
card that is directly connected to the<br />
RF, PA and LNA, which in turn is<br />
connected to appropriate mastinstalled<br />
antennas via external<br />
feeders.<br />
Two separate antennas enable the link<br />
budget to be further increased<br />
through the use of multi-channel<br />
transmit diversity and receive diversity.<br />
A compact rack supports up to three<br />
sectors with diversity a full rack<br />
supports up to 4 sectors.<br />
MacroMAX base stations can be<br />
optimised to support VoIP<br />
applications, using a standard<br />
gateway to the PSTN.<br />
MacroMAX is managed by Netspan,<br />
the SNMP based element<br />
management platform.
The High-Capacity<br />
Micro-cell Base Station<br />
Main Features<br />
■ Designed for micro-cellular<br />
network deployments in urban<br />
scenarios<br />
■ Available in 2.5GHz, 3.5GHz and<br />
4.9GHz bands, with more bands to<br />
come soon<br />
■ Supports both FDD and TDD<br />
profiles<br />
■ All-outdoor base station design<br />
■ Hardware features include:<br />
• AC and DC power options<br />
• 100/Gigabit Ethernet<br />
• On board GPS receiver for TDD<br />
operations<br />
■ HiperMAX uses PicoChip ® based<br />
Software defined radio (SDR)<br />
array, rated at 600 billion<br />
instructions/s<br />
■ HiperMAX supports different<br />
antenna options including:<br />
• Single Input Single Output<br />
(SISO)<br />
• Tx and Rx Diversity<br />
• 2x2 Multiple Input Multiple<br />
Output (MIMO)<br />
• 4 or 8 element SAS<br />
HiperMAX-micro Base Station<br />
HiperMAX-Micro has been designed<br />
for micro-cellular deployment in dense<br />
urban environment, or as a micro-cell<br />
infill solution as part of a macro-cell<br />
deployment.<br />
HiperMAX-micro is a variant of the<br />
HiperMAX platform and the same<br />
technology including SDR and OBSAI<br />
underpin both products. It has been<br />
optimised for deployment on low cost<br />
sites such as power poles, street<br />
lighting, rooftops or the sides of<br />
buildings.<br />
Like its bigger sibling, HiperMAX-micro<br />
is fully compatible with the Mobile<br />
WiMAX Network Reference Model<br />
(NRM), forming part of the Access<br />
Service Network (ASN). It supports the<br />
ASN interfaces between the base<br />
station and the ASN Gateway as well<br />
as between base stations. HiperMAXmicro<br />
interworks with Airspan’s ASN<br />
Gateway, ControlMAX and with other<br />
third party ASN gateways.<br />
High capacity and small footprint<br />
makes this product ideally suited for<br />
mobile WiMAX deployments in<br />
crowded cities where demand for<br />
services is high but space is at a<br />
premium.<br />
HiperMAX-micro is available in the<br />
3.5GHz band. It is also available in<br />
the 4.9GHz band and has been<br />
deployed in large quantities in Japan.<br />
The HiperMAX-micro base station is<br />
based on an all –outdoor, split design<br />
architecture consisting of an outdoor<br />
baseband enclosure, outdoor<br />
transceivers and antennas. A typical<br />
HiperMAX-micro deployment with<br />
antenna diversity will consist of the<br />
baseband unit connected to two<br />
transceiver units using the same fiver<br />
optic interface used in HiperMAX, and<br />
two antennas, one per transceiver.<br />
HiperMAX-micro fully supports the<br />
extensive QoS features of the IEEE<br />
802.<strong>16</strong> standard, including full support<br />
for UGS, rtPS, nrtPS and BE service<br />
classes. In addition, it incorporates<br />
specific additional radio resource<br />
management features that allow<br />
applications like VoIP to be robustly<br />
delivered by implementing Admission<br />
Control on a per call basis.<br />
HiperMAX-micro is managed by<br />
Netspan, Airspan’s SNMP based<br />
management platform.<br />
14
15<br />
For Cost Sensitive<br />
WiMAX Deployments<br />
Main Features<br />
■ Cost optimised for lower density<br />
applications<br />
■ Modular and scalable architecture<br />
• All outdoor integrated<br />
baseband digital processing,<br />
radio and antenna<br />
• Up to <strong>16</strong> radios per mast<br />
• Radios connected to indoor<br />
aggregator using Cat5<br />
• Cat5e (100m), up to 300m<br />
with Cat5 repeater<br />
■ Sophisticated radio<br />
implementation<br />
• Supports WiMAX Forum<br />
profiles in 3.5GHz and in 5.8GHz<br />
• BPSK/QPSK/<strong>16</strong>QAM/64QAM<br />
adaptive modulation<br />
• Multi-channel Tx and Rx<br />
diversity across multiple radios<br />
• Full duplex FDD and TDD<br />
operation<br />
■ Advanced software features<br />
• Full IEEE 802.<strong>16</strong> QoS service<br />
classes<br />
• Full 802.1d transparent<br />
bridging<br />
• IEEE 802.1Q/p VLAN<br />
tagging/untagging<br />
• Bridging and routing<br />
functionality<br />
MicroMAX Base Station<br />
MicroMAX is a complete standalone<br />
base station, sharing the same system<br />
architecture as our tried and tested<br />
ASWipLL product line.<br />
The MicroMAX base station is highly<br />
modular in design and consists of two<br />
main components: the all-outdoor<br />
Base Station Radios (BSR) and the<br />
indoor aggregator Base Station<br />
Distribution Unit (BSDU), or the single<br />
channel Data Adaptor.<br />
Each base station site can contain up<br />
to <strong>16</strong> BSRs, depending on the amount<br />
of available spectrum.<br />
Each BSR is connected to the BSDU<br />
via a 100BaseT interface operating<br />
over a CAT5 cable, which carries both<br />
data and power. Easc BSDU can<br />
support up to 8 BSRs.<br />
MicroMAX is designed to support<br />
lower density, rural broadband access,<br />
enterprise applications and DSL in-fill<br />
scenarios in both licensed (3.5GHz)<br />
and unlicensed (5.8GHz) bands.<br />
One of the key features of the<br />
MicroMAX BSR is that it requires less<br />
than 28W power, making it ideally<br />
suited for those rural deployments<br />
where power generation and supply<br />
may be a problem.<br />
MicroMAX operating in the 5.8GHz<br />
unlicensed band can be used by<br />
Wireless ISPs to deploy WiMAX easily<br />
and cost effectively wherever the need<br />
is identified.<br />
In the future we plan to have an IEEE<br />
802.<strong>16</strong>e-2005 version of the<br />
MicroMAX product.
