Data Sheet by Elettronika Group

TELEVISION GR O U P

VEGA

TV Transmitter and Transposer MAIN CHARACTERISTICS: Modular construction Conventional air cooling AGC and ALC controls 2-slope linearity precorrection Excellent noise figure Programming of local oscillator from front panel Pre-set for precision OFFSET Multifunctional digital graphic display Soft-start circuit Low power consumption SAW vestigial filter Sync restore Group delay pre-correction Automatic white level and sync limiter Multistandard modulator Available in stereo/dual sound version ICPM and differential phase pre-corrector Possibility of use of common and separate carriers Remote Control of more than 50 parameters by RS232 or RS485

The transmitters and transposers in this series are characterized by high performance and capability and by excellent linearity over the entire working band thanks to the optimization of the RF circuits. A high degree of reliability is guaranteed, by the use of oversized cooling devices and by control circuits operated by modern microprocessor technologies. All of the on-board microprocessors can be reprogrammed from the frontal panel with the help of a PC. From the same panel it is possible to display and change more than 50 parameters of the transmitter, stored into a non-volatile memory. For analog parameters, the transmitter displays both the current value and the factory setting. All of the parameters which can be read and set from the display can also be controlled from remote trough the RS232 connector on the front panel or the RS485 on the rear one. The main parameters and the on/off status of the transmitter can also be controlled in a wired way through the telemetering connector on the rear panel.

These units are used as low-power transmitters or transposers or as driver stages for amplifiers of higher power and are available in 15W versions. The excellent spectral purity of the conversion oscillator gives these units an excellent signal/noise ratio of the radiated signal. The units are equipped with an input connector for a 5MHz or 10MHz external reference signal. The OFFSET option allows frequency shifts in 1Hz (CCIR) or 0.999000999Hz (FCC) steps for operation in "precision offset" or "isofrequency" mode in the various television standards. The AUDIO STEREO option allows to have stereo and dual sound audio input. The EXTERNAL REFERENCE option allows have internal high-precision frequency reference. The OUTPUT FILTER option allows to reduce the out-of-band signals. The MONOSCOPE option allows have internally generated, fixed but programmable video and audio pattern.

INPUTS VEGA TV SYSTEM

TELEMEASURES

ON/OFF

MOD.____________ N째

0077413

OPTIONS

0682

AUDIO 1

RS485

GROUND

LINE SOCKET

AUDIO 2 RF IN

RF OUT VIDEO EXT REF IN/OUT

IF LINK

VEGA Transposer Receiver Module

OUT

VEGA Rear panel

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Technical characteristics TRANSMITTER VERSION

VEGA TV System

VIDEO PARAMETERS Input impedance Input level White/Sync level limiter 2T K factor Amplitude / frequency response Differential gain Differential phase Group delay Sync pulse compression S/N Ratio (weighted) ICPM Luminance non linearity Field time bar tilt Line time bar tilt

75Ω 1Vpp ±6dB 95% < 1.5% ±0.5dB (throughout the vision band) < 5% < 3° ±35ns (throughout the vision band) < 3% > 60dB < 3° < 4% < 2% < 2%

AUDIO PARAMETERS

MODELS Transmitter (VEGA) Transposer (VEGA/C)

OPTIONS Audio Stereo (TX only) High Stability Precision Offset Output Filter Monoscope (TX only)

Input impedance Input level Frequency response (30Hz to 15kHz) T.H.D. (30Hz to 15kHz) S/N Ratio (unweighted) Pre-emphasis Stereo/Dual sound operation Stereo Crosstalk

600Ω or 10kΩ, selectable 0dBm ±8dB, 0.5dB step ±0.5dB (±0.2 typ.) < 0.4% (better then 0.2% typ.) > 60dB 50µs (75µs) or flat Selectable with AUDIO STEREO option > 37dB (better then 40dB typ.)

GENERAL Ouput power Available standards Cooling Operating temperature Maximum relative humidity Mains power supply External reference frequency input Output impedance Output connector Dimensions Weight Frequency stability I.M.D. at rated output power Harmonics Sporious emissions External interfaces

0 to 15W (adj.) B, D, G, H, I, K, M, N Forced Air -10°C to +45°C 90%, non condensing 90 to 260Vac 5MHz or 10MHz 50Ω N Female 3U 19" Rackmount 15kg 1ppm (0.05ppm with HIGH STABILITY option) Better then -60dBc (-63dBc typ.) -60dB or better -60dB or better Logic and analog signal outputs, enable input, RS485, Rs232

TRANSPOSER VERSION INPUT PARAMETERS Input frequency bands Input impedance Input matching Input level amplitude A.G.C. + A.L.C. dynamic Noise figure

VHF I, VHF III, UHF 50Ω > 26dB -30 to -75dBm > 45dB < 6dB Specifications and characteristics are subject to change without notice Rev.2/7.10

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TELEVISION GR O U P

DVB-T/H Transmitter Compact and cost competitive Top-quality air cooling system Agile output frequency step 1Hz over VHF, UHF and L bands All DVB-H modes supported Multi-platform remote control User-friendly Graphical User Interface Very high power efficiency thanks to accurate digital precorrection Easy SFN synchronization

The DVB-T/H TRANSMITTER is the newest and best solution for low, medium and high power DVB-T and DVB-H broadcasting in terms of performances and price. It represents the fundamental block to implement the RF channel modulation for Digital Video Broadcasting targeting fixed, mobile and handheld receivers. In a single 19â&#x20AC;? 2U case we have concentrated the powerful digital signal processing section, the agile upconversion module, the output filtering module, the power amplifier stage, the microprocessor-based control section and a very user-friendly LCD interface. The unit comes with four ASI inputs, enabling redundancy also in hierarchical modulation schemes with automatic input switching in case of input failures. The innovative design of this equipment implements the optimal compromise between physical size and long-term reliability. The DVB-T/H TRANSMITTER has been

ASI INPUT HP1 ASI INPUT HP2 ASI INPUT LP1

Redundancy Control

MAIN CHARACTERISTICS:

DVB-T/H Modulator

Digital-toAnalog Converter

designed for quick and cost-effective installations of fixed and mobile DVB Terrestrial networks, supporting SFN operation and DVB-H modes selection. A complete remote control of the unit is possible by means of different cabled or wireless telecommunications networks. A highly linear LDMOS amplifier stage, together with a highly advanced digital precorrection engine produce extremely high RF performances at a very competitive price. Elettronika equipment is severely tested with highly accurate and professional laboratory testing instrumentation and is guaranteed by the ISO-9001 Quality Certification which ensures a perfectly managed production phase. Elettronika equipment for Digital TV broadcasting is currently used by valuable worldwide customers, which is the best certification for in-field performance over different operating environments.

Band-pass filter

ASI INPUT LP2

Agile Low-noise Synthesizer

Power Supply

90 - 250VAC

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Channel filter

Up Converter

Synchronization

1pps

10MHz

10MHz Out

Output Amplifier

Control & Monitoring

RS232/RS485

RF Output

Monitoring output

Telemeasurement

Technical characteristics SIGNAL PROCESSING SECTION

DVB-T/H TRANSMITTER

Reference Standard DVB-T Modes Constellations Code Rates Guard Intervals Hierarchical Modes Inner Interleaver Network Support TPS signalling Bandwidths Digital Pre-Correction Automatic NIT Update Automatic PCR Restamping Output OFDM Peak Factor Test Modes

ETSI EN 300 744 v1.5.1 2k, 4k, 8k QPSK, 16QAM, 64QAM 1/2, 2/3, 3/4, 5/6, 7/8 1/4, 1/8, 1/16, 1/32 α=1, α=2 and α=4 over 16QAM and 64QAM Native, In-depth MFN and SFN DVB-T or DVB-H 8MHz, 7MHz, 6MHz and 5MHz Linear and Non-Linear User enabled User enabled Adjustable with Digital Pre-Corrector PRBS Generator, Null Symbol Insertion, Central Carriers removal

INPUT SECTION TS input Input TS Format MPEG-2 Packet Length Frequency Reference Frequency Reference Interface Time Reference Time Reference Interface

4 DVB-ASI inputs: 2HP + 2LP fully redundant SPTS/MPTS, Burst Mode - Continuous Mode 188/204 bytes 10MHz BNC, 50Ω, -15dBm to +15dBm 1pps BNC, 5kΩ,TTL 0-5V

OUTPUT SECTION RF Output Frequency RF Output Option Output Level Output Interface Spectrum Polarity Harmonics and Spurious MER

UHF band, VHF band L-band for dedicated DVB-H networks 5W RMS N type connector, 50Ω Non-inverted and Inverted <60dB relative to the total output power >42dB

GENERAL Physical Remote Control Port Remote Control Options Front Panel User Interface Power Supply Voltage Power Consumption Operating Temperature

Case 19” - 2U - 12kg RS232/RS485 PSTN, GSM, Ethernet, SNMP (with external unit) LCD Display + Rotating knob 90-250VAC 150VA max 0 - 50°C Specifications and characteristics are subject to change without notice Rev.2/7.10

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TELEVISION GR O U P

MAIA Digital Transmitter MAIN CHARACTERISTICS: DVB-T/H, ATSC, DAB/T-DMB, ISDB-T/Tb, DTMB, CMMB and DVB-T2 Standards Digital Precorrector (Linear & Non Linear) Top-accuracy SFN Operation 100W, 50W, 25W and 5W output powers Available in Transposer and Gap-Filler versions Available in dual mode DVB-T and DVB-T2 Available Options: - Digital Adaptive Precorrector - Embedded GPS Receiver

MAIA is the outstanding, latest-generation Elettronika multi-standard platform for the transmission of a Digital TV or Digital Radio signal up to a power of 100W RMS in a compact and nice looking equipment. The MAIA platform is available in the 100W, 50W, 25W and 5W RMS versions in a compact 2U case or in a solid 3U case when the equipment is requested with the integrated UHF or VHF band-pass output filter. MAIA is conceived to support DVB-T/H, ATSC, DAB/T-DMB, ISDB-T/Tb, DTMB, CMMB and the recently launched DVB-T2 including the top class, user friendly Linear and Non-Linear Digital Precorrection functionality.

