Corporate and Product Overview of Anywave Technologies Co LTD Digital and Analog TV Transmitters, Exciters, streaming and Encoders for ATSC, DVBT2, ISDB-T2

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COMMUNICATION TECHNOLOGIES CO. LTD

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ANYWAVE Locations
USA Headquarters Lincolnshire, Illinois China Headquarters Shanghai

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BTSI
PHILIPPINES
ANYWWAVE INC.
UNITED STATES OF AMERICA
PT. HANJAYA INTERNASIONAL
INDONESIA
BROADCAST AND
STUDIO THAILAND
ANYWAVE INC
CANADA
VIDEOSCOPE (MIAMI)
BRAZIL
MEXICO
COLUMBIA
ARGENTINA
PERU
VENEZUELA
CHILE
ECUADOR
GUATEMALA
CUBA
HAITI
BOLIVIA
DOMINICAN REPUBLIC
HONDURAS
PARAGUAY
EL SALVADOR
NICARAGUA
COSTA RICA
PANAMA
URUGUAY
GUADELOPE
MARTINIQUE
FRENCH GUIANA
JADE MEDIA
MALAYSIA
PEOPLES MEDIA
NETWORK SRI LANKA
SOUTHERN BROADCAST TECHNOLOGY
VIETNAM
ESS
PAKISTAN
Nreach
BANGLADESH
EMERGE
AFGANISTAN
TECHNOMEDIA
INDIA
INVERSON TECHNOLOGIES
RUSSIA
INVERSON TECHNOLOGIES
TAJIKISTAN
INVERSON TECHNOLOGIES
KAZAKHSTAN
SERVETECHNO
ARMENIA
GEORGIA
AZERBAIJAN
KYRGYZSTAN
TURKMENISTAN
SAN YANG
KOREA
ANYWAVE Representatives
Lumina Broadcast Systems
Australia

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ANYWAVE History
 2004 Key in the development of ATSC
 2006 Assisted in the development of CMMB
 2007 Anywave Founded
 Unique algorithms for amplifier linearization
 Patents in On Channel Digital Repeaters

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ANYWAVE
 Created in 2007
 Originally LINX ELECTRONICS
 Employees: 250+
 30% of revenue spent on R&D
Anytime, Anyhow, Anywhere…

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 Originally OEM only (Exciters,
Gap fillers).
 In 2013 began end user
direct sales.
ANYWAVE
Anytime, Anyhow, Anywhere…

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 Today’s Core business:
o Exciters
o Transmitters
o Gap fillers
ANYWAVE
Anytime, Anyhow, Anywhere…

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 2014 $42M annual sales
 2015 $87M forecasted annual sales (93% growth)
 Over 1000 transmitters or 1 Million Watts of power on back order
 Over 5,000 exciters on back order
 Technology innovation is DVB-T2, ATSC3.0 and ISDB-T.
 Technology innovation in amplifiers with Doherty amplifier
efficiencies greater than 50%.

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Brand New
State-of-the-Art
ANYWAVE Manufacturing Facilities
ANYWAVE

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Performance
 Best Efficiency
 Unsurpassed Performance
 Unequaled Value

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ANYWAVE Doherty
More than 70% (typically)
of network operators costs relate to power consumption
Most power is consumed
by the RF power amplifier devices.
Standard Class A/B design transmitters
operate with poor efficiency due to the high peak to average ratio.
Typical Class A/B transmitter system efficiency is between 14-20% *
Amplifiers operate at highest efficiency
at saturation point
ANYWAVE employs DOHERTY Modulation
for improved efficiency (ℇ).
System efficiencies are improved by 50%
over traditional Class A/B.

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ANYWAVE Doherty
DOHERTY amplification
Is the most effective approach to date for efficiency improvement
The Basic idea of Doherty
Is to separate the amplification of the peak and average signal by using separate “main” and “peak” amplifiers
The result
Is a 20% or more improvement in amplifier efficiency (ℇ)

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ANYWAVE Doherty
The MAIN PA
constantly works in saturation after reaching the “back off” point
The PEAK PA
Does not operate until the “back-off” point is reached
POWER EFFICIENCY
is relatively consistant from 100% to 50% operating power
Average
Power
Efficiency
from 100%
to 50%
operating
level

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Efficiency through Design
DOHERTY TECHNOLOGY
makes it possible to improve the efficiency of a broadcast amplifier
WITH COFDM (DVB-T2. ISDB-T and ATSC3.0)
efficiency increases from 20% to 40%
WITH SINGLE CARRIER SYSTEMS (ATSC 1.0)
Efficiency increases from 25% to 50%
TYPICAL SAVINGS PER KILOWATT
For a standard 1kW transmitter can be over $3,000 USD per year
SAVINGS
Can equate to over 10% per you over the capital
investment
Efficiencies are improved by 50%
over traditional Class A/B.

