CORPORATE PRESENTATIONCORPORATE PRESENTATION

AD Telecom SL Camí de la Pelleria, 12 Pol. Ind. Bonavista Nord 08915 Badalona (Barcelona)

Tel. +34 932237900Fax +34 932237901

adtelecom@adtelecom es

ADTELECOM Alts Forns 36-44 08038 Barcelona Tel: +34 93 223 79 00 www.adtelecom.es

08915 Badalona (Barcelona)SPAIN .

adtelecom@adtelecom.eswww.adtelecom.es

THE COMPANY

Founded: 1993

THE COMPANY

Founded: 1993Activity: Industrial company with own R+D and equipment Sectors: Radiocommunications & Broadcast, Security, Aeronautics, Space,

I t t tiInstrumentation.Services: R+D for other companiesTurnover: 3 M€ (2007)Employees: 30 (21 University graduates)

TECHNOLOGIES

RADIOFREQUENCY AND MICROWAVESRADIOFREQUENCY AND MICROWAVESDevelopment of microwave circuits Lab equipment up to 20 GHz and scalable to 100 GHz Low phase noise oscillators, PLL and DDSp , Low noise and Power amplifiers Frequency conversion Microstrip and Stripline technology

OPTICSCommunications and remote sensingCommunications and remote sensing Free Space Optical links LIDAR atmospheric measurement applications Liquid Crystal based optical devices. 3D display

TECHNOLOGIES

EMBEDED SYSTEM MICROPROCESSORSHardware and software solutions 32 bit microprocessors, Micro controllers, DSP Programmable components (CPLD…) Processors cores for FPGA SoC Processors cores for FPGA, SoC Bus controllers (CAN, Space Wire…) Communication and network interfaces (WiFi, Bluetooth…)

SIGNAL PROCESSING FPGA programmable logic Xilinxs families Spartan and Virtex VHDL programming VHDL programming Digital modulations FSK, QPSK, QAM, COFDM IF Sampling, I/Q demodulation, Spectral analysis Forward Error correction, Encryption systems

PROJECTS

AERONAUTICS ATLAS: WIND MEASURING LIDAR SYSTEM – Wind-shear detection

LIDAR aid instrument for air navigation under unfavourable weather conditions•Coherent Doppler LIDAR technique

Along-path, focused, VAD scanningg p , , g Optical heterodyne detection Doppler broadening: aerosol & molecular motion inside the scattering

volume Rayleigh and Mie peaks

• Direct Detection Doppler LIDAR Edge, Double Edge and Fringe Techniques

• Elastic systems: Spatial Correlation No Doppler Effectpp Airborne particles -> moving targets and inhomogeneities

SPACE PROJECTS: DEEPOPT

Deep Space Communications Optical link: DEEP-OPT Broadband optical communication system between a space probe and a LEO satellite. The laser energy is not disperse due to the High directivity The demonstrator has been verified working at 20 Mbits/sec in a 140 Km optical link The demonstrator has been verified working at 20 Mbits/sec in a 140 Km optical link

between Canary Island Tenerife and La Palma PPM modulation was used 1064 nm High Power laser

SPACE PROJECTS: INTASPACE PROJECTS: INTA

SATELLITE COMMUNICATION SYSTEMS: MODEM Transmitter Receiver and AntennasSATELLITE COMMUNICATION SYSTEMS: MODEM, Transmitter, Receiver and Antennas UHF: Low speed channel allowing a maximum stream of 24 Kbits/sec. S-Band: Medium speed channel with speeds between 1 and 2 Mbits/sec. X-Band: High speed channel with a stream of 40 and 80 Mbits/sec.

COLLABORATION PROJECTS INTA – AD TELECOM:

COMMUNICATION PROTOCOL ACCORDING TO THE ESA RECOMMENDATION FOR SMALL SATELLITES

• NANOSAT: - Nanosat 1: Launched in December 2004- Nanosat 1B: To be launched in May 2009

• MICROSAT: Foreseen launch date 2010

MESH network assisted from celular t k (HSPA/UMTS/GPRS)network (HSPA/UMTS/GPRS)

Multi-interface MESH network equipment,Multi interface MESH network equipment, Complete solution (hardware and software) for Mesh Network Elements. Parameters managed by the operator from the cellular network. Client connection assistance, AAA and network Management, Self-configuring capacities,

QoS based routingQoS-based routing

Mesh Network elements:Central server- Central server

- Gateways (Mesh network to Internet) - Mesh nodes: access points for clients

WIRELESS TETRA IN HELMET

Designed for motorbike TETRA communications Bluetooth audio link between Helmet and TETRA

interface Power supplied from motorbike batteryPower supplied from motorbike battery No need to charge helmet batteries for 24h Management of TETRA communications from bar

console 3 modes of use: 3 modes of use:

Frontal: Speakers & Mic BT: Communication from Helmet Rear: Use of Hand Microphone

INSTRUMENTATION:VISION PROJECT: Optical deflectors

MEMS based devices form a programmable Grating Light Valve- MEMS based devices form a programmable grating diffraction (PMDG).