- GbE input for ASI over IP - DVB-S/S2 Receiver - DVB-T Receiver - SNMP and WEB Server card - Integrated UHF or VHF Output Band-pass Filter (3U)

DigitalAudio Bro a casting

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In the dynaMAIA version a high-end Digital Adaptive Predistortion (DAP) engine allows any Digital Transmitter to be operated at its maximum possible power level and, at the same time, widely exceeding the minimum requirements of the official recommendations. With DAP, the transmitter output is constantly monitored and adjusted to guarantee the maximum coverage in any operating condition. An optional embedded GPS receiver allows perfect SFN operation for the standards supporting single frequency network modes.

The new MAIA Platform is also available in Repeater and Gap Filler (with excellent Echo Canceller for SFN operation) versions and, in all the existing configurations, is controllable by PC through direct or remote connection by means of the renowned Elettronika RCU. Using an optional board, a powerful and appealing Web GUI, together with a robust SNMP control support, allow easy access to the exciter's control system by any wired or wireless network connection and a standard web browser over a PC, laptop, netbook or smartphone. Other options are offered over the MAIA platform: a Gigabit Ethernet board for ASI over IP management, a DVB-S/S2 receiver for satellite or microwave link TS delivery and a DVB-T receiver for digital terrestrial channel data stream reception. Elettronika equipment is severely tested with highly accurate and professional laboratory testing instrumentation and is guaranteed by the ISO 9001 Quality Certification which ensures a perfectly managed production phase. Elettronika equipment for Digital TV broadcasting is currently used by valuable worldwide customers, which is the best certification for in-field performance over different operating environments.

Technical characteristics SIGNAL PROCESSING SECTION

DAB/T-DMB

DVB-T2

Reference standard

ETSI EN 300 744 v.1.5.1

ATSC A/53, A/54, A/64

Gb20600-2006

ETSI ETS 300 401, ETS 300 799

Modes

2k, 4k, 8k

8-VSB 2/3 Trellis Code

OFDM (4k), Single Carrier

I, II, III, IV

Dynamic Reconfiguration Constellation

QPSK, 16QAM, 64QAM

8-VSB

Supported D-QPSK

Code Rates Guard Intervals

1/2, 2/3, 3/4, 5/6, 7/8 1/4, 1/8, 1/16, 1/32

2/3 -

4QAM-NR, 4QAM, 16QAM, 32QAM, 64QAM 0.4, 0.6, 0.8 1/9, 1/7, 1/4

Inner Interleaver Network Support Bandwidths Digital Pre-Correction

Native, In-depth MFN and SFN 8MHz, 7MHz, 6MHz, 5MHz Linear and Non-Linear (option: DAP) User Adjustable User Enabled

Mode2 (240), Mode3 (720) MFN and SFN 6MHz, 7MHz, 8MHz Linear and Non-Linear (option: DAP) User Adjustable -

MFN and SFN Linear and Non-Linear (option: DAP) User Adjustable -

PRBS, Null Symbol Insertion, Spectrum Hole

MFN 6MHz Linear and Non-Linear (option: DAP) User Adjustable User Enabled with Bitrate adaptation 23-bit PRBS Generator, Single Tone

ETSI EN 302 755, TS 102 831, TS 102 773 1k, 2k, 4k, 8k, 8kExt, 16k, 16Ext, 32k, 32kExt, System A, System B, Multi-PLP QPSK, 16QAM, 64QAM, 256QAM (normal and rotated) 1/2, 3/5, 2/3, 3/4, 4/5, 5/6 1/128, 1/32, 1/16, 19/256, 1/8, 19/128, 1/4 Adjustable Time Interleaving MFN, SFN-SISO, SFN-MISO 8MHz, 7MHz, 6MHz, 5MHz, 1.7MHz Linear and Non-Linear (option: DAP) User Adjustable User Enabled

PRBS Generator, Single Tone

User Defined or ETI-Controlled Central Carriers Removal

DVB-T/H

ATSC

DVB-T/H

Crest Factor Reduction Automatic PCR Restamping Tll Signaling Test Modes

ATSC

DTMB

PRBS, Single-Tone, Spectrum Hole, Null Symbol Insertion

INPUT SECTION

DAB/T-DMB

DTMB

Input Input Format

2 ASI (primary and secondary) SPTS/MPTS, Burst Mode, Continuous Mode

2 ETI with automatic switch ETI NI, ETI NA5592 and ETI Na5376

MPEG-2 Packet Length Payload Bit-rate Frequency Reference Input

188/204 bytes Max 31.67Mbit/s 10MHz on BNC, 50Ω, -15dBm to +15dBm 1PPS on BNC, 5kΩ, TTL 0-5V

188/204 bytes Max 19.392658Mbit/s 10MHz ±5ppm on BNC50Ω, -15dBm to +15dBm -

188/204 bytes Max 32.49Mbit/s 10MHz ±0.6ppm on BNC, 50Ω, -15dBm to +15dBm 1PPS on BNC, 5kΩ, TTL 0-5V

2048kbit/s ± 50ppm (ETI) 10MHz on BNC, 50Ω, -15dBm to +15dBm 1PPS on BNC, 5kΩ, TTL 0-5V

Time Reference Input

DVB-T2

2 ASI + 2 GbE SPTS/MPTS, Burst Mode & Continuous Mode, IP, RTP, UDP, IGMP V2 & V3 188/204 bytes + GSE Max 50.34Mbit/s 10MHz on BNC, 50Ω, -15dBm to +15dBm 1PPS on BNC, 5kΩ, TTL 0-5V

OUTPUT SECTION

DVB-T/H

RF Output Frequency

Output Level Output Interface Harmonics and Spurious MER L.O. Phase Noise Shoulders

UHF and VHF step 1Hz, L-band for dedicated DVB-H networks 100W, 50W, 25W or 5W N type connector, 50Ω < 60dB rel. tot. Pout > 36dB < -95dBc/Hz @10kHz > 40dB non critical mask

ATSC

DAB/T-DMB

DTMB

UHF and VHF step 1Hz

VHF and L-band step 1Hz

UHF and VHF step 1Hz

100W, 50W, 25W or 5W N type connector, 50Ω < -50dBc > 36dB < -106dBc/Hz @20kHz > 47dB FCC Stringent Mask

100W, 50W, 25W or 5W N type connector, 50Ω < 60dB rel. tot. Pout > 36dB < -99dBc/Hz @10kHz > 40dB

100W, 50W, 25W or 5W N type connector, 50Ω < 60dB rel. tot. Pout > 36dB < -92dBc/Hz @10kHz > 40dB non critical mask

100W, 50W, 25W or 5W N type connector, 50Ω < 60dB rel. tot. Pout > 36dB < -95dBc/Hz @10kHz > 40dB non critical mask

GENERAL Physical Standard Remote Control Power Supply Voltage/Consumption Operating Temperature

Case 19” - 3U/2U - 17kg/14kg (with/without filter) RS232/RS485 (PSTN, GSM, ETHERNET with RCU) 90-250VAC / 150VA max 0 - 50°C

GPS Receiver Option Antenna Power Supply / Impedance Frequency Band Max number of tracked satellite PPS accuracy

DVB-T2

UHF and VHF step 1Hz

3.3VDC / 50Ù L1 frequency (1575.42 MHz) 12 ±50ns

DVB-T RECEIVER Card Input Frequency RF Input Connector / Impedance RF Output Connector / Gain Sensitivity Max Receiver Input C/N performance

TS Output

VHF and UHF IEC female / 75Ù IEC female / 1dB QPSK 1/2 Rate: -94 to -92.1dBm, 64QAM 2/3 Rate: -81 to -78.5dBm 64QAM 7/8 Rate: -77 to -74.7dBm -35dBm QPSK 1/2 Rate: 4.8 to 5.6dB, 16QAM 3/4 Rate: 13.0 to 14.6dB 64QAM 2/3 Rate: 17.2 to 18.7dB, 64QAM 7/8 Rate: 21.3 to 22.5dB DVB-ASI on BNC / 75Ù

GIGABIT ETHERNET Card DVB-ASI data rate From 100kb/s to 270Mb/s DVB-ASI packet size auto-detect 188 or 204 bytes MPEG packet detection PCR jitter as low as ±100ns, steady state Jitter Control ±0.3UI Jitter Tolerance 1000Base-T full 1GB/s throughput GigE Interface ASI/SDI/SDTI BNC output streams Output SNMP/WEB Server Card WEB Server SNMP Interface

HTTP 1.1 V1, V2, V3 RJ45 10/100 Mbps

DVB-S/S2 RECEIVER Card Input Frequency RF Input Connector / Impedance Input Level Modulation RF Output Connector / Gain Noise Figure TS Output System Interface Firmware Option

950MHz - 2150MHz F female / 75Ù From -65dBm to -25dBm QPSK / 8PSK F female / 0dB 8dB (typ.) DVB-ASI on BNC / 75Ù ISO/IEC 13818 MPEG-2 SFN transport support

Specifications with the other standards and/or output powers are available upon request - Specifications and characteristics are subject to change without notice Rev.2/5.11

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TELEVISION GR O U P

DTV High Power Transmitters for band IV-V MAIN CHARACTERISTICS:

The amplifiers in 'TV High Power

The temperature of the amplifiers is

• LDMOS Technology

amplifiers' series are designed to

guaranteed by a extremely noiseless

• Forced-air Cooling System

simplify transport and installation.

forced air cooling system.

• Digital Signal Input

Born to ensure high working reliability

The presence of a Control Unit that

• High Efficiency

they excel also for their great

collects all measures from amplifiers

• Remote Control wired and serial

performance .

and from antenna system ensure a

Thanks to the excellent linearity of

single control point to access to all

the amplifiers, achieved with the use

MOSFET currents, power supplies

of the state-of-the-art LDMOS (UHF)

voltages, temperatures of the heat-

technology, these equipment allow

sinks, amplifiers output powers

excellent performance both with

together with the RF power reading of

analog and digital TV signals.

the output antenna system.

The design redundancy (a power

A multifunction display on the Control

supply for every MOS device), the

Unit makes it possible to verify all the

oversized unbalanced power dummy

operating parameters of the unit.

