Project on Telecom Industry – a Leading Indian Sector
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NEW SYLLABUS 345 : 1 : Roll No…………………
OPEN BOOK EXAMINATION NEW SYLLABUS 345 : 1 : Roll No………………… Time allowed : 3 hours Maximum marks : 100 Total number of questions : 6 Total number of printed pages : 7 NOTE : Answer ALL Questions. 1. "Telecom Industry in India" The telecommunication industry in India was one of the most swiftly growing sectors in the world with stupendous growth over the last decade. It was regarded as the third largest in the world and the second largest among the emerging economies of Asia. Besides the public sector, the private segment had made significant contribution that had turned the industry into one of the key contributors to the Indian success story. It had an impressive growth trajectory, adding nearly 9 million subscribers per month, bringing the mobile subscriber base to over 903 million by January, 2012. BCG, in January, 2011, indicated that the Indian telecom market would surpass the US $100 billion mark by 2015. This report contradicted the prevalent common belief that growth in the telecom sector had reached a saturation point. In 1994, when mobile phones were introduced in India, the country was divided into 23 circles and licences were issued as per these circles. The circles were classified into four categories — Metros, A, B and C - on the basis of revenue potential; Metro and A circles were expected to have the highest potential. The telecom market in India was highly competitive compared to other countries, and there were over 11 operators in each circle, which was unheard of anywhere else in the world. Different players included Airtel, Reliance, Vodafone (earlier Hutch), Idea, Tata, state-owned BSNL and many more. -
MA240.LBI.001 Genesis LTE MIMO GPS-GLONASS 3In1 Combination Adhesive Mount Antenna
SPECIFICATION Part No. MA240.LBI.001 Product Name MA240 Genesis 2 x LTE/GNSS 3in1 Adhesive Mount Combination Antenna 1* GNSS – GPS-GLONASS-GALILEO 2* 4G LTE 698 to 896/1710 to 2700MHz Supports 3G Fall-back Features IP65 Antenna 1* GPS-GLONASS: 2 meter RG-174 SMA(M) 2 * LTE: 2 meter Low loss NFC-200 SMA(M)ST Dimensions: 205.8mm x 58mm x 12.4mm RoHS Compliant SPE-14-8-084/E/JW Page 1 of 45 1. Introduction The MA.240 4G Genesis antenna is an omni-directional, fully IP65 waterproof external M2M antenna for use in telematics, transportation and remote monitoring applications worldwide. It is designed to be mounted directly on glass or plastic in the interior of vehicles. Typical applications - HD Video over LTE - First Responder and Emergency Services - Automotive Vehicle Tracking and Telematics This unique antenna delivers powerful dual antenna technology for worldwide 4G LTE bands at 700MHz / 800MHz / 1700MHz / 1800MHz / 2600MHz, plus GPS/GLONASS/GALILEO for next generation location accuracy. 4G wireless applications demand high speed data uplink and downlink. High efficiency and high gain antennas are necessary to achieve the required signal to noise ratio and throughput required to solve these challenges. Taoglas also takes care to have high isolation between the two LTE antennas to prevent self-interference. Low loss cables are used to keep efficiency high over long cable lengths. In contrast, smaller LTE antennas with poorer quality thinner cables will have much reduced efficiency and isolation, which would lead to a large drop in system throughput or drops, and may indeed not make a system connection at all. -
CP (IB) No. 01/MB/2018]
NCLT Mumbai Bench IA No. 1031/2020 in [CP (IB) No. 01/MB/2018] IN THE NATIONAL COMPANY LAW TRIBUNAL MUMBAI BENCH, SPECIAL BENCH II *** *** *** IA No. 1031 of 2020 in [CP (IB) No. 01/MB/2018] Under Section 60(5) of Insolvency and Bankruptcy Code, 2016 *** *** *** In the matter of STATE BANK OF INDIA Versus VIDEOCON TELECOMMUNICATIONS LIMITED Between ABHIJIT GUHATHAKURTA, Resolution Professional for 13 Videocon Group Companies Flat No. 701, A Wing, Satyam Springs, Cts No. 272a/2/l, Off BSD Marg, Deonar, Mumbai City, Maharashtra, 400088 … Applicant and DEPARTMENT OF TELECOMMUNICATIONS Ministry of Communications, Access Service Branch, AS-1 Division, Sanchar Bhawan, 20, Ashoka Road, New Delhi- 110001 … Respondent No. 1 BANK OF BARODA 3rd Floor, 10/12, Mumbai Samachar Marg, Fort, Mumbai- 400 001 … Respondent No. 2 Date of Order: 07.10.2020 CORAM: Hon’ble Janab Mohammed Ajmal, Member Judicial Hon’ble Ravikumar Duraisamy, Member Technical Appearance: For the Applicant : Senior Counsel Mr. Gaurav Joshi with Ms. Meghna Rajadhyaksha. For the Respondents : None Page 1 of 8 NCLT Mumbai Bench IA No. 1031/2020 in [CP (IB) No. 01/MB/2018] Per: Janab Mohammed Ajmal (Member Judicial) ORDER This is an Application by the Resolution Professional of the Corporate Debtor seeking necessary direction against the Respondent(s). 