Communication Satellite Payload

Slides:



Advertisements
Similar presentations
How many antennas does it take to get wireless access? -The story of MIMO n Benjamin Friedlander n Department of Electrical Engineering n University of.
Advertisements

RADITEK SATCOM RADITEK 2014 SATCOM OVERVIEW PRESENTATION A California USA corporation.
Cellular Networks Lecture 6 Paul Flynn.
Multiple Access Techniques for wireless communication
Workshop On The Efficient Use Of The Satellite Orbital Resource
Communications Payload Engineering
Aeronautical Ku-band Satellite Communication Single Focus Workshop 25 March 2010 Peter Lemme.
Tooway, consumer Ka band terminal description
ECE 5233 Satellite Communications
1 SMART ANTENNAS FOR THIRD GENERATION TDMA (EDGE) Jack H. Winters AT&T Labs - Research Red Bank, NJ October 3, 2000.
Communications - Access Schemes 1 Introduction to Space Systems and Spacecraft Design Space Systems Design.
EEE440 Modern Communication Systems Satellite Systems.
RF Considerations for wireless communications Jose Antonio Echenique.
CDMA X RTT Overview. Global 3G Evolution.
Voice capacity in CDMA xRTT systems Term project (COE-543) By S.M.Rehman #
1 Adapted from Wireless Communications Principles & Practice By Theodore S. Rappaport, 2nd ed. Prentice Hall, 2002.
February 26, 2004Slide 1 Little Wireless and Smart Antennas Little Wireless and Smart Antennas Jack H. Winters 2/26/04.
Multi-beam Patch Antenna Design Mustafa Konca Supervisor: Prof. Dr. Sener Uysal.
Satellite Communication
Neal Mansfield Joseph Pete Matthew Robinson Steven Summers
VSOP-2 Ground Link Station - Tracking Station Requirements - National Astronomical Observatory of Japan Y. Kono.
Multiple Access Techniques for Wireless Communication
1 KARI Proprietary Material COMS-1 Program, Introduction to COMS Development Plan COMS Program Office Korea Aerospace Research Institute.
Legacy Satellite Systems
Space Time Processing for Fixed Broadband Wireless A. Paulraj Gigabit Wireless & Stanford University ISART 6 -8 September, 2000 Boulder, CO.
1 SMART ANTENNAS FOR WIRELESS COMMUNICATIONS JACK H. WINTERS AT&T Labs - Research Red Bank, NJ September 9, 1999.
Technology for Mobile Broadband Bill Sullivan Managing Director, Mobile Broadband Systems Carlsbad, CA.
1 Kyung Hee University Chapter 17 Cellular Telephone and Satellite Networks.
1 Low Cost Multimission Telecommand and Telemetry Natal Ground Station (TT&C) by Jean Paul DUBUT (INPE/CRN) 1 st COROT Workshop – Natal – RN – Brazil.
2.4 GHz CubeSat Communications System Robert Bui Communications Subsystem Lead.
1 PROPAGATION ASPECTS FOR SMART ANTENNAS IN WIRELESS SYSTEMS JACK H. WINTERS AT&T Labs - Research Red Bank, NJ July 17,
ECE/TCOM 590 Introduction to Wireless Systems January 22, 2004.
Wireless Transmission and Services Chapter 9. Objectives Associate electromagnetic waves at different points on the wireless spectrum with their wireless.