(RS232 or RS485) • All voltages and currents available on display • Output Filter included

loads, the wide input range of the

Front panel (4U Amplifier)

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switching-mode

The amplifiers in the series are

power supplies,

remotable by wired telemetry

allow a NO STOP

connector or by serial communication,

transmission 24h

RS232 on front panel or RS485 on

per day.

rear panel of the Control Unit.

DTV High Power

Technical characteristics

Transmitters for band IV-V

TXUD1000

TXUD1500

TXUD2000

TXUD3000

TXUD4000

1000W

1500W

2000W

3000W

4000W

Power Amplifiers (DVB-T/ISDB-T/DMB-T)

2xDAT-4U

3xDAT-4U

4xDAT-4U

6xDAT-4U

8xDAT-4U

Power Amplifiers (ATSC for CH 14-51)

2xDAT-3U

3xDAT-3U

3xDAT-4U

6xDAT-3U

6xDAT-4U

Exciter (DVB-T/ISDB-T/DMB-T)

MAIA 50W

MAIA 100W

Exciter (ATSC for CH 14-51)

MAIA 25W

MAIA 50W

MAIA 100W

Remote Control

RS232, RS485

Input Connector

N Female

Output Connector

EIA 1"+ 5/8

EIA 3"+ 1/8

47-63 Hz

> 0.98

Power Consumption (DVB-T/ISDB-T/DMB-T)

5.0/7.0 kVA

7.5/10.5 kVA

10.0/14.0 kVA

15.0/21.0 kVA

20.0/28.0 kVA

Power Consumption (ATSC for CH 14-51)

4.5/5.5 kVA

6.5/8.5 kVA

8.0/11.0 kVA

12.5/16.0 kVA

15.5/22.0 kVA

Housing (Rack / Height)

1Rack/28U

1Rack/42U

2Rack/28U

2Rack/42U*

Weight

265kg

400kg

450kg

800kg

900kg*

AirFlow

3000m3/h

6000m /h

-5°C to +45°C

MODEL Digital Output Power (RMS)

Power Supply Frequency Power Factor

Temperature

Specifications and characteristics are subject to change without notice Rev.1/2.11

*For ATSC: Housing 2Rack/28U - Weight 800kg

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OPTIONS • Non Critical Mask, digital TV, output filter • Critical Mask, digital TV, output filter

TELEVISION GR O U P

MPEG-4 HD Encoder Duo MAIN CHARACTERISTICS: • 2 Full-HD Encoders in 1RU Case • Embedded Remultiplexer • DVB and ATSC SI Tables Generator • Static and Animated Logo Insertion • 2 SD/HD-SDI Inputs with Embedded Audio • 1 ASI Input for Cascading or Remultiplexing • 2 ASI Outputs • 1 SD CVBS Video Input • 1 Analogue Stereo Audio Input • 1 Analogue Video Output for local monitoring • Up to 1920x1080i Video Resolution • Up to 20Mbit/s Encoder Bit-rate • Complete Remote Control • Unique Price/Performance Ratio • Total Reliability with Top Performance • Lifetime upgradeable through flexible UI

APPLICATIONS: • HDTV for any Digital TV Platform • Video-on-Demand • Video-over-IP (with external network adapter) • Cable TV Headend • Direct Broadcast Satellite • DVB-S/C/T Encoding for Local Insertion • HD Digital News Gathering • HD Remote Education

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The MPEG-4 HD ENCODER DUO is the latest-generation, compact, versatile Digital HD Video Platform offered by Elettronika for the new demanding applications of Digital TV, joining the unsurpassed video performance of the full HD resolution with the excellent compression capability of the MPEG-4 encoding engine. In a single 1RU case, the MPEG-4 HD ENCODER DUO combines two Full-HD H.264 AVC High Profile encoders, a TS remultiplexer, two logo inserters, a multi-standard SI tables generation, two colour bar generators and a powerful highspeed multimedia processor for monitoring and user's interface. The product is based upon a powerful encoding chipset capable of real-time encoding of two Full-HD sources with a supreme detail definition obtained with a userdefinable output bit-rate. An ASI input allows the reception of externally generated TV and/or Radio Services and a complete PID filtering and SI Tables management engine allows a detailed analysis of the incoming stream and a totally flexible management of the remultiplexing

with the locally encoded services. The remultiplexing kernel of the MPEG-4 HD ENCODER DUO allows the generation of DVB or ATSC tables (user configurable) and the management of the Logical Channel Number (LCN) descriptor, fundamental for many Countries adopting this standard sorting technique. The powerful on-board processor allows direct cascading of more encoder units, complete firmware upgrade by simple serial connection, static and animated logos generation and extremely accurate PCR restamping for perfect timing reconstruction. Elettronika equipment is severely tested with highly accurate and professional laboratory testing instrumentation and is guaranteed by the ISO-9001 Quality Certification which ensures a perfectly managed production phase. Elettronika equipment for Digital TV broadcasting is currently used by valuable worldwide customers, which is the best certification for in-field performance over different operating environments.

Technical characteristics

MPEG-4 HD ENCODER DUO

INPUT SECTION HD Video Inputs SD Video Input Analogue Audio Input TS Input

2 Multi-rate SD/HD SDI with embedded audio 1 CVBS SD PAL/NTSC/SECAM 1 Stereo Audio 1 ASI Input (bit-rate up to 216Mbit/s)

SIGNAL PROCESSING SECTION Video Encoding Format Video Resolution

Video Bit-rate Audio Encoding Format Audio Modes Audio Bit-rate Output Bit-rate Logical Channel Number (LCN) SI Tables Remultiplexing TS Monitoring Colour Bar Generators

Compliant with ISO/IEC 14496-10 (H.264 AVC) High Profile Level 4.0 720x576_50i, 720x480_59.94i, 1920x1080_50i, 1920x1080_59.94i,1920x1080_60i, 1920x1080_24p, 1920x1080_23.98p, 1440x1080_50i, 1440x1080_59.94i, 1440x1080_60i, 1280x720_50p, 1280x720_59.94p, 1280x720_60p Up to 20Mbit/s Compliant with ISO/IEC 11172-3 layer 1 and 2 Stereo, Joint Stereo, Dual Channel, Single Channel Up to 448kbit/s User selectable User configurable DVB and ATSC standards (user selectable) Complete PID Filtering/Remapping and Tables Insertion Identification and Removal of unwanted input services Real-time measurement of input and output TS rate 2 generators (automated backup in case of input video absence)

OUTPUT SECTION TS Output TS System Interface Monitoring

2 ASI Outputs (BNC 75Ω) Compliant to ISO/IEC 13818-1 1 Video Analogue Output (Standard Definition)

GENERAL Physical Local Control Port Remote Control Port Remote Control Options Addictional Control Options User Interface on front Panel Power Supply Voltage Power Consumption Operating Temperature

Case 19”-1U, 4kg USB RS485 PSTN-GSM-Ethernet with external RCU equipment Web Server + SNMP (With Optional Board) LCD Display + Keyboard + Status LEDs 90-250V AC < 15W 0 - 45°C Specifications and characteristics are subject to change without notice Rev.2/5.11

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TELEVISION GR O U P

MPEG-2 Encoder MAIN CHARACTERISTICS: • 1U Compact Case • Multi-standard CVBS Video Input • Two Analogue Audio Channels • SDI Input with Embedded Audio • Video Noise Reduction Filter • Full D1 Picture Resolution • Up to 15Mbps Encoding Bit-Rate • Complete Remote Control • ISO/IEC 13818-1 Compliant Output • Embedded Multiplexer • ASI Input for Cascading Function • Teletext Support • SI Tables Insertion

APPLICATIONS: • Fixed and Mobile Contribution/Distribution • Cable TV head-ends • Video-on-Demand • Video-over-IP (using external adapter) • Direct Broadcast Satellite • DVB-T Transmissions • DVB Encoding for Local Insertion • Encoding for Digital Microwave Links • High-quality Video Surveillance • Digital News Gathering • Remote Education

The MPEG-2 ENCODER is a compact, top-quality, real-time MPEG-2 4:2:0 Audio-Video Encoder offered by Elettronika for the Digital Television Broadcasting market. It is the third generation of Elettronika's MPEG-2 Encoders thus achieves all the major technological targets of real-time video encoding, offering great simplicity of operation together with a top-performance compression engine and an excellent picture quality. It exceeds the Audio&Video encoding specifications of Digital Video Broadcasting (DVB) for Broadband Satellite, Terrestrial and Cable applications and includes a complete multiplexing engine allowing cascading operation and avoiding external multiplexers. The MPEG-2 ENCODER is assembled in a single 1U case equipped with a multi-standard analogue video input, two analogue audio inputs, an SDI input with embedded audio, an ASI input for cascading, a unique digital

TV1 Program

TV2 Program ASI

Audio Video

audio/video compression engine, an embedded multiplexer for combining incoming programs and managing SI Tables and a dual DVB-ASI output interface. The excellent video quality together with the low bit-rate operation let the MPEG-2 ENCODER achieve excellent performances with optimal bandwidth utilisation. The MPEG-2 ENCODER parameters are completely configurable by the user through a very user-friendly LCD Display and Keyboard interface and a highly reliable remote interface. Elettronika equipment is severely tested with highly accurate and professional laboratory testing instrumentation and is guaranteed by the ISO-9001 Quality Certification which ensures a perfectly managed production phase. Elettronika equipment for Digital TV broadcasting is currently used by valuable worldwide customers, which is the best certification for in-field performance over different operating environments.