2. Facts leading to the Application may briefly be stated as follows. The Videocon Telecommunications Limited (hereinafter referred to as the Corporate Debtor) had availed various credit facilities from the State Bank of India and other Banks including Bank of Baroda (Respondent No. 2). The Department of Telecommunications, Government of India (Respondent No. -
Keysight Technologies PXI and Axie Products and Solutions Catalog
Keysight Technologies PXI and AXIe Products and Solutions Catalog September 2017 02 | PXI and AXIe Products and Solutions Catalog | September 2017 Table of Contents Featured Products 3 Unlocking Measurement M9383A PXIe Microwave Signal Realize pre-5G signal confidence with 1% Insights Generator, 1 MHz to 44 GHz EVM at 28 GHz, 800 MHz bandwidth in your 4-5 Article: More Test in Less Space: design validation test solution, with available Driving Down the Size of Test NEW upgrades of frequency and bandwidth to 6-8 PXI & AXIe Reference Solutions 44 GHz and 1 GHz, respectively. 9-11 PXI Chassis & Controllers 12-13 PXI Data Acquisition For more information, see page 20 14 PXI Digital Input Output 15 PXI Digital Multimeters M9421A PXIe VXT Vector Features exceptional EVM performance Transceiver 16 PXI Digitizers for dense modulation schemes required by 802.11ax design verification and manufac- 17 PXI Oscilloscopes turing test up to 8x8 MIMO. 18-21 PXI Signal Analyzers & Signal Generators For more information, see page 20 22-23 7 Tips for PXI and AXIe Test Solutions 24-25 PXI Switches 26-27 PXI Vector Network Analyzers M9341B/79A PXIe Modules for Purpose-built to improve the noise floor, dy- 28-29 PXI Waveform Generators Vector Network Analyzer namic range or test throughput for our PXIe 30-33 Additional PXI RF/µW & SMU VNA test solutions. Modules NEW 34-39 AXIe Modular Products For more information, see page 27 40-43 Software & Programming 44 Wireless Test Sets 45-46 Index M924xA PXIe Oscilloscopes up Troubleshoot random and intermittent sig- to 1 GHz Bandwidth nals with advanced probing technology and a 1,000,000 waveforms per second update NEW rate. -
Signal Processing with High Complexity: Prototyping and Industrial Design
EURASIP Journal on Embedded Systems Signal Processing with High Complexity: Prototyping and Industrial Design Guest Editors: Markus Rupp, Thomas Kaiser, Jean-Francois Nezan, and Gerhard Schmidt EURASIP Journal on Embedded Systems Signal Processing with High Complexity: Prototyping and Industrial Design EURASIP Journal on Embedded Systems Signal Processing with High Complexity: Prototyping and Industrial Design Guest Editors: Markus Rupp, Thomas Kaiser, Jean-Francois Nezan, and Gerhard Schmidt Copyright © 2006 Hindawi Publishing Corporation. All rights reserved. This is a special issue published in volume 2006 of “EURASIP Journal on Embedded Systems.” All articles are open access articles distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. Editor-in-Chief Zoran Salcic, University of Auckland, New Zealand Associate Editors Sandro Bartolini, Italy Thomas Kaiser, Germany S. Ramesh, India Neil Bergmann, Australia Bart Kienhuis, The Netherlands Partha Roop, New Zealand Shuvra Bhattacharyya, USA Chong-Min Kyung, Korea Markus Rupp, Austria Ed Brinksma, The Netherlands Miriam Leeser, USA Asim Smailagic, USA Paul Caspi, France John McAllister, UK Leonel Sousa, Portugal Liang-Gee Chen, Taiwan Koji Nakano, Japan Jarmo Henrik Takala, Finland Dietmar Dietrich, Austria Antonio Nunez, Spain Jean-Pierre Talpin, France Stephen A. Edwards, USA Sri Parameswaran, Australia Juergen Teich, Germany Alain Girault, France Zebo Peng, Sweden Dongsheng Wang, China Rajesh K Gupta, USA Marco Platzner, Germany Susumu Horiguchi, Japan Marc Pouzet, France Contents Signal Processing with High Complexity: Prototyping and Industrial Design, Markus Rupp, Thomas Kaiser, Jean-Francois Nezan, and Gerhard Schmidt Volume 2006 (2006), Article ID 90363, 2 pages Rapid Industrial Prototyping and SoC Design of 3G/4G Wireless Systems Using an HLS Methodology, Yuanbin Guo, Dennis McCain, Joseph R. -
