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"Perkembangan Broadband Wireless Access (BWA) sebagai standar global untuk media transmisi data telah digunakan sebagai penyedia jasa akses internet berkecepatan tinggi. Worldwide Interoperability for Microwave Access (WiMAX) merupakan teknologi BWA yang memiliki kecepatan akses tinggi dengan jangkauan luas. Aplikasi WiMAX yang ditunjang oleh kemampuan interoperabilitas, fleksibilitas, dan aspek komersial telah membawa dampak penggunaan internet lebih efisien serta memberikan layanan murah dan mudah. Fenomena ini harus disikapi oleh para operator Internet Service Provider (ISP) dalam mengembangkan bisnis guna memenuhi persaingan di era global saat ini. Dengan melihat aspek teknik serta aspek keuangan dalam menetapkan kelayakan implementasi wireless network dengan WiMAX sebagai subtitusi, maka dalam penelitian ini dilakukan kajian implementasi teknologi WiMAX sebagai layanan backhaul pada jaringan WiFi di Jakarta. Dari data jumlah hotspot terdaftar di IIX dan rata-rata peak traffic tiap hotspot per regional, penelitian ini menjelaskan perhitungan aspek teknis dengan kombinasi pilihan harga sewa dan teknologi. Hasil dari perhitungan akan memberikan beberapa kombinasi gambaran nilai investasi teknologi WiMAX sebagai substitusi backhaul jaringan hotspot yang ada dan perkembangannya 5 tahun ke depan.

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The development of Broadband Wireless Access (BWA), such as WiMAX, as a global standard for data transmission media has been used by high speed internet access provider. WiMAX application which supported by capabilities of interoperability, flexibility and commercial aspect make the internet services become more efficient, cheaper and easier to the customer. This phenomenon should be responded by ISPs. Based on technical and financial aspect in deciding the implementation of Wireless Network with WiMAX technology as a substitute, this research will observe and analyze the projection of WiMAX technology implementation as a backhaul for the existing Wi-Fi?s network in Jakarta. This paper will describe the calculation based on the amount of hotspots registered in IIX and average peak traffic per regional from technical aspect with several pricing and technology combination. The result give the basic figures in investing WiMAX as substitute technology for backhaul in hotspot network and also will show its growth in 5 years."

"Perkembangan Broadband Wireless Access (BWA) sebagai standar global untuk media transmisi data telah digunakan sebagai penyedia jasa akses Internet berkecepatan tinggi. Aplikasi Wimax yang ditunjang oleh kemampuan interoperabilitas, fleksibilitas, dan aspek komersial telah membawa dampak penggunaan internet dedicated lebih efisien serta memberikan layanan murah dan mudah. Fenomena ini harus disikapi oleh para operator ISP dalam mengembangkan bisnisnya yang penuh persaingan di era global saat ini. Dengan melihat aspek teknik, serta aspek keuangan dalam menetapkan kelayakan implementasi wireless network dengan Wimax sebagai subtitusi, maka dalam penelitian ini dilakukan kajian implementasi tekhnologi Wimax sebagai layanan backhaul pada jaringan Wifi yang sudah ada di Jakarta. Dari data jumlah hotpsot yang terdaftar di IIX dan rata-rata peak traffic hap hotspot per regional, dalam penelitian ini ditnaparkan perhilungan aspek teknis dengan kombinasi pilihan harga sewa dan teknologi yang akan memberikan beberapa kombinasi gambaran nilai investasi teknologi Wimax sebagai subslitusi backhaul untuk jaringan hotspot yang ada dan perkembangannya tahun kedepan. Diharapkan implementasi Wimax sebagai backhaul dapat menjadi pemicu percepatan pertumbuhan pengguna internet yang akan meningkatkan kebutuhan layanan broadband. Dengan meningkatnya pengguna internet dan layanan broadband maka dapat mendorong kemungkinan perluasan infrastruktur teresterial.