Audio Video

TV3 Program ASI Audio Video

TV4 Program ASI Audio Video ASI

To Digital TV Transmitter or Digital Microwave Link

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Technical characteristics INPUT SECTION

MPEG-2 ENCODER

Video Inputs Composite Video Formats Teletext Audio Format Analogue Audio Inputs Audio Modes ASI Input

Composite + SDI with embedded audio PAL, NTSC , SECAM Supported Analogue + embedded in SDI XLR balanced , 600Ω, 0dBu Stereo, Joint-Stereo, Dual Channel, Single Channel 1 x DVB-ASI BNC 75Ω

DIGITAL PROCESSING SECTION Video Encoding Format Audio Encoding Format Video Resolution Video Encoding Rate Audio Sampling Frequency Audio Encoding Rate Cascading Function SI Tables

Compliant ISO/IEC 13818-2 (MPEG-2 video) MP@ML and ISO/IEC 11172-2 (MPEG-1 video) ISO/IEC11172-3 (MPEG-1 audio) Layer 1/2 -compliant up to D1 up to 15Mbit/s 48kHz up to 448 Kbit/s Managed by embedded multiplexer Fully compliant to ETSI recommendations

OUTPUT SECTION Interface System Interface

2 x DVB-ASI BNC 75Ω ISO/IEC 13818-1 MPEG-2

GENERAL Physical Local Control Port Remote Control Port Remote Control Options Additional Control Option User Interface on front Panel Power Supply Voltage Power Consumption Operating Temperature

Case 19”-1U, 4kg USB RS485 PSTN-GSM-Ethernet (with external RCU equipment) Web Server + SNMP (with optional board) LCD Display + Keyboard + Status LEDs 90 - 250V AC < 15W 0 - 45°C Specifications and characteristics are subject to change without notice Rev.2/5.11

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TELEVISION GR O U P

DVB-S Modulator MAIN CHARACTERISTICS: 1U Rack DVB-ASI Input SPTS and MPTS Input Formats ISO/IEC 13818-1 compliant Input ETSI EN 300 421 compliant Output Input Bit Rate auto-adaptation Up to 30MSamples/s Throughput Rate Complete Remote Control Perfect for any Terrestrial and Satellite Distribution applications

APPLICATIONS: Digital Microwave Links for digital audio/video/data Distribution Networks Digital Satellite Uplinks for TV Broadcasting and Content Distribution DVB-T Studio-to-Transmitter Links TS Transport in DVB-T SFN networks Direct Satellite Broadcasting High-quality Video Surveillance Digital News Gathering Remote Education

FEATURES AND OPTIONS: Up to 30MSamples/s Output Symbol-Rate SPTS/MPTS DVB-ASI Input Excellent BER performances over Digital Terrestrial Microwave Links 70MHz IF Output Automatic PCR Restamping on Input Transport Stream Available in “SFN Transport” version (operating in conjunction with the Elettronika DVB-S RECEIVER)

The DVB-S MODULATOR is a compact, top-performance, totally ETSI EN 300 421-compliant QPSK IF modulator offered by Elettronika for the extremely demanding Digital Television market. It provides great flexibility together with an extreme simplicity of operation and offers a highly stable digital modulation core capable of adapting the RF bandwidth allocation to the input Transport Stream rate. It perfectly matches the European Standard ETSI EN 300 421 which describes the framing structure, the channel coding and the modulation scheme for digital satellite services, and provides an optimal and costeffective solution to build high datarate digital terrestrial microwave links and digital satellite uplinks for TV distribution networks. The DVB-S MODULATOR is manufactured in a single 1U case containing a flexible DVB-ASI receiving interface, an FPGA-based digital processing engine for the framing, coding and modulation operations and an IF analogue output

From MPEG-2 Encoder or MPEG-2 Multiplexer or other ASI source ASI

ASI 70MHz

DVB-S MODULATOR

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interface capable of driving upconversion systems for terrestrial and satellite transmission applications. The exceptionally accurate digital processing stage, together with the flexible real-time digital TS input interface allow the DVB-S modulator to achieve excellent performances with optimal RF bandwidth utilisation. The DVB-S MODULATOR parameters are completely configurable by the user and are locally stored in a flash memory to allow automatic configu-ration recall after a power failure. A special “SFN Transport” feature is available to allow perfectly trasparent distribution of Transport Streams to DVB-T transmitters operating in Single Frequency Networks (this feature requires the Elettronika DVBS RECEIVER in the “SFN Transport” version at the receiving site). The DVB-S MODULATOR is the perfect solution for any state-of-theart audio-video applications, including digital TV, high-quality video surveillance, videoconference, remote education, news gathering,etc.

Microwave Link

L-Band

DVB-S Integrated Receiver Decoder

Analogue Audio/Video

To DVB Transmitter or next Digital Microwave Link

Technical characteristics SIGNAL PROCESSING SECTION

DVB-S MODULATOR

Reference Standard Modulation Symbol Rate Input Processing Outer Coder Convolutional Interleaver Inner Coder Code Rates Baseband Shaping Optional TS Processing

ETSI EN 300 421 Gray-coded QPSK 1 to 30 MS/s step 0.5 MS/s Transport Multiplex Adaptation and Energy Dispersal Reed Solomon Encoder RS (204, 188, 8) 12-branches Forney scheme Punctured Convolutional 1/2, 2/3, 3/4, 5/6, 7/8 Roll-off factor = 0.35 SFN Transport (in conjunction with Elettronika DVB-S RECEIVER)

INPUT SECTION TS Input Input Bit Rate Input TS Format MPEG-2 Packet Length

BNC 75Ω DVB-ASI Interface Up to 48.38 Mbit/s SPTS/MPTS 188/204 with Automatic Adaptation

OUTPUT SECTION IF Output Frequency Output Level Output Interface IF Bandwidth (Mhz)

70MHz 0dBm (-20dBm / 0dBm tuning range) BNC 50Ω 1.35 x Symbol Rate (expressed in MSamples/s)

GENERAL Physycal Remote Control Port Remote Control Option Front Panel User Interface Power Supply Voltage Operating Temperature

Rack 19"-1U - 4kg USB (on front panel), RS485 (on rear panel) PSTN-GSM-Ethernet with external RCU equipment Display LCD + Keyboard + Status LEDs 90 - 250VAC 0 - 45°C Specifications and characteristics are subject to change without notice Rev.2/7.10

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TELEVISION GR O U P

DVB-S Receiver MAIN CHARACTERISTICS: Rack 1U Available up to 3 integrated receivers Input Frequency from 950MHz to 2150MHz F Connector Input with loop-through ASI output on BNC Automatic Bit-Rate adaptation on ASI output DVB-T and ATSC compliant Front panel display Universal Power Supply Perfect for all DVB application Serial remote control RS232 (on front panel) or RS485 (on rear panel)

The 'DVB-S Receiver' is a reciver for Satellite Digital Broadcast suitable for all DVB application both for signal retransmission to transmitting site and for standard reception application. The output is on ASI format, universally used in the DVB world as transport interface of Transport Stream (TS). The equipment claims a great practicability for use together with a compact and economical design. The 'DVB-S Receiver' cover the typical IF frequency range for satellite television from 950MHz to 2150MHz. The 'DVB-S Receiver' is realized in a 1U rack including the RF front-end section, the QPSK demodulation, the

FEC (forward error correction), and the ASI output section. All the receiving sections of the equipment are extendable up to have a maximum of 3 received channels. Elettronika equipment are severely tested with highly accurate and professional laboratory testing instrumentation and are guaranteed by the ISO-9001 Quality Certification which ensures a perfectly managed production phase. Elettronika equipment for Digital TV broadcasting is currently used by valuable worldwide customers, which is the best certification for in-field performance over different operating environments.

SAT2 Bouquet

SAT3 Bouquet

DVB-S RECEIVER

SAT1 Bouquet

ASI

Re-multiplexed Bouquet ASI

To DVB Transmitter or Digital Microwave Link

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ASI

Technical characteristics DVB-S RECEIVER

DVB-S RECEIVER

Input Frequency RF Input Connector Input Impedance Modulation RF Output Connector Noise Figure Input Level RF Output Gain

950MHz - 2150MHz F female 75Ω QPSK F female 8dB (typ.) from -65dBm to -25dBm 0dB

OUTPUT SECTION

MODELS 1 CHANNEL DVB-S RECEIVER

Interface Connector Impedance System Interface

2 CHANNELS DVB-S RECEIVER 3 CHANNELS DVB-S RECEIVER

DVB-ASI BNC 75Ω ISO/IEC 13818-1 MPEG-2

GENERAL Temperature Power Supply Dimensions Weigh Telemetries

0 °C to 50°C 90 to 260Vac Rack 19" - 1U 3 kg Contact or Serial RS232 (on front panel) or RS485 (on rear panel) Specifications and characteristics are subject to change without notice

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TELEVISION GR O U P

ATV High Power Amplifiers for band III-IV-V MAIN CHARACTERISTICS: Latest LDMOS Technology for UHF/VHF Versions Forced-air Cooling System Analog and Digital Signal Input High Efficiency Remote Control wired and serial (RS232 or RS485) / *SNMP / *Web Server All voltages and currents available on display Output Filter included Single Drive Dual Drive *Option

The amplifiers in 'TV High Power amplifiers' series are designed to simplify transport and installation, ensuring high working reliability. The high modularity, high power density, low weight, satisfy the most demanding installations. Furthermore, the high efficiency allows a very low operative cost. Thanks to the high linearity of the amplifiers, achieved with the use of latest 50V LDMOS devices technologies the performance with analogue and digital TV signals are excellent. Each Power Amplifier drawer is equipped with an autonomous LCD and keyboard user interface, AC power supplies and cooling. Moreover, each PA can be used in a stand-alone operation without any external hardware and/or software additional tools. Forcing the design using strongly oversized components and parts, at

Front panel (4U Amplifier)

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least with two items, allow an intrinsic native redundancy concept (LDMOS, Power Supplies, Cooling, Heat-sink) saving space and MTBF. The cooling of the amplifiers is guaranteed by an extremely noiseless forced air cooling system. The presence of a Control Unit that collects all measures from amplifiers and from antenna system ensure a single control point to access to all MOSFET currents, power supplies voltages, temperatures of the heat sinks, amplifiers output powers together with the RF power reading of the output antenna system. A multifunction display on the Control Unit makes it possible to verify all the operating parameters of the unit. The amplifiers in the series are remotable by wired telemetry connector or by serial communication, or with optional Web Server and SNMP interface.