MicroMAX Operation<br />
The MicroMAX base station is highly<br />
modular in design and is constructed<br />
from a number of Base Station Radios<br />
(BSR). Each BSR incorporates antenna,<br />
radio and baseband functions all within<br />
the single BSR enclosure. Each BSR can<br />
be deployed with a built-in 60º sectorial<br />
antenna or indeed with a wide variety<br />
of external antennas including 360º<br />
omni, 90º, 120º etc. When multiple<br />
BSRs are deployed at the same physical<br />
location a BSDU can be used to<br />
aggregate the traffic from up to 8 BSRs.<br />
A seventh BSR may be supported for<br />
redundancy. The BSR will support both<br />
full duplex FDD and TDD operation.<br />
The fact that each BSR is self contained<br />
gives MicroMAX great deployment<br />
flexibility. For example, it is possible to<br />
start with one BSR and an omni<br />
antenna and progressively increase the<br />
number of deployed BSRs as more<br />
customers are signed up.<br />
MicroMAX provides extensive software<br />
features such as support for WiMAX<br />
specified service classes, full IEEE<br />
802.<strong>16</strong>-2004 transparent bridging<br />
features, IEEE 802.1Q/p VLAN features,<br />
and support for VoIP operation. The<br />
BSR will provide VoIP call supervision<br />
(or dynamic bandwidth allocation)<br />
enabling the radio interface to<br />
gracefully handle VoIP overload<br />
conditions by implementing an<br />
admission control procedure.<br />
The BSDU provides three main<br />
functions: aggregation of traffic from<br />
BSRs, powering the BSRs, and<br />
synchronising the BSRs by using an<br />
external GPS source.<br />
Due to its low power consumption, the<br />
MicroMAX BSRs is ideally suited for line<br />
powering. In this application up to 4<br />
twisted copper pairs can be used to<br />
both power and backhaul a BSR over a<br />
distance of up to 5km. This in turn<br />
enables tens of customers to be<br />
provided with wireless broadband<br />
services beyond the reach of DSL<br />
technology with an inbuilt cheap<br />
backhaul capability.<br />
Point-to-Point applications are also<br />
supported by the use of a single<br />
MicroMAX BSR coupled with a single<br />
ProST.<br />
This arrangement provides a very low<br />
cost solution for medium speed IP<br />
backhaul.<br />
MicroMAX fully supports the extensive<br />
QoS characteristics of the 802.<strong>16</strong> radio<br />
interface, including full support for UGS,<br />
rtPS, nrtPS and BE services classes.<br />
MicroMAX is managed by Netspan, the<br />
SNMP based central element<br />
management platform.<br />
MicroMAX Operation<br />
<strong>16</strong>
17<br />
For Cost Sensitive<br />
WiMAX Deployments<br />
Main Features<br />
■ World’s first “Self-Install” WiMAX<br />
CPE<br />
■ Full Indoor Non-LOS deployment<br />
■ User unpacks, plugs in and surfs<br />
■ Installation takes less than 1<br />
minute!<br />
■ Stackable “CD” Style Design<br />
■ Utilises Intel WiMAX connection<br />
2250 device<br />
■ Optional IEEE 802.11b/g Wi-Fi<br />
access point<br />
■ Optional VoIP base for 1or 2 POTS<br />
lines<br />
■ A range of antenna options<br />
■ Up to 8.5dBi, 4 x 90º auto selecting<br />
antenna<br />
■ 13dBi external indoor window<br />
mount antenna<br />
■ Full support for Sub-Channelisation<br />
(OFDMA on uplink)<br />
■ Integral SIM card reader<br />
■ “Auto-Connect” and “Auto-Config”<br />
features<br />
■ “Fully Nomadic Operation”<br />
EasyST<br />
EasyST and ProST are the CPE<br />
products developed to work with all<br />
WiMAX compliant base stations<br />
including all base stations from<br />
Airspan. The EasyST is an all-indoor<br />
CPE designed for self-install by the end<br />
user whereas the ProST is an indooroutdoor<br />
CPE which requires<br />
professional installation and provides<br />
superior link budget in difficult<br />
deployment conditions.<br />
The EasyST is a physically compact<br />
WiMAX CPE designed to be deployed<br />
alongside the end user’s PC. With<br />
dimensions close to the size of 2 CD<br />
jewel cases, EasyST looks great when<br />
sitting on a desk or bookshelf.<br />
The EasyST is designed to be installed<br />
by the end user, using a simple-to-use<br />
but sophisticated user interface to<br />
enable optimum positioning without<br />
connecting to the user’s PC. This helps<br />
improve service availability and<br />
reliability whilst increasing service<br />
speed and reducing network load.<br />
Three different deployment models<br />
are supported: using the integral<br />
8.5dBi antenna; using together with<br />
the optional Wi-Fi expansion (thus<br />
locating the EasyST by a window); or<br />
using with the stick-on-the-window<br />
external antenna. In all cases a visual<br />
indication system informs the user<br />
when the optimum location for RF<br />
reception and transmission is<br />
achieved.