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The development of Broadband Wireless Access (BWA) as a global standard for data transmission media have been used to high speed Internet access provider. The Wimax application that supported by capabilities of interoperability, flexibility and commercial aspect, has brought effect of the use of dedicated internet more efficiently and cheaper and easier services to customer. This fenomena must be responded by ISP operators in expanding their businesses, who at this moment. facing the effect of globalization that full of competition. By observing the technical and also financial aspect in deciding the Implementation of Wireless Network with Wimax technology as a substitute, this research will observe and analyze the projection of Wimax technology implementation as a backhaul to the Wifi's existing network in Jakarta.

From number of hotspots registered in IIX and average peak traffic per regional, in this paper the writer describe calculation from technical aspect with several pricing and technology combination which gives basic figures in investing Wimax as substitute technology for backhaul in hotspot network and its growth in 5 years. With Wimax technology as backhaul, it is expected to be the trigger to speed up the growth for internet users which will increase the demand for broadcast service. This will lead to the possibility to the growth of teresterrial infrastructure."

"WiMAX (Worldwide Interoperability for Microwave Access) merupakan standar internasional tentang Broadband Wireless Access yang mengacu kepada standar IEEE 802.16. Keunggulan utama WiMAX adalah jarak jangkauan yang mampu mencapai 50 km, dan secara teoritis mampu menangani kecepatan data sampai 75 Mbps. Segmentasi pelanggan WiMAX diperlukan agar operator dapat menjangkau seluruh tipe pelanggan yang ada (class 1, class 2, dan class 3) dan mengoptimalkan bandwith yang tersedia, sesuai dengan karakteristik tipe pelanggan tersebut. Setelah melakukan segmentasi pelanggan, operator perlu menyelidiki bagaimana perbandingan tarif pada tiap segmen agar mencapai keuntungan yang diharapkan.Pada skripsi ini dilakukan dua perhitungan. Perhitungan pertama bertujuan untuk mengetahui rancangan segmentasi pelanggan terbaik pada metropolitan dan rural area, berdasarkan perhitungan ekspektasi keuntungan (Present Worth). Perhitungan kedua akan mencari perbandingan tarif pada tiap segmen metropolitan dan rural area, sehingga didapat hubungan tarif tiap segmen pelanggan. Rancangan segmentasi pelanggan WiMAX pada Metropolitan dan Rural Area dapat digunakan sebagai acuan bagi operator mengenai ekspektasi keuntungan yang akan didapat setiap rancangan segmentasi. Perhitungan perbandingan tarif tiap segmen menunjukkan bahwa segmen yang ditujukan untuk tipe pelanggan class 3 akan memberi kontribusi yang minim terhadap keuntungan. Meskipun demikian, keberadaan segmen ini membuat operator dapat menjangkau seluruh lapisan masyarakat menjadi pelanggannya.

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WiMAX (Worldwide Interoperability for Microwave Access) is an international standard for Broadband Wireless Access which refers to IEEE 802.16. The most prominent features of WiMAX are it's wide coverage and high speed data-rate. The maximum distance that can be covered by WiMAX in one area is 50 km, and theoretically, data transfer can be supported up-to 75 Mbps. A segmentation for WiMAX subscribers is needed by operators in order to reach all available subscriber type (class 1, class 2, dan class 3). A segmentation for WiMAX subscribers could also optimize the use of available bandwith, according to the characteristics of each subscriber type. After implementing subscribers segmentation, operators need to compare the tariff for each segment, in order to achieve expected profit.In this thesis, two calculations have been proposed. The first calculation was done to understand the best subscriber segmentation design in metropolitan and rural area, based on Present Worth method. In the second calculation, tariffs comparison for each segment in metropolitan and rural area has been calculated, in order to understand the corelation between each segment tariffs. The aim of designing WiMAX subscriber segmentation in metropolitan and rural area is to provide operators with a reference of profit expectations in each subscriber segmentation design. The tariffs comparison calculation of each segment showed that the segment aimed for class 3 subscriber types will give minimum profit contribution. Nonetheless, this segment could be used by operators as a medium to reach the entire society stratum to become its costumer."