Technical characteristics ATV High Power Amplifiers for band III-IV-V

AUTV/2500LD

AUTV/3500LD

AUTV/5000LD

AUTV/10000LD

2xDAT-4U

3xDAT-4U

4xDAT-4U

8xDAT-4U

UHF

2500W

3500W

5000W

10kW

18dB ±1

EIA 1"+ 5/8

EIA 3"+ 1/8

3P+N 400V +15%

50/60Hz

> 0.98

Analog Power Consumption (Black)

5.2÷7.4kVA

7.8÷11.1kVA

10.4÷14.8kVA

20.4÷29.6kVA

Housing (Rack / Height)

1Rack / 28U

1Rack / 42U

2Rack / 42U

265kg

400kg

450kg

900kg

MODEL Composed by: Frequency Range Analog Output Power Amplification Class Gain Output Connector Power Supply Voltage Power Supply Frequency Power Factor

Weight

3000m /h

6000m3/h

-5°C to +45°C

AVTV/2000ST

AVTV/2500ST

AVTV/5000ST

AVTV/10000ST

1xDAT-4V

2xDAT-3V

3xDAT-4V

6xDAT-4V

Frequency Range

VHF III

Analog Output Power

2000W

2500W

5000W

10kW

Gain

23dB ±1

Output Connector

EIA 7/8"

EIA 1"+ 5/8

EIA 3"+ 1/8

230V +15%

3P+N 400V +15%

50/60Hz

Power Factor

> 0.98

Analog Power Consumption (Black)

3.3kVA

5.2kVA

10.1kVA

20.2kVA

1Rack / 20U

1Rack / 28U

1Rack /42U

2Rack /42U

135kg

265kg

450kg

830kg

AirFlow Temperature

MODEL Composed by:

Amplification Class

Power Supply Voltage Power Supply Frequency

REMOTE CONTROL RS232/RS485 SNMP (optional) Web Server (optional)

Housing (Rack / Height) Weight

OPTIONS Separated audio/video amplifier on request for analog TV over 5000W.

AirFlow Temperature

800m /h

3000m /h

6000m /h

-5°C to +45°C

Specifications and characteristics are subject to change without notice Rev.5/4.11

Available also the following output power levels for UHF: 2000W, 3000W, 6000W, 11000W

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TELEVISION GR O U P

Medium Power

TV Amplifiers for band IV-V MAIN CHARACTERISTICS: • Unsurpassed Linearity • 50V LDMOS Technology • Forced-air Cooling System • Analog and Digital RF Input Signal • High Efficiency • Multi-platform Remote Control • All voltages and currents available on display • Controllable via USB • Air dust filter

The new amplifiers DAT (Digital Amplifier Technology) series are designed to meet the highest RF performance request on the market. Using the latest high-voltage LDMOS technologies, they achieve excellent performance in linearity, RF power and efficiency. Designed for digital signal (DVB / ATSC), they can be used with top class performance also with analogue standards. Custom warnings thresholds can be set, so the operator can be called before a more serious alarm occurs (for example, when the output power decreases below a threshold). Up to 100 events, among the most important, can be stored in a non-volatile memory for a future analysis by the operator. These events include switching on and off (by mains, by front buttons or remote control), alarms and warnings. Thanks to a latest-generation microprocessor, the control board is implemented without any "trimmer" adjustment point. Every control and setting is performed directly on the front panel graphical display. A standard analogue interface and serial port are available to allow remote control of all the parameters of the unit. The amplifiers are cooled with a powerful

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and noiseless blower. Latest switching-mode power supply helps to reach extreme amplifier efficiency, accompanied with a power factor close to one in every load condition. The units are available with different RF gain options. The standard version, with lower gain simplifies the multiple drawers paralleling operations, making easy future power upgrade. The higher gain option allows a direct digital modulator with 0dBm output power level driving. In this last case, a sophisticated ALC algorithm, maintains stable the output level, compensating the variations of the amplifier gain due to temperature and the input level variations. The Reflected Output power and temperature FOLD-BACK algorithm can be activated from the front panel. The highest power, 500W rms is available in 4U, aluminium 19" cabinet, with only 35kg weight. The amplifiers are wideband RF, and available in single phase and three phase system.

UHF MODELS DVB

500W rms

370W rms

250W rms

ATSC

700W rms

520W rms

350W rms

ANALOG

1300W pep

1000W pep

650W pep

Medium Power

Technical characteristics

TV Amplifiers for band IV-V

DAT-2U

DAT-3U

DAT-4U

UHF

650W (±0.5dB)

1000W (±0.5dB)

1300W (±0.5dB)

250W / 350W (±0.5dB)

370W / 520W (±0.5dB)

500W / 700W (±0.5dB)

18dB ±1

Remote Control

USB / RS485

Input Connector

N Female

7/16” Female

EIA 7/8"

90 - 260V

220V ±15%

47-63Hz

> 0.98

1.9kVA

2.7kVA

3.9kVA

Digital Power Consumption (DVB-T)2

1.7kVA

2.3kVA

3.3kVA

Housing (Amplifier / Rack)

4U / 20U

28kg / 110kg

35kg / 130kg

38kg / 140kg

MODEL Frequency Range Analog Output Power Digital Output Power (DVB-T / ATSC)

Rack 20U Example Amplification Class

600mm

Gain

EIA 7/8” RF OUT

INLET CABLES

1000mm

Output Connector

255mm

Power Supply Voltage (Amplifier)

Power Supply Frequency

Top View

Power Factor

other on request

600mm

Analog Power Consumption (Black)

880mm - 20U

Weight (Amplifier / Rack plus amplifier) AirFlow (Amplifier / Rack) Temperature

Front View

270m /h / 270m /h

600m /h / 800m /h

-5°C to +45°C

Specifications and characteristics are subject to change without notice Rev.5/4.11

The picture are indicative only and are subject to change without notice

Note 1: If is it requested a blower to extract the exhausted hot air from the rack, this is available with a 230V ±15% power supply voltage. Other voltage ranges are available on request. Note 2: The power consumption change with frequency. It is included in the range 3.4kVA and 2.7kVA for DVB-T and 3.9kVA and 3.0kVA for analog signal.

G GR ROUP ELETTRONIKA Srl SS 96 km 113 Z.I. 70027 PALO DEL COLLE (BA) ITALY Tel. +39.080.626755 (PBX) +39.335.5824900 Fax +39.080.629262 elettronika@elettronika.it www.elettronika.it

TELEVISION GR O U P

Digital TV Link System MAIN CHARACTERISTICS: DVB-ASI Interface SPTS and MPTS Formats Input Bit Rate auto-adaptation Complete Remote Control IF frequency at 70MHz DVB-T and ATSC compliant Front panel display Perfect for all Digital TV applications

APPLICATIONS: Digital Microwave Links for digital audio/video data Distribution Network

FEATURES AND OPTIONS: Up to 30MSamples/s Symbol-Rate (48Mbit/s) Excellent BER performances over Digital Terrestrial Microwave Links Automatic PCR Restamping on Input Transport Stream Synthetized RF Converter Available with wide band version (200 MHz)

The DIGITAL TV LINK is Elettronika's latest solution for digital microwave distribution networks, it provides great flexibility together with an extreme simplicity of operation and offers a highly stable digital modulation core capable of adapting the RF bandwidth allocation to the input Transport Stream rate. It provides an optimal and costeffective solution to build high data-rate digital terrestrial microwave links and digital satellite uplinks for TV distribution networks. The Elettronika DIGITAL TV LINK is a system composed by a Digital Transmitter and a Digital Receiver, operating with DVBASI input/output interface and available on all the standard RF bands for terrestrial microwave operation. It has been accurately developed for point-topoint fixed radio links of high-quality TV signals for broadcasting applications. The Transmitter can be configured as a fully indoor equipment or with a microwave aerial head of easy installation connected with an indoor unit containing the digital modulation

TX ANTENNA

system. The Receiver can also be configured as a fully indoor equipment or with a microwave aerial head connected with an indoor unit containing the AGC system and the digital demodulation system. Thanks to the use of standard IF frequency, these units can be used together with every standard model of microwave up-converter, allowing easy integration with already existing RF systems. The transmitted signal is on ASI format, universally used in the DVB world as transport interface of Transport Stream (TS). Elettronika equipment are severely tested with highly accurate and professional laboratory and are guaranteed by the ISO-9001 Quality Certification which ensures a perfectly managed production phase. Elettronika equipment for Digital TV broadcasting is currently used by valuable worldwide customers, which is the best certification for infield performance over different operating environments.

TX ANTENNA

RX ANTENNA

RF OUTPUT

RF INPUT

RX ANTENNA

RF OUTPUT

RF INPUT

TV TRANSMITTER LINK

UP-CONVERTER TX AERIAL HEAD

DOWN-CONVERTER

RX AERIAL HEAD

DVB-S MODULATOR

DVB-S RECEIVER (ASI out only)

ASI IN

ASI OUT

L-Band

OPTIONAL A/V DECODER

Example system with Aerial Head

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TV RECEIVER LINK

ASI IN

DVB-S RECEIVER (ASI out only)

ASI OUT

OPTIONAL A/V DECODER

Example system with TV Microwave Links

L-Band

Technical characteristics SIGNAL PROCESSING SECTION

Digital TV Link System

Reference Standard Modulation Symbol Rate Input Processing Outer Coder Convolutional Interleaver Inner Coder Code Rates Baseband Shaping Optionale TS Processing

ETSI EN 300 421 Gray-coded QPSK 1 to 30 MSs/s step 0.5 MS/s Transport Multiplex Adaptation and Energy Dispersal Reed Solomon Encoder RS (204, 188, 8) 12-branches Forney scheme Punctured Convolutional 1/2,2/3, 3/4, 5/6, 7/8 Roll-off factor = 0.35 SFN Transport (in conjunction with Elettronika DVB-S RECEIVER)

TRANSMITTER INPUT SECTION TS Input Input Bit Rate Input TS Format MPEG-2 Packet Lenght

BNC 75Ω DVB-ASI Interface Up to 48.38Mbit/s SPTS / MPTS 188 / 204 with Automatic Adaptation

TRANSMITTER OUTPUT SECTION IF Output Frequency IF Output Level IF Output Interface IF Bandwidth (MHz) RF Output Frequency Bands RF Output Level RF Output Connector RF Output Impedance