The EasyST is Airspan’s second generation indoor, plug and<br />
play CPE and builds on extensive deployment experience<br />
gathered from multiple mass deployments around the globe.<br />
The EasyST includes support for Airspan’s “Auto-connect”<br />
feature, which selects the best serving Base Station based on<br />
RX and TX signal levels and active modulation schemes.<br />
EasyST also inherits the “Auto-configure” function from<br />
ASWipLL’s Indoor Radio (IDR), which enables automatic<br />
downloading of service configurations over the air after the<br />
CPE has been registered on the network. This feature can be<br />
used independently or in conjunction with an integral SIM<br />
card reader.<br />
In addition to the simple-to-use user interface, EasyST also<br />
has an in-built Web server, which allows advanced<br />
configuration by the end-user or even remote configuration<br />
by a network operator’s customer service staff.<br />
EasyST is designed for combined voice and data<br />
deployments.<br />
EasyST has a number of optional “stackable” extension bases,<br />
one for Wi-Fi and the other for VoIP and data.<br />
Wi-Fi Add-on<br />
The Wi-Fi expansion base provides full IEEE 802.11b/g Access<br />
Point functionality and turns each EasyST into an instant hot<br />
spot, with the WiMAX radio interface providing backhaul for<br />
IEEE 802.11b/g clients. Thanks to IEEE 802.<strong>16</strong> QoS built into<br />
the EasyST, Wireless SIP phones can make high quality,<br />
managed VoIP calls.<br />
VoIP Add-on<br />
Voice and Data applications are supported by the<br />
VoIP expansion base, which supports 2 voice lines and an<br />
Ethernet port, thus providing services to standard, RJ-11<br />
equipped telephone instruments. Battery backup can also be<br />
provided, where applicable, and uses simple AA rechargeable<br />
NiMH cells<br />
The VoIP expansion base is fully managed by Airspan’s base<br />
stations and VoiceMAX solution to ensure a fully transparent,<br />
carrier-class voice service.<br />
18
19<br />
Rapid and Simple<br />
External Deployment<br />
Main Features<br />
■ Suitable for full outdoor Non-LOS<br />
deployment<br />
■ Based on field-proven mechanics<br />
■ Comprehensive range of indoor<br />
Subscriber Data Adaptors (SDA)<br />
• 1-4 port Switch<br />
• Up to 4 ports with VLAN<br />
switching<br />
• Indoor and Outdoor IEEE<br />
802.11b/g Wi-Fi and VoIP<br />
support<br />
• AC or DC powering options<br />
■ Outdoor and indoor units connected<br />
using CAT5e cable<br />
■ Built-in antenna gain of 17dBi<br />
■ Wide range of external antenna<br />
options<br />
ProST and ProST-WiFi<br />
The ProST is designed for rapid and<br />
simple external deployment, to be<br />
fitted by trained personnel in less than<br />
one hour. This unit is ideal when a<br />
specific service level needs to be<br />
guaranteed. The ProST ensures high<br />
service availability at enhanced<br />
ranges, operating in both LOS and<br />
NLOS propagation environments.<br />
To obtain a basic service capability,<br />
the ProST may not require<br />
programming with any initial<br />
configuration data. However, to deliver<br />
service to the ProST will require the<br />
management system to authenticate<br />
the customer’s equipment using the<br />
internal X.509 certificate. This may be<br />
achieved automatically (through a<br />
web based registration service) or via<br />
a telephone call to a central<br />
administration centre.<br />
USB<br />
<strong>16</strong>e<br />
The ProST is designed to support the<br />
delivery of a range of services. Service<br />
interface options include:<br />
• 1 to 4 Port Switch<br />
• 4 port with VLAN Port Switching<br />
• Integral 802.11b/g WiFi Access<br />
Point<br />
• Integral VoIP IAD<br />
ProST-WiFi is a special version of the<br />
ProST and has an outdoor integrated<br />
802.11b/g Access Point inside of the<br />
ProST ODU. The solution enables the<br />
ProST-WiFi to provide outdoor Wi-Fi<br />
coverage and enables the rapid<br />
construction of Wi-Fi Hotzones. The<br />
ProST-WiFi operates over the full ProST<br />
temperature range and includes<br />
industrial strength 802.11b/g<br />
technology that supports <strong>16</strong> SSIDs per<br />
CPE and SSID to VLAN and VLAN to<br />
802.<strong>16</strong> Service Flow mapping.