United Access Service Licence (UASL)
United Access Service Licence (UASL) By N.K.Goyal President, Indian Manufacturing Foundation, Chairman Emeritus, TEMA ; Chairman CTIA President, HP Chamber of Commerce and Industries [email protected] Existing operators As on January 31, there were two basic licensees, 60 cellular and 97 UAS licensees, taking the total number to 159. Idea Cellular has operations in 13 telecom circles, Vodafone Essar in 16 circles and Aircel Cellular offers in 9 telecom circles, even as all three operators are awaiting GSM spectrum to extend their operations to the all 23 telecom circles in the Country GSM players: 3 pan India : Airtel, Vodafone, BSNL/ MTNL, Others: Spice, Reliance; Aircell—Chennai & TN, Dishnet wireless North East. Idea CDMA players: 2 pan India: Reliance, Tata, Others: Shyam (Rajasthan), HFCL (Punjab), BSNL/MTN L Existing licensees that have not started services - Idea Cellular and Aircel Dishnet Wireless and Essar Spacetel - onus on the operators to start an alternate service if they have taken a license. - Roll-out obligations are 10 per cent of the circle has to be covered within a year. EXISTING OPERATORS INVESTMENT PLANS All India investments during 2005-06 is Rs. 36,685 Crores Expected 2006-07 Rs. 47,561 Crores 2007-08 Rs. 64,530 Crores 2008-09 Rs. 61,660 Crores Towers existing 1,20,000 and expected addition 2,00,000 within next two years. UASL LICENSE APPLICATION FDI 49%/74 % Application fees Rs 15,000 each Paid up capital of applicant company as prescribed Net worth 30/50/100 Crores for C/B/A Circles. Means paid up capital+ free reserves of applicant and promoters with at least 10% equity, foreign exchange of foreign promoter company to be converted as on application date. -
W1918 LTE-Advanced Baseband Verification Library
Keysight EEsof EDA W1918 LTE-Advanced Baseband Verification Library Data Sheet Baseband PHY Libraries for SystemVue 02 | Keysight | W1918 LTE-Advanced Baseband Verification Library - Data Sheet Offering the Fastest Path from Algorithms to R&D Verification The W1918 LTE-Advanced Baseband Verification Library saves time, reduces engineering Key benefits: effort and accelerates the maturity of 4G baseband PHY designs for next-generation 3rd Generation Partnership Project (3GPP) Long Term Evolution LTE-Advanced systems. It – Accelerate your Physical Layer enables system architects, algorithm developers and baseband hardware designers to (PHY) design process with a investigate, implement and verify their Layer 1 signal processing designs in the presence superior modeling environment of meaningful RF and test signals. The library gives the user piece of mind that a physical – Save time with a trusted, layer (PHY) meets or exceeds real-world performance requirements from the European independent IP reference from Telecommunications Standards Institute (ETSI). Keysight – Validate BB & RF integration The W1918 LTE-A Baseband Verification Library is a Layer 1 simulation reference library early, reducing project risk option for Keysight SystemVue. The blockset, reference designs, and test benches assist – Reduce functional verification the design and verification of next-generation communication systems, by providing and NRE in R&D, with a configurable physical layer waveforms and data for 3GPP Releases 8/9 (LTE) and 10-13 streamlined process (LTE-Advanced). The library is useful for simulation-based exploration of challenging – Fill strategic gaps using algorithms, up to 8x8 MIMO throughput verification, and can be easily integrated with simulation, such as missing Keysight signal sources and analyzers. -
C Ntent 17-30 April 2017 L