70MHz ±5kHz 0dBm (-10dBm / +5dBm tuning range) BNC 75Ω 1.35 x Symbol Rate (expressed in MSamples/s) 2GHz, 8GHz, 10GHz, 14GHz 1W RMS (2GHz), +23dBm RMS (8GHz, 10GHz, 14GHz) N Female / Flange 50Ω

RECEIVER INPUT SECTION RF Input Connector RF Input Impedance Noise Figure Input Level @ Receiver Input Sensitivity

N Female / Flange 50Ω 7dB (typ.) From -85dBm to -45dBm BER = 10-3 @-87dBm

RECEIVER OUTPUT SECTION Interface Connector / Impedance System Interface Analogue Audio / Video

DVB-ASI BNC / 75Ω ISO / IEC 13818-1 MPEG-2 Available with DVB-S IRD (one program selectable per IRD unit)

GENERAL Physical Remote Control Port Front Panel User Interface Power Supply Voltage DC Power Supply Operating Temperature

Rack 19” RS485 rear / USB front Display LCD + Keyboard + Status LEDs 90 - 260VAC 50/60Hz 24Vdc (TX and RX) Negative to Ground 0°C to +50°C Specifications and characteristics are subject to change without notice Rev.2/7.10

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RADIO GR O U P

MPX LINK E1

Stereo encoded audio and RDS over single E1 stream MAIN CHARACTERISTICS (ENCODER): E1 or 10MHz synchronisation signals Front Panel display and LEDs indicator Digital adjustment of the MPX Input Level

MAIN CHARACTERISTICS (DECODER): E1 loopback on E1 Input Front Panel display and LEDs indicator Digital adjustment of the MPX Output Level

APPLICATIONS: Compact, Superior-Quality and Cost-Effective MPX Audio Transport through the Public Network Connections from Studio to Local or National Radio Network

The MPX LINK E1 is an encoder decoder system for the transmission of a MPX audio signal over an E1 stream totally G.703 compliant. In the Encoder version the MPX audio signal is digitized and, after a highly accurate digital processing stage, it is adapted into a 2.048Mbit/s (E1) stream. The inverse operations are performed in the Decoder equipment which receives the E1 stream and returns the MPX audio analogue signal. No stereo decoding & re-encoding operations are executed in the MPX LINK E1 so the original audio quality is absolutely preserved without any kind of loss. The digital approach gives to MPX LINK E1 all the great advantages of the digital technology

MPX IN

INPUT SIGNAL CONDITIONING + ADC

compared to the old analogue FM links. The display helps the user to program the working modes and to read the MPX input/output level. LEDs on front panel give to the operator a quick view of the status. The small 1U rack enables easy and cost-effective integration into more complex systems. Elettronika equipment is severely tested with highly accurate and professional laboratory testing instrumentation and is guaranteed by the ISO-9001 Quality Certification which ensures a perfectly managed production phase. Elettronika equipment is currently used by valuable world-wide customers, which is the best certification for infield performance over different operating environments.

DIGITAL PROCESSOR

E1 FRAMER AND ADAPTER

E1 OUT

E1 IN

MPX LINK E1 Encoder

CLOCK AND SYNCHRONIZATION

10 MHz

MPX LINK E1 - Encoder

MPX OUT

MPX LINK E1 Decoder

DAC + OUTPUT SIGNAL CONDITIONING

DIGITAL PROCESSOR

E1 ADAPTER AND DEFRAMER

E1 OUT

MPX OUT CLOCK AND SYNCHRONIZATION

MPX LINK E1 - Decoder

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E1 IN

Technical characteristics MPX LINK E1

AUDIO SECTION I/O Channels Connectors (Encoder) Connectors (Decoder) Input Voltage Range Output Voltage Range Input Impedance Output Impedance Frequency Response Sampling Frequency Stereo Separation SNR THD SINAD

MPX Audio 1 BNC unbalanced 2 BNC unbalanced from 1Vpp to 6Vpp (nominal input = 2.2Vpp) from 1Vpp to 6Vpp (nominal output = 2.2Vpp) 10kΩ 33Ω ±0.05dB, 20Hz - 53kHz ±0.3dB, 20Hz - 60kHz 144kHz > 55dB (typ.) > 75dB (typ.) < 0.03% (typ.) > 60dB (typ.)

E1 SECTION Bit-Rate Input/Output Impedance Connectors

2.048 Mbit/s (G.703 compliant) 120Ω or 75Ω (selectable by front panel) BNC (75Ω) / RJ45 (120Ω)

10MHz SECTION Connector Impedance Level

BNC 10KΩ 200mV to 800mV

GENERAL Physical External reference frequency input Local Control Port Remote Control Port Remote Control Options User Interface on front Panel Power Supply Voltage Power Consumption Operating Temperature

Case 19”-1U, 4kg 10MHz or E1 USB RS485 / Telemeasures PSTN-GSM-Ethernet with external RCU equipment LCD Display + Keyboard + Status LEDs 100 - 240V AC < 15W 0 - 45°C These specifications are subject to change without notice Rev.2/8.10

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RADIO GR O U P

MIRA

FM Stereo Radio Transmitter MAIN CHARACTERISTICS: Availability of 30W and 250W version in the same cabinet with extremely simplified wiring Repeatability of the performances, guaranteed by the completely mechanized assembling Good values of distortion and high S/N ratio Lock to 5MHz or 10MHz external reference Analogic telemetry signals available on Db9 Connections RS232 and RS485 for remote control Automatic output power level control Hour scheduling of output power Control of all the functions via touch-screen display All the final stages with MOSFET technology A Stereo Coder can be integrated directly on the mother board

The MIRA is a reference point for the global market of FM Transmitters. It was the first to have an extremely clear and simple built-in user interface, allowing to completely control the MIRA without any electromechanical device, simply by touching the screen with a finger. It was the first to include powerful management functions, such as the time scheduling of the output power to decrease consumption, for instance, at night, or the password to lock all programming operations, in order to prevent it to be used by unauthorized people. For what concerns audio performances, only one word is needed: "transparent". With a signal-to-noise ratio of 90dB, the whole dynamic of the modern digital audio sources are reproduced with high fidelity.

RF MONITOR

Top view

With a crosstalk of 60dB there is no chance to "misunderstand" the source of the signals. The switching-type power supply automatically adapts itself to any input voltage from 80 to 260V. Finally, all functions can be remotely controlled, managing the MIRA from the network control centre. The DIGITAL AUDIO INPUT option allows the MIRA to have audio input according with three different standards (dip-switch selectable): AES/EBU for professional applications, S/PDIF used by consumer audio sources and TosLink on fiber optic.

TELEMEASURING

RS232

I2 C BUS

RS485

RF OUT

EXT REF 5/10MHz

LEFT/ MPX

LEFT/ MONO

SCA 1

SCA 2

MONITOR 19kHz/ MPX

MODEL SERIAL N째

GROUND

OMOLOG. N째

ON/OFF

LINE SOCKET

DATE

0682

OPTIONS

Rear panel

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Technical characteristics RF SECTION

MIRA

Frequency Range Reference Stability Lockable to External Reference Nominal Output Power Automatic Level Control Output Impedance / Connector RF Monitor Level / Connector Off Lock Attenuation Asynchronous AM S/N Ratio Synchronous AM S/N Ratio Spurious and Harmonic Suppression Modulation Capability

87.5 - 108MHz, 10/50/100kHz (64 - 74MHz available on request) ± 2.5ppm (0°C - 50°C) 5/10MHz 30W / 250W 0-100% 50Ω/N Female -30dBc/BNC > 60dB > 65dB > 60dB Meets or Exceeds all FCC and CCIR requirements Meets or Exceeds all FCC and CCIR requirements

AUDIO SECTION

MONO MODELS: 30W (Mira 30) 250W (Mira 250) STEREO MODELS: 30W (Mira 30S) 250W (Mira 250S) OPTIONS: Frequency Stability Digital input RDS coder inside

MPX 600Ω/10kΩ (jumper), balanced / unbalanced (jumper) XLR 2Vpp Nominal (-6dB / +12dB adjustable from front panel) ± 0.05dB 20-53kHz ± 0.1dB 53-100kHz < 0.1% 20-100kHz (0.05% 20-53kHz) 80dB (400Hz ref. for ± 75kHz deviation with 50µs de-emphasis) 78dB (400Hz ref. for ± 75kHz deviation with 50µs de-emphasis) 90dB (400Hz ref. for ± 75kHz deviation with 50µs de-emphasis)

Audio Input Impedance Audio Input Connector Audio Input Level Frequency Amplitude Response Harmonic Distortion S/N Ratio with CCIR Unweighted S/N Ratio with CCIR Weighted S/N Ratio with RMS Detector

MONO OPERATION Audio Input Impedance Audio Input Connector Audio Input Level Frequency Amplitude Response Harmonic Distortion Pre-emphasis S/N Ratio with CCIR Unweighted Filter S/N Ratio with CCIR Weighted Filter

600Ω/10kΩ (jumper), balanced XLR 2Vpp Nominal (-6dB / +12dB adjustable from front panel) ± 0.2dB 30-15kHz < 0.15% 30-15kHz Flat, 50µs, 75µs 80dB 78dB

INTERNAL CODER OPERATION (Stereo Coder Option) Audio Input Impedance Audio Input Connector Audio Input Level Frequency Amplitude Response Harmonic Distortion Pre-emphasis Stereo Separation S/N Ratio with CCIR Unweighted Filter S/N Ratio with CCIR Weighted Filter

600Ω/10kΩ (jumper), balanced XLR 2Vpp Nominal (-6dB / +12dB adjustable from front panel) ± 0.2dB 30-15kHz < 0.05% 30-15kHz Flat, 50µs, 75µs > 50dB (typ. 60dB) 30-15kHz 76dB (with 50µs de-emphasis) 72dB (with 50µs de-emphasis)

SCA OPERATION (2 Inputs) 10kΩ unbalanced BNC 2Vpp Nominal for ± 7.5kHz deviation ± 0.1dB 40-100kHz

Audio Input Impedance Audio Input Connector Audio Input Level Frequency Amplitude Response

AUXILIARY SOCKETS Serial Interface

RS232, RS485 (with host computer/modem)

DIGITAL AUDIO INPUT (Option) Digital Audio Formats Sample Rate Range Audio Processing THD+N