Quad-band Mobile<br />
WiMAX Device<br />
Main Features<br />
■ Wave 2 Mobile WiMAX compliant<br />
USB device<br />
■ Allows integration with any mobile<br />
or desktop device that supports USB<br />
2.0<br />
■ Plug-and-Play operation<br />
■ 2x2 Matrix A MIMO and Matrix B<br />
MIMO support<br />
■ Quad Band operation enables<br />
worldwide roaming<br />
• 2.3-2.4GHz<br />
• 2.5-2.69GHz<br />
• 3.3-3.7GHz<br />
• 4.9-5.4GHz<br />
■ RF Performance<br />
• SOFDMA<br />
• TDD<br />
• Tx power (2/3GHz) – 20dBm<br />
• Tx Power (4/5GHz) – 17dBm<br />
■ Supports:<br />
• Handover<br />
• Sleep, paging and idle modes<br />
■ Low power consumption<br />
■ SIM card support for Service<br />
Provider information<br />
■ Over-the-air download of software<br />
upgrades<br />
■ Small form factor, only 80x32x8mm<br />
■ Battery powered WiMAX Finder addon,<br />
which enables detecting WiMAX<br />
coverage without turning on the PC<br />
<strong>16</strong>eUSB – Mobile WiMAX USB Device<br />
According to industry estimates over<br />
200 million PCs were shipped during<br />
2005 with mobile PCs making up<br />
some 30%, growing an annual rate of<br />
26% compared to desktop growth of<br />
less than 5%.<br />
The number of mobile PCs, laptops,<br />
tablets, etc. shipped in 2006 is<br />
expected to exceed 75 million units.<br />
These remarkable numbers coupled<br />
with the ever more mobile working<br />
practices create a massive market for<br />
Mobile WiMAX.<br />
Just like Wi-Fi enabling laptop PCs,<br />
first through PCMCIA devices in 1999<br />
followed by full integration from 2001<br />
onwards, WiMAX enabling laptops will<br />
start with WiMAX USB and PCMCIA<br />
devices before the technology is built<br />
into the mobile PCs as a matter of<br />
course sometime in the future.<br />
Airspan has taken the lead by<br />
announcing the world’s first Wave 2<br />
Mobile WiMAX compliant, MIMO<br />
enabled USB device called <strong>16</strong>eUSB.<br />
The device can be used with any USB<br />
2.0 compatible mobile PC or desktop.<br />
The device is completely plug-and-play<br />
and does not require installation by<br />
the end user. In order to provide<br />
ultimate flexibility the <strong>16</strong>eUSB<br />
provides quad-band WiMAX operation<br />
in a small package, ideal for the global<br />
mobile roaming environment for<br />
which it is intended.<br />
<strong>16</strong>eUSB packs a big RF performance<br />
for its diminutive size delivering up to<br />
20dBm into the antenna. It is power<br />
friendly too, looking after the mobile<br />
devices battery by supporting sleep<br />
and idle features.<br />
<strong>16</strong>eUSB’s optional WiMAX Finder addon<br />
device is self-powered and provides<br />
a simple way of detecting WiMAX<br />
coverage availability without powering<br />
up the PC mobile PC.<br />
<strong>16</strong>eUSB incorporates service provider<br />
friendly features as well. It supports a<br />
SIM card slot, which can be used to<br />
contain service provider information.<br />
Furthermore, the device supports overthe-air<br />
software upgrades.<br />
20
21<br />
The VoIP QoS and<br />
Admission Control<br />
Solution<br />
Main Features<br />
■ VoiceMAX functions<br />
• Auto discovery of SIP User<br />
Agents<br />
• Admission Control<br />
• Emergency calls prioritisation<br />
• Dynamic UGS management<br />
■ VoiceMAX architecture<br />
• SIP based software product<br />
deployed on a standalone server<br />
• Rack mountable<br />
■ VoiceMAX management<br />
• Local console<br />
• Over the Internet using Web<br />
browser<br />
• Linux based<br />
VoiceMAX – Airspan’s Carrier-Class<br />
VoIP Solution<br />
VoIP media streams require a<br />
constant, uninterrupted data flow.<br />
Each UDP packet carries between 10<br />
and 30 (depending on the codec and<br />
packetization) milliseconds of voice<br />
data. In an ideal world packets would<br />
never arrive out of sequence or suffer<br />
from delays or packet lost.<br />
However, a shared medium such as<br />
wireless access is far from ideal for<br />
delivering VoIP packets with constant<br />
delay and jitter because the amount<br />
of traffic may fluctuate from one<br />
moment to the next.<br />
Airspan has deployed in-house<br />
expertise in both wireless and voice<br />
technology in order to bring a unique,<br />
SIP based solution to Voice over<br />
Wireless IP (VoWIP), we call<br />
VoiceMAX.<br />
Airspan has developed a standalone<br />
VoiceMAX which takes advantage of<br />
the special QoS features of the IEEE<br />
802.<strong>16</strong> standard and advanced<br />
admission control mechanisms.<br />
VoiceMAX is deployed in the CSN and<br />
becomes part of an IMS<br />
implementation. Using SIP, VoiceMAX<br />
communicates with the WiMAX base<br />
stations and with the Softswitch in<br />
order to dynamically allocate the<br />
WiMAX network resources with<br />
minimum waste of pre-assigned<br />
bandwidth, at the same time ensuring<br />
the desired voice quality.<br />
The standalone VoiceMAX server<br />
performs the following functions:<br />
■ Auto discovery of SIP user<br />
agents (UA) - VoiceMAX that<br />
acts as a standard SIP proxy<br />
intercepting all SIP massages.<br />
The registration packet triggers<br />
the “Auto Discovery”<br />
mechanism, which at the end of<br />
the process gives the VoiceMAX<br />
the ability to determine, to<br />
which BS a specific SIP UA<br />
belongs.<br />
■ Admission control – VoiceMAX<br />
prevents over subscription of<br />
network resources in accordance<br />
with the policies of the<br />
operator. Enable the operator to<br />
prioritize emergency numbers.<br />
■ Dynamic UGS - VoiceMAX<br />
provides the ability to<br />
dynamically create and tear<br />
down UGS sessions. This<br />
mechanism, it enables<br />
guaranteed bandwidth<br />
utilization in accordance with<br />
the negotiated codec selection.<br />
VoiceMAX can be managed either<br />
from the local console or remotely<br />
over the Internet by using a Web<br />
browser.