C NTENT 17-30 April 2017 www.contentasia.tv l www.contentasiasummit.com Telkomsel, CatchPlay roll out in Indonesia 2GB data sweetener for SVOD movie package Indonesian telco Telkomsel has added Taiwan’s CatchPlay SVOD to its Video- MAX entertainment platform, bundling movies with a 2GB data sweetener and the promise of “smooth streaming” on Telkomsel’s 4G mobile network. The package costs Rp66,000/US$5 a month. CatchPlay has also acquired exclusive digital rights for award winning Indo- nesian movie, Solo, Solitude, which will stream on the platform in May. In addition to the monthly subscription option, a multi-layered pricing strategy offers consumers in Indonesia free mem- bership and one free CatchPlay movie a month, with a pay-per-view option for lo- cal and library titles at Rp19,500/US$1.50 each or new releases for Rp29,500/ US$2.20 each. CatchPlay CEO, Daphne Yang, de- scribed Indonesia as a market of “huge potential in terms of individuals who use the internet for video streaming”. CatchPlay titles include La La Land, Lion and Lego: Batman Movie. New titles this month are Collateral Beauty, starring Will Smith; Sing with Matthew McConaughey and Reese Witherspoon; and Fences with Denzel Washington and Viola Davis. CatchPlay also has a distribution deal with Indihome in Indonesia. The platform is available in Taiwan, where it launched in 2007, Singapore and Indonesia. www.contentasia.tv C NTENTASIA 17-30 April 2017 Page 2. Korea’s JTBC GMA bets on love triangles in new drama breaks new ground 3 wives, 3 husbands, 3 mistresses drive day-time hopes with Netflix 21 April global debut Philippines’ broadcaster GMA Network global linear network GMA Pinoy TV on has premiered its new afternoon drama, 18 April. -
Performance Analysis of Wireless Dynamic Cooperative Relay Networks Using Fountain Codes
JOURNAL OF COMMUNICATIONS, VOL. 5, NO. 4, APRIL 2010 307 Performance Analysis of Wireless Dynamic Cooperative Relay Networks Using Fountain Codes Weijia Lei 1, Xianzhong Xie 2 and Guangjun Li 1 1 School of Comm. and Info. Engineering, University of Electronic Science and Technology of China, Chengdu, China 2 Institute of Personal Communications, Chongqing University of Posts and Telecommunications, Chongqing, China Email: [email protected], [email protected], [email protected] Abstract—The use of fountain codes in wireless cooperative fallen in and how others fill theirs. With the digital relay networks can improve the system performance in fountain code, the transmitter is just like a fountain, aspects such as transmission time, energy consumption, which encodes the original information to get potentially transmission efficiency and outage probability etc. This has infinite encoded symbols and sends them out; for the been proved when the number of the relay nodes and their receivers, only if they have received enough encoded relaying capabilities are stationary. But in practical networks the relay nodes are variable and dynamic. This symbols, they can reconstruct the original information. paper proposes a simple relay scheme adopting fountain An idealized digital fountain code should have two codes, and its performance in the case when the number of properties [6]: (1) infinite encoded data can be generated the relay nodes and their capabilities to relay data are from finite source data. (2) if the length of the source data randomly changing is analyzed. The performance of a is M, the receiver can reconstruct the source data from normal relay scheme in the same network condition is also any M encoded data, and the decoding process should be analyzed for comparison. -
Fundamentals of RF and Microwave Communications Engineering 2-Day Classroom Course
2019 Course Brochure Fundamentals of RF and Microwave Communications Engineering 2-Day Classroom Course COURSE OVERVIEW This popular 2-day classroom course provides a thorough introduction to the fundamentals of modern radio frequency (RF), wireless and microwave communications engineering. The course begins by discussing basic RF characteristics, including electromagnetic waves, free-space propagation and transmission lines. Key terms defined include RF power (dBm), characteristic impedance and S-parameters. Modulation is then described, first fundamental concepts followed by increasingly complex but important methods such as QAM, CDMA and OFDM. The course then addresses a range of key RF and microwave system building blocks (mixers, oscillators, filters and power amplifiers etc.) describing and discussing their individual properties and how they combine to form complete RF and microwave systems. The course concludes by defining a range of important test and measurement terms and methods used to characterise RF component and system performance. This includes a series of practical demonstrations using the latest RF