AES/EBU (XLR Female), S/PDIF (BNC), TosLink (Fiber Optic) 16kHz to 96kHz with Automatic Sample Rate Converter Fully 24 bit digital audio accuracy -117dB @ 1kHz

GENERAL G GR ROUP ELETTRONIKA Srl SS 96 km 113 Z.I. 70027 PALO DEL COLLE (BA) ITALY Tel. +39.080.626755 (PBX) +39.335.5824900 Fax +39.080.629262 elettronika@elettronika.it www.elettronika.it

AC Power Requirements Dimensions / Weight Ambient Temperature Range Specifications and characteristics are subject to change without notice Rev.2/7.10

110 - 230VAC 50/60Hz Rack 19"-3U - 12kg -5°C to +45°C

RADIO GR O U P

MIZAR FM Stereo Radio Transmitter MAIN CHARACTERISTICS: Availability of 30W (2U), 300W (3U), 500W (3U) and 1kW (3U) with extremely simplified wiring Repeatability of the performances, guaranteed by the completely mechanized assembling Good values of distortion and high S/N ratio Analogic telemetry signals available on DB9 RS232 (or RS485) connection for remote control Automatic output power level control Control of all the functions via 2Rx16C display All the final stages with MOSFET technology A Stereo Coder can be integrated in the cabinet

The MIZAR FM Stereo Radio Transmitter is a reference point for the global market of FM Transmitters. The display on the front panel can indicate and change frequency, frequency step, forward and reflected power amplifier temperature, modulation level, alarms level, emphasis, remote enable. The rear panel contains XLR balanced inputs with input level controls, BNC for MPX output from internal stereo coder (if option is present), BNC for MPX input, 2 BNC for SCA operation. There is also a DB9 for wired external control and a DB9 for serial RS232 or RS485 (internally selectable) remote control. As far as audio performances are concerned, only one world is needed: "transparent". With a signal-to-noise ratio of 80dB,

POWER SUPPLY SOCKET

the whole dynamic of the modern digital audio sources are reproduced with high fidelity. With a crosstalk of 60dB (with stereo option) there is no chance to "misunderstand" the source of the signals. The RF output is via an N type socket. Main input is via an EMI filtered IEC power connector. The power amplifier is based modern MOSFET device. A fresh air tunnel through the transmitter keeps cool air running right through the heatsink. The amplifier is protected from damage by temperature control systems and antenna fault (SWR) monitoring. The switching-type power supply automatically adapts itself to any input voltage from 80 to 260V.

RF OUT

RS232/RS485

TELEMEASURES

SCA-1

SCA-2

MPX-IN

RIGHT/MONO

LEFT

MPX-OUT

BREAKER

Mizar (2U) Rear panel (with stereo option)

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Technical characteristics MIZAR

RF SECTION Frequency Range, Frequency Step Reference Stability Nominal Output Power Power Level Output Impedance / Connector RF Monitor Level / Connector Off Lock Attenuation Asynchronous AM S/N Ratio Synchronous AM S/N Ratio Spurious and Harmonic Suppression Modulation Capability

87.5 - 108MHz, 10/50/100 kHz (from front panel) 87.0 - 108MHz China, other bands on request ± 2.5ppm (0°C - 50°C) 30W / 300W / 500W / 1000W 0-100% (from front panel) 50Ω/N Female -30dBc/BNC > 60dB > 65dB > 60dB Meets or Exceeds all FCC and CCIR requirements Meets or Exceeds all FCC and CCIR requirements

AUDIO SECTION

MONO MODELS: 30W (Mizar 30) 300W (Mizar 300) 500W (Mizar 500) 1000W (Mizar 1000)

MPX OPERATION Audio Input Impedance Audio Input Connector Audio Input Level Frequency Amplitude Response Harmonic Distortion S/N Ratio with CCIR Unweighted S/N Ratio with CCIR Weighted

10kΩ BNC 2Vpp Nominal (±6dB adjustable from rear panel) ± 0.2dB 30Hz-100kHz < 0.1% 30Hz-100kHz (0.05% 20Hz-53kHz) > 73dB > 73dB

MONO OPERATION

STEREO MODELS: 30W (Mizar 30S) 300W (Mizar 300S) 500W (Mizar 500S) 1000W (Mizar 1000S)

Audio Input Impedance Audio Input Connector Audio Input Level Frequency Amplitude Response Harmonic Distortion Pre-emphasis S/N Ratio with CCIR Unweighted Filter S/N Ratio with CCIR Weighted Filter

Balanced 600Ω/10kΩ (jumper) XLR 2Vpp Nominal (±6dB adjustable from rear panel) ± 0.5dB 30Hz-15kHz < 0.05% 30Hz-15kHz Flat, 50µs, 75µs (ON/OFF from display, 50/75 from jumper) > 73 dB > 73 dB

INTERNAL CODER OPERATION (Stereo Coder Option) Audio Input Impedance Audio Input Connector Audio Input Level MPX Output Connector / Impedance MPX Output Level Frequency Amplitude Response Harmonic Distortion Pre-emphasis Stereo Separation S/N Ratio with CCIR Unweighted Filter S/N Ratio with CCIR Weighted Filter

Balanced 600Ω/10kΩ (jumper) XLR 2Vpp Nominal (±6dB adjustable from rear panel) BNC / 50Ω 5.6Vpp ± 0.5dB 30Hz-15kHz < 0.05% 30Hz-15kHz Flat, 50µs, 75µs (ON/OFF from display, 50/75 from jumper) > 50dB (typ. 60dB) 30-15kHz > 70 dB > 70 dB

SCA OPERATION (2 Inputs) SCA Input Impedance SCA Input Connector Input Level Frequency Amplitude Response

10kΩ BNC 2Vpp Nominal for ± 7.5kHz deviation ± 0.2dB 40-100kHz

AUXILIARY SOCKETS Serial Interface Telemetry

RS232/RS485 (internally selectable) Forward, Reflected, Alarm and On/Off control

GENERAL

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AC Power Requirements Dimensions / Weight Ambient Temperature Range Specifications and characteristics are subject to change without notice Rev.2/7.10

80 - 260VAC 50/60Hz Rack 19" 2U-6kg (30W) 3U-11kg (300W) 3U-15kg (500W) 3U-20kg (1000W) -5°C to +45°C

RADIO 20kW

GR O U P

15kW

10kW

High Power

FM Amplifiers

MAIN CHARACTERISTICS:

The FM amplifier line of the DATxF

Effective software algorithms protect

• Air cooling • Very high efficiency • Restrained dimensions and weight • Multi-platform remote control

family was designed with great care

the equipment from any cause of

for consumption and bulk, oversizing

breakdown.

all of the components: LDMOS, fans

The output power is dinamically

and power supply, thus expanding the

decreased to conservative values in

redundance concept.

case of environmental overheating or

For each fundamental element there

reflected power from the antenna

are at least two components.

system.

DISPLAY READING:

• MOSFET Voltages/Currents • Output Power • Input Power • Reflected Power • Temperature PROTECTIONS AGAINST:

• Over Voltage • Over Current • Forward Power • Reflected Power • Overdrive

The loads of the internal combiners are The amplifier is built by connecting in

sized so to work indefinitely even in

parallel 3kW or 5kW modules.

unbalancing conditions, thus granting a

Each of these modules is completely

continuous service without

indepentent, so that it can be used in

interruptions.

standalone mode in emergencies or for network reconfigurations.

The central control unit of the device oversees all of the general parameters

The heat dissipation is performed by

and those of the individual amplifier

high-quality, very quiet fans.

modules. It allows remote control by

The usage of a high-performance

means of a serial connection through

MODELS:

dissipator and the high efficiency of

the WEB SERVER or SNMP (optional)

• 5,5kW, 8,5kW, 10kW, 15kW, 20kW

active devices allowed a remarkable

interface. In the DUAL DRIVER version

decrease in weight, making transport

directly controls the exciters, manages

and installation simpler.

the switch of the coaxial relay and distributes the base band signals.

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High Power

Technical characteristics

FM Amplifiers MODELS

DAT-2X4F

DAT-3X4F

DAT-2X8F

DAT-3X8F

DAT-4X8F

5,5kW

8,5kW

10kW

15kW

20kW

30W

45W

60W

90W

120W

Remote Control

RS485, USB

Input Connector

N Female

Output Connector

1"+ 5/8”

3"+1/8

400V + 15%

47-63Hz

Power Factor

> 0.98

Consumption

8,8kVA

13,6kVA

16,8kVA

24,2kVA

32kVA

Housing

28U

42U

Weight

220kg

280kg

260kg

350kg

450kg

Air Flow

1500m3/h

3000m3/h

4000m3/h

-5°C to +45° C

Output Power Nominal Input Power

Power Supply Voltage Power Supply Frequency

Temperature

Specifications and characteristics are subject to change without notice Rev.4/7.11 600mm

Rack 28U Example

600mm

Power Amplifier WARNING

ALARM

REMOTE

POWER

MONITOR

EIA 7/8” RF OUTPUT

Power Amplifier WARNING

ALARM

REMOTE

POWER

MONITOR

1232mm

CABLES INPUT

1000mm

255mm

Top view The picture are indicative only and are subject to change without notice

G GR ROUP

Front view

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RADIO GR O U P 5kW

3kW

1kW

DAT xF

FM Amplifiers MAIN CHARACTERISTICS:

• Air cooling • Very high efficiency • Restrained dimensions and weight • Multi-platform remote control • USB controllable • Temperature foldback • Reflected Power foldback DISPLAY READING:

• MOSFET Voltage/Current • Output Power • Input Power • Reflected Power • Temperature PROTECTIONS AGAINST:

• Over Voltage • Over Current • Forward Power • Reflected Power • Overdrive MODELS:

• 1000W, 3000W, 5000W

elettronika@elettronika.it www.elettronika.it

The FM amplifier line of the DATxF family was designed with great care for consumption and bulk, oversizing all of the components: LDMOS, fans and power supply, thus expanding the redundance concept. The active devices belong to the 6th generation of LDMOS, very robust and with high gain, allowing to create very compact amplifiers. The switching power supply wide wide input range are tested to sustain network bursts up to 4kV. Greatly efficient, they assure a power factor close to one in any load condition. The heat dissipation in high-power models (3 and 5kW) is performed by high-quality, very quiet fans. The usage of a high-performance dissipator and the high efficiency of active devices allowed a remarkable decrease in weight, making transport and installation simpler. Designed to assure high reliability if

connected directly directly to an antenna system, these amplifiers are well-fit to a modular use in higherpower amplification systems. Effective software algorithms protect the equipment from any cause of breakdown. The output power is dinamically decreased to conservative values in case of environmental overheating or reflected power from the antenna system. The loads of the internal combiners are sized sto to work indefinitely even in unbalancing conditions, thus granting a continuous service without interruptions. A multi-function display allows to check at any moment all of the parameters of the amplifier and to adjust the output power. All of the functions of these amplifiers are remotable through RS485 serial interface, or optionally through SNMP protocol or WEB SERVER.