1<br />
USB<br />
The Scalable Access<br />
Service Network<br />
Gateway<br />
Main Features<br />
■ ControlMAX functions<br />
• Traffic aggregation and routing<br />
• MS admission control<br />
• Manage handover of MS<br />
between base stations<br />
• Policy enforcement<br />
• Security management<br />
• Accounting<br />
• Connection management<br />
■ ControlMAX architecture<br />
• Based on IP networking platform<br />
• High capacity, scalable data<br />
plane, control plane and port<br />
architecture<br />
• High availability<br />
• Can manage more than 100 BS<br />
and 100k subscribers<br />
ControlMAX – Airspan’s ASN Gateway<br />
Solution<br />
The IEEE 802.<strong>16</strong>e-2005 standard calls<br />
for the ability to manage subscriber<br />
mobility at a number of layers as well<br />
as to authenticate, account and apply<br />
policy on a per subscriber basis.<br />
This is achieved by dividing the<br />
WiMAX network into two main parts:<br />
• Access Service Network (ASN) and<br />
• Connectivity Service Network (CSN).<br />
The ASN consists of the WiMAX base<br />
stations and the ASN Gateway.<br />
Whereas, the CSN is at the core of the<br />
network providing control and<br />
management functions such as IMS,<br />
DHCP, FTP and AAA.<br />
A key element of the ASN is the ASN<br />
Gateway, which controls and<br />
aggregates the traffic from a large<br />
number of WiMAX base stations. It is<br />
possible to deploy a network, which is<br />
802.<strong>16</strong>e-2005 compliant without an<br />
ASN gateway providing the wireless<br />
access network is used for fixed and<br />
nomadic applications only.<br />
AAA<br />
DHCP/<br />
DNS<br />
CSN<br />
HA<br />
CRM Billing IMS<br />
BRAS<br />
Internet<br />
IP<br />
Core<br />
ASN Gateway<br />
(ControlMAX)<br />
Airspan’s ASN gateway solution is<br />
called ControlMAX.<br />
The key functions of the ControlMAX<br />
are as follows:<br />
• MS admission control, service flow<br />
control, load control<br />
• Manage handover of MS devices<br />
between base stations in the same<br />
ASN<br />
• Interface with other ASN gateways<br />
in order to ensure handover<br />
between ASNs.<br />
• Traffic aggregation and routing<br />
• Radio resource management<br />
• Policy enforcement<br />
• Security management including<br />
subscriber and terminal device<br />
authentication<br />
• Accounting information<br />
• Connection management<br />
ControlMAX is built around a high<br />
performance, carrier-class IP<br />
networking platform in order to<br />
provide a cost-effective solution which<br />
is scalable and provides remarkably<br />
high levels of availability.<br />
HiperMAX<br />
HiperMAX<br />
Micro<br />
ASN<br />
22
23<br />
Operations &<br />
Management Platform<br />
Management Options<br />
■ AS.MAX family of products support<br />
three management options:<br />
■ Local web based client management<br />
of individual system components<br />
• Used to configure small systems<br />
and networks<br />
■ North-bound intreface to third party<br />
Network Management<br />
■ Management via third party SNMP<br />
management tool<br />
• Uses standard WiMAX MIB<br />
■ Airspan’s Netspan network<br />
management server<br />
• Already running numerous WLL<br />
networks worldwide<br />
• Based on Microsoft .Net<br />
platform<br />
• Distributed server architecture<br />
support<br />
• Full system configuration,<br />
operation and maintenance via<br />
standard web client<br />
• SNMP API support<br />
• Uses standard WiMAX MIB for<br />
all configuration and O&M<br />
activities<br />
Netspan – Element Manager for WiMAX<br />
Airspan’s WiMAX products incorporate<br />
all the features that are required for<br />
the initial installation and<br />
commissioning of the products as well<br />
as their day-to-day efficient running.<br />
To this end, all products include<br />
comprehensive management<br />
capabilities in terms of features<br />
designed into the products as well as<br />
the centralised Operations &<br />
Management (O&M) system, Netspan.<br />
Netspan provides the following<br />
functions:<br />
• Fault management<br />
• Configuration management<br />
• Alarm handling<br />
• Performance management<br />
• Security management<br />
Netspan is designed around a<br />
client/server architecture. The Netspan<br />
server runs on a PC platform, making<br />
use of an SQL database to store the<br />
configuration, statistics and alarm<br />
history from the radio network. Access<br />
to the Netspan server is from<br />
Microsoft Internet Explorer, using the<br />
web service of the Netspan server.<br />
The mimimum Netspan platform<br />
requirements are:<br />
The Netspan O&M has terminal<br />
mobility service support from day 1,<br />
enabling roaming and self-installation<br />
by customers using EasyST and ProSTs.<br />
Auto-CPE provisioning and Auto-<br />
Service Flow and Service Product<br />
allocation ensures that the network<br />
operator can take advantage of any<br />
compatible WiMAX Certified CPE that<br />
connects to his network. Network<br />
Authentication is managed separately<br />
from service provisioning and<br />
activation, which is a fundamental<br />
part of any mobile system design.<br />
Each Netspan operator is given<br />
configurable access rights, allowing<br />
each operator to be granted the rights<br />
appropriate to their function.<br />
Netspan provides configuration and<br />
diagnostic access to every WiMAX<br />
network element, right down to each<br />
individual Subscriber Terminal.