"Contents : - Table of Contents by Author - On the Selection of the Optimum Emerging Wireless Broadband Technology by a Mobile Operator - Fiber Optics for Wireless Telecommunications - Emerging Wireless Technologies - Integration of Wireless Access with Wireline Networks:OAM&P Support Architecture with ITU-tML Technology - How to Make Money in Broadband Wireless - Converged Public and Enterprise Wireless Networks - 4G Mobile IP Will Become a Disruptive Technology - An Overview of Wireless Fixed and Mobile Access Technologies - 802.16 Broadband Access:Evolving from Fixed to Mobile Operation - IP Data Communication over the Wireless Network - WiMAX - The Application of WiMAX Technologies in Rural Montana - Will WiMAX Work? - WiMAX, NLOS, and Broadband Wireless Access (Sub-11Ghz)Worldwide Market Analysis 2004-2008 - WiMAX versus Wi-Fi - A Business Justification:WiMAX Service Providers and Security Investments - WiMAX: The Next Generation of Wireless Communication? - WiMAX Promises a New Era in Telecom - WiMAX: Outlining Business Strategies - WiMAX: Final Destination or Path - Simulation of 802.16a Deployment Scenarios and Their Performance Analysis - Wireless Networks for Real-Time Multimedia Communications - Cellular and WLAN Convergence - Adaptive Antenna Arrays for WLAN Communication Systems - Wireless LAN: Security,Reliability, and Scalability - Wi-Fi Networks: A Discussion from the Carrier Perspective - Operations Support System(OSS) Requirements and Solutions for Carrier-Grade Wireless LAN Services - Case Study: The City Of Fredericton Free Wi-Fi Zone - Wi-Fi Hotspots Deployment in a Next-Generation Network Environment - 3G UMTS:IEEE 802.11b WLAN Internetworking for VoIP Services - IP Multimedia Subsystem(IMS) - From Voice to Data:The 3G Mass-Market Challenge - UMTS 3G Technology in Broadband Wireless Applications - A Mobility-Management Scheme in All IP Integrated Network - Impact of the Interference from Intermodulation Products on the Load Factor and Capacity of Cellular CDMA2000 and WCDMA Systems and Mitigation with Interference Suppression - TD CDMA:Fusion of Broadband and Mobility - Understanding MAC Protocol Architectural Implications of 802.11 QoS Amendments - Quality of Service in Broadband Wireless Networks - Bringing Quality in the 802.11 Wireless Arena - Managing Key Performance Indicators for Wireless Services - Authentication in Wireless LANs - A Novel Broadband/Wireless Routing Algorithm - Acronym Guide "