DAT xF

Technical characteristics

FM Amplifiers

DAT2F

DAT4F

DAT8F

1000W

3000W

5000W

10W

20W

30W

Remote Control

RS485, USB

Input Connector

N Female

Output Connector

7/16 Female

EIA 7/8”

90-260V

230V ±15%

3P+N 400V ±15%

Other on request

47-63Hz

Power Factor

> 0.98

Consumption

1.7kVA

4.7kVA

7.5kVA

Housing

Weight

20kg

30kg

45kg

Air Flow

180m3/h

600m3/h

-5°C to +45° C

MODELS Output Power Nominal Input Power

Power Supply Voltage Power Supply Frequency

Temperature

Specifications and characteristics are subject to change without notice Rev.4/7.11

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RADIO GR O U P

STL

FM Link MAIN CHARACTERISTICS: Rack 19" 2U (TX)-1U (RX) 90-250Vac 50/60Hz Power Supply or 24V battery

The new series of FM links achieves the goal of uniting the good quality technical specifications and the modern design with a limited price.

Indication of the main parameters on LCD display Alarm Thresholds for FWD Power, REF Power and Temperature (TX only) Power Supply Input on IEC box with double fuse on the check RF Input (RX)/Output (TX) with N connector on the rear panel MPX Input (TX)/Output(RX) with BNC connector on the rear panel

All this is possible thanks to the SMD technology used to produce the boards, as well as the design of all the sections with the newest and well-proven technologies allowing to grant uninterrupted functioning without problems, high selectivity and immunity to adjacent channels in the receiver and a higher audio quality.

Audio Input (TX)/Output(RX) with XLR connector on the rear panel Level adjustment (MPX, Audio, SCA) with multi-turn trimmer on rear panel (TX only) Multifunction Display with five buttons Remote Control by wired or serial (RS232 or RS485) connection

All input/output connectors are mounted on the boards and all connections between boards are made by means of point-to-point multipolar connectors strongly reducing wiring and making the

device reliable and easy to maintain and repair. The power supply source is wide input range (90-250Vac) switching that is automatically switched to a 24V external battery to ensure continued functioning even in absence of power supplying. The user interface is 16Cx2R alphanumeric display allowing to monitor and change frequency, forward and reflected power (TX only), temperature (TX only), alarms level, modulation level, battery voltage and remote enable. All functions are remotely controllable by means of an RS232 or RS485 (internally selectable) interface, while a telemetry port allows to manage some fundamental functions.

Headphones output (RX only)

STL Rear panel (RX)

STL Rear panel (TX)

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Technical characteristics RF SECTION (TX) Frequency Range / Output Power

STL FM Links

Output Power Control RF Output Impedance RF Output Connector

200-900MHz in bands / 20W 1,3-2,4 GHz in bands / 5W Software with PWM 50Ω N Female

RF SECTION (RX) Frequency Range Sensitivity A.F.C. RSSI RF Input Impedance RF Input Connector Input Filter

200-900 MHz in bands 1,3-2,4 GHz in bands -90 dB @32 dB Sinad Software 80 dB linear scale with muting 50Ω N Female Bandpass 4°order 20 MHz BW

AUDIO SECTION Input/Output Level Emphasis Low pass filter Limiter Frequency response THD

XLR Balanced 600Ω/10kΩ (Mono, stereo, L/R) BNC unbalanced 10kΩ (MPX) 2.2 Vpp adjustable Flat, 50µs, 75µs 15 kHz ∆nom + 1dB < 0,5 dB < 0,5 %

LOCAL OSCILLATOR Frequency Frequency stability S/N FM CCIR Syntesis

200-900 MHz / 1,3-2,4 GHz in bands with 20 MHz tuning BW 2.5 ppm > 60 dB Weighted / Unweighted PLL with locking voltage indication

GENERAL Power Supply Cabinet Weight Ambient Temperature Humidity Remote Control

90-250VAC, 50/60Hz or 24V battery Rack 19" 1U (RX) - 2U (TX) 5kg (1U), 9kg (2U) -5°C to +45°C 20% - 90% Wired and RS232 or Rs485 Specifications and characteristics are subject to change without notice Rev.3/8.11

G GR ROUP ELETTRONIKA Srl SS 96 km 113 Z.I. 70027 PALO DEL COLLE (BA) ITALY Tel. +39.080.626755 (PBX) +39.335.5824900 Fax +39.080.629262 elettronika@elettronika.it www.elettronika.it

ACCESSORIES GR O U P

Remote Control Unit and Monitoring MAIN FEATURES: 3 Differential analog inputs (0-10V) 4 Digital inputs (TTL level) 4 Digital output (free contact) Control of up to 8 Elettronika devices by RS485 connection 2x16 alphanumeric display 6 Status LEDs, 4 function keys

CONNECTION MODES: Direct cable: RS232 or USB with auto-detection Telephone: (PSTN model only) LAN/Ethernet (Ethernet model only) GSM (GSM model only)

PSTN Model: Automatic call to the control centre in case of anomalies or events

GSM Model: Option Dual- (900-1800MHz) or Tri-band (900-1800-1900MHz) Automatic call to the control centre in case of anomalies or events SMS sent in case of anomalies or events Status request via SMS Radio antenna with magnetic support on SMA connector on front panel

The RCU (Remote Control Unit) manufactured by Elettronika S.r.l. allows to monitor a distant broadcasting station just as the operator were on site. There are four connection modes: direct cable connection (RS232 or USB), traditional telephone connection (PSTN), data connection GSM, Internet connection (dedicated software, web or SNMP). It is possible to check and modify any parameter of the TV and FM amplifiers (power, power supply, temperature, etc.), of the exciters (frequency, gain, ON/OFF status) and of the switches (transmitter in antenna) with simple and intuitive operations. In case of failure or breakdown, the RCU automatically informs the control centre by SMS or phone call. This way it is possible to be aware of the problem in time and perform a timely and effective intervention, limiting the inactivity period. Besides, the RCU allows to monitor the mains voltage and, should the power fail, can be automatically powered by a battery in order to send the SMS/phone call. RCU is oriented towards the remote

control of broadcasting equipment by Elettronika S.r.l., but it has enough flexibility to allow controlling other general-purpose devices. In fact, the RCU is provided with 3 analog inputs, 4 digital inputs and 4 digital outputs. It is also possible to set some userdefined rules allowing the RCU to automatically modify the output channels depending on the status of the inputs, with no operator intervention. By means of adequate sensors, it is possible to measure the humidity or air pressure (analog inputs), check the presence of fire- or intruderalarms (digital inputs) or turn on/off the air conditioning or a lamp (digital output). Besides, the outputs can be controlled manually, from remote or locally, or automatically, depending on the inputs. Having a hooter sound when an intruder-alarm is triggered, or turn on the air-conditioning when the temperature or humidity is too high, will be easy as sending a simple SMS. And if this is not enough, the input and outputs can be expanded by adding the GENIO option.

LAN / Ethernet Model: Ethernet 10Base-T connection on RJ45 connector on front panel IP address and Subnet Mask configurable from display Implemented protocols: Web Server, SNMP Agent, RS232 Tunnelling Is available the model with one RS485 port and a reduced set of telemetries

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GENIO gives the possibility to expand the inputs and outputs of the RCU

The ERCoS (Elettronika Remote Control Software) is the Windows速 software to configure, monitor and modify from a simple remote transmitter to a large network of broadcasting equipment. Its operation is made easy by the intuitive graphic interface. It can be connected to the remote site by direct cable connection (RS232 o USB), telephone connection using any of the modem (GSM or PSTN) installed under the operating system, or through Internet connection. The network of Elettronika transmitter can be customized, it is possible to describe its composition, add backgrounds, group the stations, display their status and any alarm, browse a historical event log, turn on and off the devices or change their settings, all this from a remote PC. A detailed block diagram, including all real data downloaded during the connection, is displayed for any single device (modulator, amplifier, etc.). The ERCoS can be configured so that it automatically answers incoming calls from a remote RCU signalling an event (for instance a black-out). The information sent is automatically added to the event log, which is then open and displayed on the monitor on top of all windows. All operations are password-protected in order to prevent unauthorized people to change the settings of a remote transmitter. Only users knowing the relevant password can change the software configuration or the settings of a device. The AutoPolling function allows a periodic automatic check, at scheduled intervals, of the status of the whole transmitter network.

Any anomaly is always stored into the log. Last but not least, ERCoS language can be easily customised even by the end user.

MAIN FEATURES: Compatible with Windows XP / Vista / 7 Completely configurable transmitter network, organized into sub-groups Detailed and intuitive block diagram of each Elettronika device Historical event log AutoPolling: checks the status of all transmitter at custom times AutoAnswer: automatically answers incoming calls from a remote RCU Password-protection for the configuration of the software and the modification of the remote station parameters Specifications and characteristics are subject to change without notice Rev.2/7.10

RCU MODEL: PSTN AC IN

GSM DUAL BAND

G GR ROUP

ETHERNET

____________ EXTENDER

TELEMEASURES

PORT 1

PORT 2

PORT 3

PORT 4

PORT 5

PORT 6

PORT 7

PORT 8

RCU Rear panel

Reception of an SMS from the remote site in case of alarm

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GSM TRI-BAND

BATTERY