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Efficiency through Design
A Digital TV Transmitter has 3 key stages
- Modulator
- RF Power Amplifier
- Band Pass Filter
Modulation Amplification Filtering

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Efficiency through Design
AN ANYWAVE AMPLIFIER
Typically contains 4 or 6 Doherty pallets providing an
output of 500-800W.
TYPICAL CONSUMPTION is
OFDM : 1500W (ℇ ~ 40%)
ATSC : 1200W (ℇ ~ 50%)
TAKING INTO CONSIDERATION
Combiner Losses: RF System Efficiency is reduced by 4-8%
SYSTEM EFFICIENCY
Includes modulator, cooling, control system, and AC to DC
conversion
TOTAL SYSTEM EFFICIENCY
~32 – 42 %
Depending on Digital TV standard, ambient conditions,
performance requirements and overall life expectancy

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Powerful ADPC™ with linear and non-linear pre-correction
Dual feedback samples, before and after band pass filter
Adaptive and Automatic Correction of amplitude, phase and
group delay, Thermal Memory Effects and Crest Factor
Reduction
Continuous measurement and display of MER and IMD
during correction
Superior non-linear pre-correction
• Up to 15 dB shoulder improvements
• Up to 10 dB MER (SNR) improvements
Superior linear pre-correction
• In band flatness: <±0.5 dB
9X Series Exciter
ANYWAVE

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Supports Analog TV (NTSC, PAL)
True real-time automatic pre-correction
Frequency Agile (VHF I, VHF III, and UHF) (9X supports entire
spectrum without hardware change)
Real time measurement and display of Transmitted Signal
Shoulder levels (IMD), Transmitted Signal to Noise Ratio (TSNR)
and Transmitted Forward Power (FWD %)
Dual ASI or auto-switching TS Inputs provides seamless A/B
input redundancy
Transport Stream over IP (optional)
9X Series Exciter
Built-in GPS receiver Built in Web Interface< -120 dBc/Hz@10 kHz offset at 473 MHz
Ultra low phase noise
ANYWAVE

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Performance through Design
 Amplifier efficiency has the greatest effect on cost of
ownership, but it also has the biggest consequence on
performance.
 As you increase efficiency (transistors in saturation) the
inherent amplifier deficiencies are increased
• Modulation Error Ratio (MER) / Signal to Noise (SNR)
• Inter-Modulation Distortion (IMD)

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HPTV » MPTV » LPTV
ANYWAVE Products
EXCITERS
ENCODERS
CABLES,
CONNECTORS
AND FILTERS

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ANYWAVE OFDM Products
20W – 400W
800W – 3kW
5kW – 20kW
CMMBISDBT-b

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ANYWAVE ATSC Products
30W – 560W
1kW – 4kW
6kW – 30kW
ATSC

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ANYWAVE Analog Products
50W – 1kW
1.5kW – 8.5kW
10kW – 50kW
PALNTSC

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 VHF
 UHF
 All standards (ATSC, ISDB-T, DVB-T2)
 Adaptive and automatic correction
 Continuous measurement of SNR/IMD
 Direct Digital Up-conversion.
 Measures POWER, SNR and
SHOULDERS.
 Full remote control via web browser.
ANYWAVE Exciters

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Shoulder > 60 dB MER > 40dB In-band flatness < ±0.5 dB Ultra low phase noise
UNPARALLED PERFORMANCE
< -120 dBc/Hz@10 kHz offset at 473 MHz
ANYWAVE Exciters

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ANYWAVE Translators
 VHF
 UHF
 All standards (ATSC, ISDB-T, DVB-T2)
 Adaptive and automatic correction
 Continuous measurement of SNR/IMD
 Continuous measurement of input
SNR/LEVEL.

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ANYWAVE Amplifiers
 VHF
 UHF
 Air cooled
 High efficiency
 Temperature controlled fans
 Self protection system
 1W – 400W (OFDM) 2W - 560W (ATSC)

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ANYWAVE LPTV Transmitters
 UHF (Band IV and V)
 VHF (Band III)
 Air cooled
 High efficiency
 Compact, reliable, easy to maintain
 OFDM: 1W (2RU) - 400W (5RU)
 ATSC: 2W (2RU) - 560W (5RU)
 Analog: 5W (2RU) – 1kW (5RU)

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ANYWAVE MPTV Transmitters
 UHF (Band IV and V)
 VHF (Band III)
 Air cooled
 Doherty Modulation: High Efficiency
 Easy access, installation, simple, reliable
 OFDM: 800W (1270mm) - 4KW (2030 mm)
 ATSC: 1kW (50”) – 3.2kW (80”)
 Analog: 2kW (1270mm) - 8.5kW (2030 mm)

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1W 2W
20W 30W
100W 140W
200W 280W
400W 560W
800W 1000W
1200W 1500W
2000W 2500W
3000W 4000W
OFDM and ATSC average transmitter power at the output of the filter.
1W to 3000W OFDM
2W to 4000W ATSC
ANYWAVE MPTV Transmitters

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ANYWAVE HPTV Transmitters
 UHF (Band IV and V)
 Liquid cooled
 Doherty Modulation: High Efficiency
 Modular
 OFDM: 800W – 5.6KW (2030 mm)
 ATSC: 1kW - 5kW (80”)
 Analog: 2kW - 8.5kW (2030 mm)
 Up to 20kW digital in multiple cabinets