and microwave test and measurement instruments. The course is delivered in partnership with leading test and measurement equipment manufacturer Rohde & Schwarz at their UK office in Fleet. Throughout the course, there will be plenty of opportunities to ask the instructor questions to help clarify understanding. WHAT YOU WILL LEARN Understand the basic characteristics of RF and microwaves Describe different types of transmission line and their characteristics Understand the fundamentals of RF propagation Understand modulation and different modulation methods Describe various components used in RF communications systems Explain the basic characteristics of RF and wireless transceiver systems Define common terms used to characterise RF and wireless systems Understand how to perform a range of basic RF and wireless measurements © The Technology Academy 2019. -
Draft Report of the PAC on 2G and 3G Spectrum Allocation
REPORT PART – I CHAPTER - I BACKGROUND 1.1 In recent times, India has emerged as one of the most dynamic and promising and fastest growing telecom markets in the world. It has third largest overall telecom network and the second largest wireless network in the world. Mobile telephony and thus Spectrum have played a vital role in the stupendous growth of the telecom services in India. The word ‘Spectrum’ basically refers to a collection of various types of electromagnetic radiations of different wavelengths. Radio frequency Spectrum is a limited global natural resource with a high economic value, due to its heavy demand in the telecommunication sector. It is a finite but non-consumable natural resource. But it will be wasted if not used efficiently. In India, the radio frequencies are being used for around forty different types of services like space communication, mobile communication, broadcasting, radio navigation, mobile satellite service, aeronautical satellite services, defence communication etc. 1.2 Some of the important and typical characteristics of the radio frequency Spectrum are as below: (i) Radio frequency spectrum does not respect international geographical boundaries as it is spread over a large terrestrial area. (ii) Use of radio frequency spectrum is susceptible to overlapping interference and requires the application of complex engineering tools to ensure interference free operation of various wireless networks. (iii) Unlike other natural resources, radio frequency spectrum is not consumed upon its usage. It is also liable to be wasted if it is not used optimally and efficiently. Radio frequency spectrum usage is, therefore, to be shared amongst the various radio services and must be used efficiently, optimally and economically in conformity with the provisions of national and international laws. -
Emerging Stronger
Emerging stronger. Thinking bigger. UNITECH LIMITED annual report | 2009-10 2010 De-merger* and 2009 consolidation of Investment by infra businesses Telenor in the into Unitech Infra telecom business & launch of services under the Uninor brand 2008 Entry into telecom 2006 IPO of Unitech Corporate 2005 Parks PLC on AIM Buy-out of Hyundai from the transmission tower manufacturing 2004 business Foray into amusement parks 2003 Commencement of property and facilities 1996 management services Foray into hospitality with the construction of 1995 Radisson Hotel, Delhi Establishment of JV with Hyundai for 1986 transmission tower Entry into real estate, starting manufacturing with Gurgaon, IPO of Unitech Limited 1980 Construction of 1978 power projects Foray into the Middle East for construction projects 1975 Enters 1972 construction Unitech is founded by a group of civil engineers, headed by Ramesh Chandra, current Chairman * De-merger scheme in progress UNITECH GROUP SHAREHOLDERS’ FUNDS TOTAL INCOME PROFIT AFTER TAX (RUPEES IN MILLION) (RUPEES IN MILLION) (RUPEES IN MILLION) 101,798.38 42,801.13 16,691.92 33,156.35 30,152.87 11,968.10 51,694.57 6,946.44 36,004.82 2007-08 2008-09 2009-10 2007-08 2008-09 2009-10 2007-08 2008-09 2009-10 UNITECH IS AMONGST INDIA’S LEADING BUSINESS GROUPS, WITH AN OUTSTANDING TRACK RECORD IN LARGE-SCALE, INTEGRATED, REAL-ESTATE DEVELOPMENT. UNITECH GROUP RESERVES & SURPLUS FINANCIAL SUMMARY (RUPEES IN MILLION) (RUPEES IN MILLION) Financial Year 96,920.78 Particulars 2009-10 2008-09 2007-08 Share Capital 4,877.60 3,246.75