Technical Data Sheet<br />
RF Interface<br />
RF Interface Options<br />
IP Options / Features<br />
Scheduling<br />
Encryption<br />
Management<br />
User / Network<br />
Interface<br />
Options<br />
Powering &<br />
Interconnect<br />
Environmental<br />
Physical Layer<br />
Frequency Bands<br />
Channel Size<br />
FFT<br />
Duplex Method<br />
Sector Angle<br />
Modulations Supported<br />
WiMAX Profiles Supported<br />
Nomadic Support<br />
Mobility Support<br />
Standards Compliance<br />
Tx Power (see note 1)<br />
Rx Sensitivity (see note 2)<br />
AAS & Diversity Gains (Downlink / Uplink)<br />
Nth Order Rx Diversity<br />
Space Division Multiple Access (SDMA) Support<br />
Spatial Freq. Interference Rejection (SFIR) Support<br />
MIMO<br />
Uplink Sub-Channelisation Support<br />
Dynamic Frequency Selection (DFS) Support<br />
Turbo Coding Supported<br />
Configurable Cyclic Prefix<br />
Configurable Frame Duration<br />
GPS Clock Synch Supported<br />
Bridging Mode<br />
IPv<br />
802.1Q VLAN<br />
MIR / CIR<br />
DiffServ<br />
Packet IPv6 over 802.3/Ethernet<br />
Packet IPv4 over 802.1Q<br />
Packet IPv6 over 802.1Q<br />
Payload Header Suppression<br />
Multicast Polling<br />
ARQ<br />
Packing<br />
Unsolicited Grant Service<br />
Real Time Polling<br />
nonReal Time Polling<br />
Best Effort<br />
DES (3DES Keys)<br />
AES<br />
Managed Subscriber Station<br />
User / Network Interface<br />
Supply Voltage<br />
Indoor / Outdoor Interconnect<br />
Outdoor Equipment<br />
Indoor Equipment<br />
Indoor CPE<br />
EasyST ProST <strong>16</strong>eUSB<br />
Note 1: Tx powers apply for QPSK operation. 64QAM support requires appropriate power back-off.<br />
Note 2: Rx sensitivities apply to the minimum channel bandwidth supported and include maximum sub-channelisation.<br />
OFDM<br />
3.3-3.8GHz, 4.9-5.0GHz,<br />
2.3-2.4GHz + subsequent<br />
additional WiMAX bands<br />
1.75MHz, 3.5MHz,<br />
5MHz, 10MHz<br />
256<br />
HFDD + TDD<br />
N/A<br />
64QAM , <strong>16</strong>QAM, QPSK, BPSK<br />
Fixed WIMAX<br />
Yes<br />
No<br />
IEEE 802.<strong>16</strong>e-2005<br />
+24dBm<br />
-103dBm<br />
Up to 2dB/2dB<br />
Yes<br />
Yes<br />
Yes<br />
No<br />
1/2, 1/4, 1/8, 1/<strong>16</strong><br />
N/A<br />
No<br />
N/A<br />
N/A<br />
N/A<br />
802.1D self-learning bridge<br />
IPv4 + IPv6<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
No<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
10/100bT Ethernet, 802.11g WiFi,<br />
POTs with integrated RGW<br />
90-264V AC, 6VDC<br />
All Indoor Solution<br />
N/A<br />
ETS 300 019-1-3 Class 3.1<br />
Outdoor CPE Mobile USB Device<br />
OFDM<br />
3.3-3.8GHz, 5.2-5.8GHz,<br />
4.9-5.0GHz, 2.3-2.4GHz +<br />
subsequent additional WiMAX bands<br />
1.75MHz, 3.5MHz,<br />
5MHz, 10MHz<br />
256<br />
HFDD + TDD<br />
N/A<br />
64QAM , <strong>16</strong>QAM, QPSK, BPSK<br />
Fixed WIMAX<br />
No<br />
No<br />
IEEE 802.<strong>16</strong>e-2005<br />
+23dBm<br />
-103dBm<br />
Up to 2dB/2dB<br />
Yes<br />
Yes<br />
Yes<br />
No<br />
1/2, 1/4, 1/8, 1/<strong>16</strong><br />
N/A<br />
No<br />
N/A<br />
N/A<br />
N/A<br />
802.1D self-learning bridge<br />
IPv4 + IPv6<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
No<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
10/100bT Ethernet, 802.11g WiFi,<br />
POTs with integrated RGW, E1, T1<br />
-48V DC nominal, 90-264V AC<br />
CAT5 Ethernet Cable<br />
ETS 300 019-1-4 Class 4.1<br />
ETS 300 019-1-3 Class 3.1<br />
SOFDMA<br />
2.3-2.4GHz, 2.5-2.7GHz,<br />
3.3-3.7GHz, 4.9-5.4HGz<br />
3.5/5/7/8.75/10MHz S/W<br />
configurable<br />
512/1024<br />
TDD<br />
N/A<br />
64QAM, <strong>16</strong>QAM, QPSK, BPSK<br />
Mobile WiMAX<br />
Yes<br />
Yes<br />
IEEE 802.<strong>16</strong>e-2005<br />
+20dBm<br />
-95dBm<br />
Up to 5dB<br />
Yes<br />
N/A<br />
N/A<br />
Yes (2x2 Matrix B) + A<br />
N/A<br />
N/A<br />
Yes<br />
1/8<br />
5ms<br />
N/A<br />
802.1D self-learning bridge<br />
IPv4 + IPv6<br />
No<br />
Yes<br />
Yes<br />
Yes<br />
No<br />
No<br />
Yes<br />
No<br />
H-ARQ + ARQ<br />
Yes<br />
Yes + ERV1<br />
Yes + ERV1<br />
Yes + ERV1<br />
Yes + ERV1<br />
Yes<br />
Yes<br />
Yes<br />
USB<br />
USB<br />
N/A<br />
N/A<br />
ETS 300 019-1-3 Class 3.1<br />
24
25<br />
Technical Data Sheet<br />
RF Interface<br />
RF Interface Options<br />
IP Options / Features<br />
Scheduling<br />
Encryption<br />
Management<br />