Section Number - 1 NASA’s Goddard Space Flight Center Communication Systems Jason A. Soloff NASA/GSFC Code 567 August 16-17, 2005.
1 SMART ANTENNAS FOR TDMA Jack H. Winters AT&T Labs - Research Red Bank, NJ September 7, 2000.
Satellite Network 1. Why Satellite Networks ?  Wide geographical area coverage  From kbps to Gbps communication everywhere  Faster deployment than.
Satellite Communications
SWE-DISH SATELLITE SYSTEMS
TRIO-CINEMA Meeting at KHU 1 October 19-23, 2009 CINEMA Operations Manfred Bester.
Doc.: IEEE /0909r0 Submission July 2012 Jong S. Baek, AlereonSlide 1 Analysis, simulation and resultant data from a 6-9GHz OFDM MAC/PHY Date:
Cambium Networks PMP 450i 900MHz
Ch 16. Wireless WANs Cellular Telephony Designed to provide communication between two “moving” units – To track moving units (mobile station; MS),
NASA’s Goddard Space Flight Center Lunar Reconnaissance Orbiter Ground System Requirements.
Xi’an Institute of Space Radio Technology
Introduction to satellite Communications Lecture (11) 12/24/20151Dr. Hassan Yousif.
1 SMART ANTENNAS FOR THIRD GENERATION TDMA (EDGE) Jack H. Winters AT&T Labs - Research Red Bank, NJ July 17, 2000.
TECHNICAL SEMINAR PRESENTATION 2004 Presented by - Sonali Mohanty MOBILE SATELLITE COMMUNICATION. Technical Seminar Report On “Mobile Satellite Communication”
1 SMART ANTENNAS FOR THIRD GENERATION TDMA (EDGE) Jack H. Winters AT&T Labs - Research Red Bank, NJ March 22, 2000.
Basic Satellite Communication (3) Components of Communications Satellite Dr. Joseph N. Pelton.
CINEMA PDR, UCB/SSL 1 August 22, 2008 CINEMA Communications & Ground Systems Manfred Bester.
From you host … Dr. H. Introduction Communications design requires us to think about the following issues: Communications design requires us to think.
Multiple Access Techniques for Wireless Communication
CDMA X EV-DO by S.Vidhya. CDMA 2000 CDMA2000 (also known as C2K or IMT Multi ‑ Carrier (IMT ‑ MC)) is a family of 3G[1] mobile technology standards,
Click to edit Master title style Click to edit Master text styles Second level Third level Fourth level Fifth level Wednesday, December 3, 2003Slide 1.
1 Kyung Hee University Chapter 17 Cellular Telephone and Satellite Networks.
8.5 SATELLITE COMMUNICATIONS
Satellites: New Technologies and New Systems
The University of Iowa. Copyright© 2005 A. Kruger 1 Introduction to Wireless Sensor Networks Wireless Terms, FAQ & Glossary 27 January 2005.
 Abbreviation of fourth generation wireless technology  It will provide a comprehensive IP solution where voice, data and multimedia can be given to.
ITSO - Basics of Satellite Communications
FIXED SATELLITE SERVICE and UAS (22 September 2010)
UAS BLOS (satellite) Control and Non-Payload (CNPC) Communications
Long Term Evolution (LTE)
Fundamentals of Cellular and Wireless Networks
Fundamentals of Cellular and Wireless Networks
Presented by ING servis d.o.o. Zagreb
ECE 5233 Satellite Communications
ECE 5233 Satellite Communications
ECE 5233 Satellite Communications
Presentation transcript:

Communication Satellite Payload Product & Heritage Version 2014 V1

Background 30 years’ experience in design, manufacturing, integration and test More than 20 GEO payloads has been supplied. In- orbit operating time accumulates up to over 1400 years. Frequency bands: UHF, L, S, C, Ku, Ka Max. power per channel: 300W Total RF power: 5000W Max. number of antenna per sat.: 7 Design lifetime: 15 years SinoSat-3 SinoSat-6 NigcomSat-1R

Technique & Benefits Multi-bands, multi-channels, multi-antennas, high power and high gain payload High reliability and long life system > 15 years Anti-interference Switchable channels between different beams Steep roll-off antenna Steerable antenna On-Board auto-tracking Mono-pulse tracking with 0.06 degree accuracy On-Board processing Frequency hopping, spread spectrum, Circuit transfer, ATM, IP transfer, sub-band transfer TDMA, FDMA, CDMA Adaptive modulated rate: 2-300Mbps Adaptive demodulated rate: 2-54Mbps VeneSat-1 PakSat-1R TKSAT-1

Heritage * International program Program Launch Freq. Band Channels*Power (W) DFH2 1984.04.08 1986.02.01 C 2 * 8 DFH-2A 1988.03.07 1988.12.22 1990.02.04 4 * 10 DFH-3 1997.05.12 18 * 8 6 * 16 ChinaSat-22 2000.01.26 UHF 6 * 25 7 * 20 ChinaSat-20 2003.11.15 8 * 20 Ku 4 * 55 ChinaSat-22A 2006.09.13 1 * 20 Ka 2 * 60 Nigcomsat-1* 2007.05.14 L 2 * 62/45 4 * 60 14 * 150 8 * 70/50 Sinosat-3 2007.06.01 10 * 50 Nigcomsat-1R* 2011.12.20 8 * 70 Program Launch Freq. Band Channels*Power (W) Tianlian I 2008.04.25 2011.07.11 2012.07.25 S/Ka 1 * 50 Ka/S 1 * 40 Ka 5 * 50/20 Venesat-1* 2008.10.30 C 14 * 60 Ku 12 * 120 2 * 50 Sinosat-6 2010.09.05 S 1 * 120 24 * 80 8 * 150 ChinaSat-20A 2010.11.25 2 * 20 6 * 55 Paksat-1R* 2011.08.12 12 * 40 18 * 100 Zhongxing-1A 2011.09.19 UHF 6 * 25 1 * 20 12 * 100 Zhongxing-2A 2012.05.26 11 * 150/300 6 * 100 Zhongxing-11 2013.05.02 26*84 19*150 TKsat-1* 2013.12.21 2*60 22*100/4*120 2*100 * International program

Heritage SINOSAT-6 Configuration chiefly technique Ku band, 8 * 150W C band, 24 * 80W All channels can be switched between two beams S band, 1 * 120W Can be switched to Ku band channel 4 antenna Including 2 dual gridded antenna chiefly technique C band pre-distortion IMUX 13 channels C band OMUX Dual grid antenna Steep roll-off antenna Launched in Sep. 2010

Heritage ZHONGXING-11 4 beams, 5 channels are switchable Configuration Ku band, 19 channels (150W/Channel) 4 beams, 5 channels are switchable C band, 26 channels (84W/channel) Standard/extended C band, dual polarization 5 antenna (including 1 Steerable antenna) chiefly technique C-serial Bus, TWTA with Dual EPC Matrix command and telemetry (HLC/LLC) Ku band dielectric resonator IMUX Wideband feed (4 ports, C band) 16 channels C band OMUX Launched in May 2013 Zhongxing-11

Typical Payload Performance C band 36MHz channel Frequency offset from center (MHz) Flatness (dBp-p) ±10.0  0.6 ±12.0  1.0 ±14.0  1.2 ±16.0  2.0 ±18.0  2.4 Frequency offset from center (MHz) Group delay (ns) ±0  5.0 ±8.0  10.0 ±12.0  25.0 ±16.0 45 ±18.0  88 Frequency offset from center (MHz) Rejection (dB) ±22.0MHz ±25.0MHz ±30.0MHz -20 -30 -50

Typical Payload Performance C band 54MHz channel Frequency offset from center (MHz) Flatness (dBp-p) ±18.0  1.0 ±27.0  2.4 Frequency offset from center (MHz) Group delay (ns) ±18.0 30 ±27.0 82 Frequency offset from center (MHz) Rejection (dB) ±32.0MHz ±37.5MHz ±45.5MHz -20 -30 -50

Typical Payload Performance Ku band 36MHz channel Frequency offset from center (MHz) Flatness (dBp-p) ±12.0  1.0 ±18.0  3.0 Frequency offset from center (MHz) Group delay (ns) ±0  3.0 ±9.0  10.0 ±12.0  25.0 ±16.0 45 ±18.0 95 Frequency offset from center (MHz) Rejection (dB) ±22.0MHz ±25.0MHz ±30.0MHz -20 -30 -50

Typical Payload Performance Ku band 54MHz channel Frequency offset from center (MHz) Flatness (dBp-p) ±18.0  1.0 ±27.0  2.8 Frequency offset from center (MHz) Group delay (ns) ±0  3.0 ±13.0  10.0 ±18.0  25.0 ±24.0  45 ±27.0  80 Frequency offset from center (MHz) Rejection (dB) ±33.0MHz ±38.0MHz ±45.5MHz -20 -30 -50

Multi-Beam Payload Multi narrow beams coverage to improve EIRP & G/T performance Frequency reused with times to increase useful bandwidth and communication capacity Frequency isolation with beam isolation Program under development: ChinaSat-16 Stowed status Deployed status

Multi-Beam Payload ChinaSat-16 3 gateway beams 26 user beams A High Throughput Satellite at Ka band 3 gateway beams 26 user beams

Multi-Beam Payload ChinaSat-16 RTN Link FWD Link 50W TWTA 6 channels EIRP: 55dBW G/T:13dB/K 100W TWTA 20 channels EIRP: 59.5dBW G/T: 13dB/K C/I: 15dB

For more information please contact: marketing@cast504.com