"Contents :- Table of Contents by Author - Acronym Guide - Making DSL Profitable: A Financial Analysis - Wholesale versus Retail: A Comparison of CLEC-DSL Business Models - International Telecom Market Opportunities and Trends - Using a Strong Brand through Retail and E-Commerce to Expand the DSL Market - The ISP Experience in Today's DSL Marketplace - Wholesale versus Retail Model for CLECs - VoDSL: Challenges in the Partnership Model - Automating Loop Management - Mass-Market Solutions for DSL Deployment - Driven Deployment in the New Millennium - ADSL Welcome to the Suburbs! - Enabling Effective DSL Deployment - The Building Blocks of Broadband - Managing for Explosive Digital Subscriber Line Growth - Delivery of ADSL Services in DLC Environments - The Future of Digital Subscriber Line - Lessons learned in Deploying Voice over DSL - DSL Mass Deployment: What You Don't Know Can Hurt You - Deployment Challenges and Solutions - loop-Management Processes for Efficient Customer Activation - DSL Deployment: The ISP Perspective - The Future Broadband Home - Challenges of the Digital loop Carrier - Practical Issues of Delivering Services inside the Customer Premises - Provisioning Broadband Services over DSL - Automated, End-to-End DSL Provisioning: From Loop Qualification to the Backhaul Network - DSL's Effect on ILEC Network Architecture - Connecting to the Network - DSL: A Last-Mile Technology - Access Issues in the Local Loop - Internet via Satellite - Integrated Software-on-Silicon Solutions for Next-Generation DSL CPE - Digital Subscriber Line Fault Localization - i-SLAM: The Next-Generation, IP-Aware, IP-Smart, Intelligent DSLAM - Fiber-to-the-Home Market Trial - Traffic Aggregation and Multiple Application Selection - Residential Broadband: The Move from How It Gets There to What Gets There - Plug-and-Play DSL - Internet Age: Going from Plug and Pray to Plug and Play - Residential Gateways: New Applications for High-Speed Premises Networking - Getting to Plug-and-Play DSL�An SBC Perspective - SelectPlay: Software over Broadband on Demand - Moving toward Plug-and-Play DSL - Always-On DSL Requires Always-On Provisioning - G.shdsl and ETSI SDSL Multirate Symmetric DSLs - HDSL2 Standards Compliance and Interoperability - DSL Spectrum Management - The Interoperability Problem "

"Teknologi 4G LTE diimplementasikan untuk meningkatkan kualitas dan speed layanan data, image perusahaan, dan interoperability dengan operator lain. Penelitian ini menganalisis VoLTE sebagai alternatif layanan voice di atas jaringan LTE dengan keterbatasan bandwidth frekuensi, tetapi kontribusi layanan voice yang masih tinggi pada studi kasus di Telkomsel. Penggunaan VoLTE merupakan tahapan selanjutnya setelah voice CS fallback. Tujuan dari penelitian ini adalah membangun sebuah model untuk menilai kelayakan implementasi VoLTE dengan berbagai skenario waktu dan metode teknologi dalam rangka menurunkan nilai risiko dari implementasi LTE, sehingga dapat menentukan waktu dan metode yang tepat bagi implementasi fitur layanan VoLTE pada jaringan LTE dengan dua cara yaitu sistem SRVCC (Single Radio Voice Call Continuity) atau langsung pada sistem PS handover. Metoda penelitian yang digunakan adalah komplementer atau triangulation dengan ilmiah dan alamiah, dengan menggunakan statistik regresi, variabel acak berlainan, perhitungan bandwidth, dan nilai bisnis. Disamping itu untuk menghitung nilai risiko dari probabilistik ketidakpastian, maka digunakan analisis sensitivitas dan analisis risiko melalui simulasi Monte Carlo. Hasil yang diharapkan adalah optimalisasi dan efisiensi penggunaan bandwidth serta pembuktian hipotesis tentang studi kelayakan proyek implementasi layanan VoLTE.

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4G LTE technology is implemented to improve the quality and speed data services, corporate image, and interoperability with other operators. This study analyzes the VoLTE as an alternative voice services over LTE networks with limited frequency bandwidth, but the contribution of voice services is still high in the case study in Telkomsel. Use of VoLTE is the next stage after the voice CS fallback.

The purpose of this research is to develop a model to assess the feasibility of implementation of VoLTE by the various scenarios timing and technology method in order to lower the risk value of the implementation of LTE, so it can determine the timing and the proper method for implementation of VoLTE service features on LTE network in two ways that are SRVCC system (Single Radio Voice Call Continuity) or directly on the PS handover system.

The method used in this research are complementary or triangulation with scientific and natural, using statistikk regression, discrete random variables, bandwidth calculation, and business value. In addition, to calculate the risk value of probabilistic uncertainty, the use of sensitivity analysis and risk analysis with Monte Carlo simulation.

The expected result is the optimization and efficient use of bandwidth as well as proving a hypothesis about the project feasibility study of the VoLTE services implementation."