A li ti

Grating Light Valve

- Applications: 3D display Spectral analyzer in the IR and visible. Optical deflector for laser pointing (Beam Optical deflector for laser pointing (Beam

Steering).

D i b d t l li idRefraction index gradient

- Device based on crystal liquid The cell is a visible light deflector and

programmable lens. Programmable Adaptive Lenses Programmable Adaptive Lenses. Beam Steering Laser.

HEAD UP DISPLAYHEAD-UP DISPLAY

SPECIFICATIONS OF THE SYSTEMSPECIFICATIONS OF THE SYSTEM Refractive System Reduced size

• Small light source and compact lenses Hi h fl f li ht High fluence of light

• Outside light overlap High resolution colour projection

• Readable text and icons

OPTICS: Light source: Laser Light source: Laser Modulation: DLP (Digital Light Processing)

/ MEMS Lenses

CONTROL: i.MX31 based Embedded System

INSTRUMENTATIONSENA PROJECT: CHEMICAL IDENTIFICATIONSENA PROJECT: CHEMICAL IDENTIFICATION

AUltrasensible Nano-photonic Sensors for

Access to sensor(material under test)

pparticle and microorganism detection

Injection/extraction of the optical excitation

Socket or head support

Interchangeable Sensor Head

Process Electronics

INTERFAZ REDSENSOR COMMON OPLATTFORM

INSTRUMENTATION: PRODUCT GATALOG

PRODUCT LINES: Di it l Vid di li k ith MPEG2 i Digital Video radio-links with MPEG2 compression MPEG2 video transport on 2 Mbits SDH lines COFDM mobile digital video radio-links TETRA radio systems TETRA radio systems Radiomodems Equipment for monitoring the quality of TV signal Chemical analysis instrumentation Chemical analysis instrumentation Optical communications

PROJECTS vs TECHNOLOGIES AND APPLICATION AREA

RF Electronics Microwaves Optical

TechnologiesSignal

ProcessingEmbedded SystemsElectronics Technologies Processing y

Radio-communications & B d

Video Links

TETRA Coverage solutions

TETRA / Bluetooth Helmets

& Broadcast

Security

MESH Networks

Sensor NetworksSENA

TETRA Combiner

SecurityLIDAR for toxic gas identification

LIDAR for clear air turbulence detection in Air NavigationAeronautics

INTA Nanosat & Microsat

LIDAR for clear air turbulence detection in Air Navigation

SpaceTransceivers Deep space

Optical linkMeasurement of dry ice

layers

InstrumentationCh i l A l i i NMR

VISION (3D Display)

TV-sat signal Meter

DVB-T and analog-TV Monitoring

Head-up displayChemical Analysis using NMR

REFERENCES

References (I)

Space INTA, Oerlikon-Space

Public EntitiesGeneralitat de Catalunya Diputació de Barcelona Town Halls SETSIGeneralitat de Catalunya, Diputació de Barcelona, Town Halls, SETSI,Mossos d’Esquadra (regional police of Catalonia), Centre de Telecomunicacions, Consorci d’Aigües de Tarragona, Ministerio de Defensa, Sociedad Estatal de Salvamento Marítimos e o de e e sa, Soc edad s a a de Sa a e o a o

Companies with owned Communications NetworkFGC, TMB, ABERTIS - ACESA, Autoritat Portuària de Barcelona, CILSA-ZAL, AGBAR

References (II)

Audiovisual TVC, TVE, MEDIAPRO, BTV, ONDA RAMBLA

Telecommunication OperatorsTELEFÓNICA VODAFONE AMENA COLT AUNA ALPITELEFÓNICA, VODAFONE, AMENA, COLT, AUNA, ALPI,SERVEI DE TELECOMUNICACIONS D’ ANDORRA

Infrastructure Operators Infrastructure OperatorsABERTIS TELECOM (TRADIA – RETEVISION)

Other customersEricsson, Marconi, ICICT-TÜV, Roca Sanitario, DAS Photonics

References (III)

Public Research CentresPolytechnic University of Catalonia (UPC)

Telecommunications Technology Centre of Catalonia (CTTC)

Institute of Photonic Sciences (ICFO)

Institute of Spatial Studies of Catalonia (IEEC)

Polytechnic University of Madrid (UPM)

Aerospace Research and Technology Centre (CTAE)

AD Telecom SL Camí de la Pelleria, 12 Pol. Ind. Bonavista Nord 08915 Badalona (Barcelona)

Tel. +34 932237900Fax +34 932237901

adtelecom@adtelecom es

ADTELECOM Alts Forns 36-44 08038 Barcelona Tel: +34 93 223 79 00 www.adtelecom.es

08915 Badalona (Barcelona)SPAIN .

adtelecom@adtelecom.eswww.adtelecom.es