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ANYWAVE Containerized Transmitters
 Transmitters
 Translators
 1W to 200W
 Choice of…
o RF Input
o ASI Input
o Satellite Input
o CVBS/SD-SDI Input

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ANYWAVE Digital Encoders
 MPEG-2 / 4
 SD / HD
 STAT-MUX
 2 – 12 Inputs
 EAS Switching
 Static and Dynamic PSIP

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ANYWAVE Digital Stream Processors
 Manual switching between 4 incoming SDI
inputs and 4 CVBS analog-to-digital
converted SDI signals into 4 SDI Outputs
 Automatically switches 4 SDI Outputs to
EAS signal when EAS trigger occurs,
resume back to original outputs when EAS
trigger stops
 Provides EAS signal and EAS control signal
loop-out
 4 ASI Inputs into on-board Multiplexor,
with program cherry picking into 2 ASI
Outputs
 Static & Dynamic PSIP Generator & Inserter,
with auto EPG ingestion (TMS, etc.)
 Provides 4 HD/SD SDI inputs, fully compliant
with SDI standards
 Converts the 4 CVBS inputs to SDI signals

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ANYWAVE RF Filters & Components
 Filters
 Combiners
 Cables
 Connectors

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ANYWAVE Specialized Design
 Modulation
 Demodulation
 Correction
 Encoding
 Cherry picking
 PSIP Editing and PSIP Generation

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Amplifier Design
 Carved in aluminum heat sink
 Single piece all aluminum
 All BLF888”X” devices and rejection
loads are all directly mounted onto
the aluminum heat sink for
maximum heat dissipation and
minimum heat transfer resistance
 Power cables routed under the main
board, within the carved heat sink
 High density, heavy duty all
aluminum heat sink
 Light weight
 Large equivalent surface area
 High density panels create air flow
turbulence for fast, exceptional
effective heat removal
 Heavy duty, speed controlled DC
brushless fans
 267 CFM rating for each fan
 Fan speeds accessible from the
control unit or via a remote access
 Temperature controlled for quite
operation, reduced power
consumption, and extended life

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 Heavy duty, secured mounting AC
input connector
 Heavy duty 7/16” DIN output
connectors
 500 W for DVBT/ISDBT, 700 W for
ATSC
 High power capacity, dual 2000 W
AC/DC power supplies
 Total 4000 W capacity for 500 W
DVBT/ISDBT, 700 W ATSC output
power
 Fire and smoke resistant wiring
Amplifier Design

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 Well shielded multiple compartment
 All-digital bias measurement and adjustment
 Dedicated Micro controller in each PA module
for local monitoring
 Real time and continuous measurements on
current, voltage, bias on each BLF888A device,
temperature, forwarded power, and reflected
power levels
Amplifier Design

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Complete monitoring and control functions
Large 5 inch touch screen
System status displayed
Forward power, reflected power, rejection power levels
displayed in wattage, dBm and percentage
VSWR displayed
Driver status displayed and Input Level
Exciter presence and selection
Forward power, reflected power, current, voltage,
temperature, bias voltage
Real time Log
Control System
ANYWAVE

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Amplifier module status displayed
Fan speeds
Remote accessibility
One RS232 port
Two RS485 ports
One Ethernet (RJ45) port
Web interface
Control System
ANYWAVE

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Installation
 Top mount Band Pass Filter
 Space saving
 Shortest possible signal path for the minimum loss
 Heavy duty 1-5/8” output power feed

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Output System
Heavy duty power combiner and
directional coupler
7/16” DIN input connectors for
power combining
1-5/8” output connectors for
power combining
Shortest possible signal path
for the minimum loss
Heavy duty direction load
With a power measurement port
800 W rated power (for 1 kW)
1-5/8” input and output for
the directional coupler
Temperature controlled cooling fan
ANYWAVE

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Graphical user interface for remote access
Via RJ45 and Web Browser
Complete Diagnostics
Remote Control
 Communication
 Amplifiers
 Exciters
ANYWAVE

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ANYWAVE for all your transmission needs

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THANK YOU FOR YOUR ATTENTION
ANYWAVE
ANYWAVE COMMUNICATION TECHNOLOGIES CO. LTD
300 KNIGHTSBRIDGE PARKWAY,
LINCOLNSHIRE, IL 60069-3655, USA

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ANYWAVE
FRANK W MASSA
INTERNATIONAL SALES MANAGER
ANYWAVE COMMUNICATION TECHNOLOGIES CO. LTD
300 KNIGHTSBRIDGE PARKWAY, 53/64 SARACHA VILLA, SANSUK
LINCOLNSHIRE, IL 60069-3655, USA MUANG CHONBURI Thailand
SEND US AN EMAIL
frank.massa@anywavecom.com
CALL US
(+66) 83 618 9333
(+1) 831 264-4159
VISIT OUR WEBSITE
www.anywavecom.com/en
For Product Inquiries, please don’t hesitate to contact us.