User / Network<br />
Interface Options<br />
Powering &<br />
Interconnect<br />
Environmental<br />
Physical Layer<br />
Frequency Bands<br />
Channel Size<br />
FFT<br />
Duplex Method<br />
Sector Angle<br />
Modulations Supported<br />
WiMAX Profiles Supported<br />
Nomadic Support<br />
Mobility Support<br />
Standards Compliance<br />
Tx Power (see note 1)<br />
Rx Sensitivity (see note 2)<br />
AAS & Diversity Gains (Downlink / Uplink)<br />
Adaptive Antenna System (AAS) Support<br />
Multi Channel Tx Diversity<br />
Nth Order Rx Diversity<br />
Space Division Multiple Access (SDMA) Support<br />
Spatial Frequency Interference Rejection (SFIR) Support<br />
MIMO<br />
Uplink Sub-Channelisation Support<br />
Dynamic Frequency Selection (DFS) Support<br />
Turbo Coding Supported<br />
Configurable Cyclic Prefix<br />
Configurable Frame Duration<br />
GPS Clock Synch Supported<br />
Bridging Mode<br />
IPv<br />
802.1Q VLAN<br />
MIR / CIR<br />
DiffServ<br />
Packet IPv6 over 802.3/Ethernet<br />
Packet IPv4 over 802.1Q<br />
Packet IPv6 over 802.1Q<br />
Payload Header Suppression<br />
Multicast Polling<br />
ARQ<br />
Packing<br />
Unsolicited Grant Service<br />
Real Time Polling<br />
nonReal Time Polling<br />
Best Effort<br />
DES (3DES Keys)<br />
AES<br />
Managed Subscriber Station<br />
User / Network Interface<br />
Supply Voltage<br />
Indoor / Outdoor Interconnect<br />
Outdoor Equipment<br />
Indoor Equipment<br />
HiperMAX<br />
OFDM<br />
(SDR software upgradable to SOFDMA)<br />
3.3-3.8GHz, 2.3-2.4GHz,<br />
2.5-2.7GHz, 4.9-5.0GHz<br />
1.75MHz, 3.5MHz, 5MHz, 10MHz<br />
256<br />
(SDR software upgradeable to 512 and 1024)<br />
FDD + TDD<br />
60, 90, 120, 180, omni<br />
64QAM, <strong>16</strong>QAM, QPSK, BPSK<br />
Fixed WiMAX (SW upgradeable to Mobile WiMAX)<br />
Yes<br />
With SW upgrade to Mobile WiMAX<br />
IEEE 802.<strong>16</strong>e-2005<br />
Up to +40dBm per antenna element<br />
-115dBm (1/<strong>16</strong>), -103dBm (1/1)<br />
From 10dB / 12dB<br />
Yes<br />
Yes<br />
Yes<br />
Yes, by software upgrade<br />
Yes, by software upgrade<br />
Yes, with Mobile WiMAX<br />
1/2, 1/4, 1/8, 1/<strong>16</strong><br />
(+1/32 with Mobile WiMAX)<br />
N/A<br />
Yes, with Mobile WiMAX<br />
1/4, 1/8, 1/<strong>16</strong>, 1/32<br />
2.5, 4, 5, 8, 10, 12.5, 20ms<br />
Yes<br />
802.1D self-learning bridge for Fixed WiMAX<br />
IPv4 + IPv6<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
N/A<br />
100bT/1000bT Ethernet<br />
-48V DC nominal<br />
OBSAI<br />
ETS 300 019-1-4 Class 4.1E<br />
ETS 300 019-1-3 Class 3.2<br />
Note 1: Tx powers apply for QPSK operation. 64QAM support requires appropriate power back-off.<br />
Note 2: Rx sensitivities apply to the minimum channel bandwidth supported and include maximum sub-channelisation.<br />
Macro Cells Base Stations<br />
MacroMAX<br />
OFDM<br />
(Based on SDR technology)<br />
3.4-3.6GHz<br />
1.75MHz, 3.5MHz<br />
256<br />
FDD<br />
60, 90, 120, 180, omni<br />
64QAM , <strong>16</strong>QAM, QPSK, BPSK<br />
Fixed WiMAX<br />
Yes<br />
No<br />
IEEE 802.<strong>16</strong>e-2005<br />
Up to +38dBm per antenna<br />
-115dBm (1/<strong>16</strong>), -103dBm (1/1)<br />
Up to 5dB / 5dB<br />
No<br />
Yes<br />
Yes<br />
No<br />
No<br />
No<br />
1/2, 1/4, 1/8, 1/<strong>16</strong><br />
N/A<br />
No<br />
1/4, 1/8, 1/<strong>16</strong>, 1/32<br />
2.5, 4, 5, 8, 10, 12.5, 20ms<br />
No<br />
802.1D self-learning bridge<br />
IPv4<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
N/A<br />
100bT Ethernet<br />
85-265V AC<br />
RF Coaxial Feeder<br />
ETS 300 019-1-4 Class 4.1E<br />
ETS 300 019-1-3 Class 3.2
MicroMAX<br />
OFDM<br />
(future release supports SOFDMA)<br />
3.3-3.8GHz, 5.8HGz + subsequent<br />
additional WiMAX bands<br />
1.75MHz, 3.5MHz,<br />
5 MHz, 10MHz<br />
256<br />
(future release supports 512 and 1024)<br />
FDD + TDD<br />
60 + others with external antenna<br />
64QAM , <strong>16</strong>QAM, QPSK, BPSK<br />
Fixed WiMAX (future release supports Mobile WiMAX)<br />
Yes<br />
Future Release supports Mobile WiMAX with mobility<br />
IEEE 802.<strong>16</strong>-2004 (future release to support 802.<strong>16</strong>e)<br />
+28dBm<br />
-115dBm (1/<strong>16</strong>), -103dBm (1/1)<br />
Up to 5dB / 5dB with dual BSRs<br />
No<br />
Yes (with multiple BSRs)<br />
Yes (with multiple BSRs)<br />
No<br />
No<br />
No<br />
1/2, 1/4, 1/8, 1/<strong>16</strong><br />
Yes (at 5.8GHz)<br />
No (Supported with future Mobile WiMAX version)<br />
1/4, 1/8, 1/<strong>16</strong>, 1/32<br />
2.5, 4, 5, 8, 10, 12.5, 20ms<br />
Yes<br />
802.1D self-learning bridge<br />
IPv4 + IPv6<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
N/A<br />
100bT/1000bT Ethernet<br />
-48V DC nominal, 90-265V AC<br />
CAT5 Ethernet Cable<br />
ETS 300 019-1-4 Class 4.1<br />
ETS 300 019-1-3 Class 3.2<br />
Micro Cells Base Stations<br />
HiperMAX-micro<br />
OFDM<br />
(SDR software upgradable to SOFDMA)<br />
3.3-3.8GHz, 2.3-2.4GHz, 2.5-2.7GHz,<br />
4.9-5.0GHz<br />
1.75MHz, 3.5MHz,<br />
5MHz, 10 MHz<br />
256<br />
(SDR software upgradable 512 and 1024)<br />
FDD + TDD<br />
60, 90, 120, 180, omni<br />
64QAM , <strong>16</strong>QAM, QPSK, BPSK<br />
Fixed WiMAX (SW upgradeable to Mobile WiMAX)<br />
Yes<br />
With SW upgrade to Mobile WiMAX<br />
IEEE 802.<strong>16</strong>e-2005<br />
Up to +40dBm per antenna element<br />
-115dBm (1/<strong>16</strong>), -103dBm (1/1)<br />
Up to 5dB / 5dB<br />
No for standard configuration<br />
Yes<br />
Yes<br />
No for standard configuration<br />
No for standard configuration<br />
No for standard configuration<br />
1/2, 1/4, 1/8, 1/<strong>16</strong><br />
(+1/32 with software upgrade)<br />
N/A<br />
Yes, with Mobile WiMAX<br />
1/4, 1/8, 1/<strong>16</strong>, 1/32<br />
2.5, 4, 5, 8, 10, 12.5, 20ms<br />
Yes (integralGPS option)<br />
802.1D self-learning bridgef for Fixed WiMAX<br />
IPv4 + IPv6<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
Yes<br />
N/A<br />
100bT/1000bT Ethernet<br />
90-265V AC,<br />
All Outdoor Solution<br />
ETS 300 019-1-4 Class 4.1E<br />
N/A<br />
Physical Layer<br />
Frequency Bands<br />
Channel Size<br />
FFT<br />
Duplex Method<br />
Sector Angle<br />
Modulations Supported<br />
WiMAX Profiles Supported<br />
Nomadic Support<br />
Mobility Support<br />
Standards Compliance<br />
Tx Power (see note 1)<br />
Rx Sensitivity (see note 2)<br />
AAS & Diversity Gains (Downlink / Uplink)<br />
Adaptive Antenna System (AAS) Support<br />
Multi Channel Tx Diversity<br />
Nth Order Rx Diversity<br />
Space Division Multiple Access (SDMA) Support<br />
Spatial Frequency Interference Rejection (SFIR) Support<br />
MIMO<br />
Uplink Sub-Channelisation Support<br />
Dynamic Frequency Selection (DFS) Support<br />
Turbo Coding Supported<br />
Configurable Cyclic Prefix<br />
Configurable Frame Duration<br />
GPS Clock Synch Supported<br />
Bridging Mode<br />
IPv<br />
802.1Q VLAN<br />
MIR / CIR<br />
DiffServ<br />
Packet IPv6 over 802.3/Ethernet<br />
Packet IPv4 over 802.1Q<br />
Packet IPv6 over 802.1Q<br />
Payload Header Suppression<br />
Multicast Polling<br />
ARQ<br />
Packing<br />
Unsolicited Grant Service<br />
Real Time Polling<br />
nonReal Time Polling<br />
Best Effort<br />
DES (3DES Keys)<br />
AES<br />
Managed Subscriber Station<br />
User / Network Interface<br />
Supply Voltage<br />
Indoor / Outdoor Interconnect<br />
Outdoor Equipment<br />
Indoor Equipment<br />
RF Interface RF Interface Options IP Options / Features<br />
Scheduling<br />
Encryption<br />
Management<br />
User / Network<br />
Interface Options<br />
Powering &<br />
Interconnect<br />
Environmental<br />
26
How to find out<br />
more about Airspan<br />
products and solutions<br />
For more information about Airspan, its<br />
products and solutions, please visit our<br />
website:<br />
www.airspan.com<br />
Or write to us at one of the addresses below.<br />
We will be delighted to send you additional<br />
information on any of our products and their<br />
applications around the world.<br />
Worldwide Headquarters;<br />
Airspan Networks Inc.<br />
777 Yamato Road, Suite 105,<br />
Boca Raton, FL 33431-4408, USA<br />
Tel: +1 561 893 8670 Fax: +1 561 893 8671<br />
www.airspan.com<br />
Airspan has sales offices in<br />
the following countries:<br />
Europe<br />
Czech Republic<br />
Finland<br />
Poland<br />
Russia<br />
United Kingdom<br />
Middle East<br />
United Arab Emirates<br />
Africa<br />
South Africa<br />
Americas<br />
United States<br />
Asia Pacific<br />
Australia<br />
China<br />
Indonesia<br />
Japan<br />
Philippines<br />
Sri Lanka<br />
Main Operations;<br />
Airspan Communications Limited<br />
Cambridge House, Oxford Road,<br />
Uxbridge, Middlesex, UB8 1UN, UK<br />
Tel: +44 (0) 1895 467 100 Fax: +44 (0) 1895 467 101<br />
001-0107-006 Rev E