"Tahun ini Telkomsel dihadapkan pada tekanan untuk melakukan implementasi teknologi 4G LTE untuk memperkuat layanan data broadband. Padahal, sumber daya spektrum dan bandwidth yang tidak tersedia. Spot area dan waktu yang tepat menjadi pilihan untuk implementasi 4G LTE. Walaupun menimbulkan risiko, implementasi teknologi tersebut diyakini dapat meningkatkan image dan corporate value serta dapat menunjang profitabilitas Telkomsel dengan mengoptimalkan layanan data broadband dari teknologi 4G LTE. Tesis ini bertujuan untuk menetapkan metode dan parameter yang digunakan dalam membangun sebuah model pemilihan spektrum, bandwidth, spot area dan timing yang tepat untuk implementasi teknologi 4G LTE di Jakarta, studi kasus di PT. Telkomsel.

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This year Telkomsel faced with the pressure to implement technology to strengthen its 4G LTE broadband data services. In fact, the spectrum and bandwidth resources are not available. Spot area and time of choice for 4G LTE implementation. Although potentially risky, implementation of these technologies is believed to improve corporate image and provide added value to the corporate value and can support Telkomsel profitability by optimizing the broadband data services of 4G LTE technology. This thesis aims to establish methods and parameters that can be used to build a model of electoral spectrum, bandwidth, spot area and timing for 4G LTE technology implementation in Jakarta with a case study in PT. Telkomsel."

"Standar WiMAX, dengan kelebihannya mampu menyalurkan data kecepatan tinggi (sampai 75 Mbps) dengan jarak jangkau sampai 50 km, dan mampu mengatasi kondisi Non Line Of Sight (NLOS), sangat potensial diimplementasikan di Indonesia yang masih memiliki kesenjangan infrastruktur telekomunikasi. WiMAX dapat difungsikan untuk mendukung percepatan pembangunan infrastruktur akses, menutup kelemahan WiFi, atau sebagai solusi alternatif backhaul komunikasi selular. Kelebihan lain Standar WiMAX adalah kemampuan interoperability, yang pada implementasinya diharapkan mampu menyebabkan terjadinya kompetisi penyediaan perangkat sehingga bisa menurunkan tingkat harga.Melalui pembahasan beberapa kelebihan di atas, pada tesis ini dianalisa implikasi ekonomis (economic analysis) dari implementasi WiMAX, khususnya terhadap perencanaan investasi dan penurunan tarif Iayanan kepada pelanggan. Pembahasan didekati dengan beberapa asumsi perencanaan teknis yang sesuai dan prediksi penetrasi pasar berdasarkan kondisi geografi dan demografi. Kemudian dilakukan analisa terhadap kelayakan investasi dan pengaruhnya terhadap cost base jaringan, serta beberapa simulasi terhadap prediksi penurunan harga perangkat.Dari hasil analisa dan simulasi disimpulkan kondisi optimum secara ekonomis dan pengaruh penurunan harga perangkat terhadap penurunan tingkat harga layanan kepada pengguna.

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WiMAX standard, with its advantages in delivering high speed data (up to 75 Mbps), covering with radius up to 50 km, and ability of handling Non Line Of Sight (NLOS) conditions, has big opportunity to deploy on the country with vast infrastructure gap like indonesia. WiMAX can be used to support the acceleration of access infrastructure development, complementing the WiFi disadvantages in term of distance, QoS and Security manner, or as an alternative backhaul for cellular communication. Other benetit of WiMAX is the ability of interoperability, that can be expected to accelerate the competition of equipment supply and reduce the price level.

With all the benelits above, this tesis analyzes economic implication (economic analysis) for the further WiMAX implementation, especially on investment plan and service tariff for end users. ln perspective of several plan parameter assumptions accordingly and penetration prediction base on geographic and demographics profile, it will analyze the investment visibility and the influence to network cost base. lt will be simulated also influence of the decreasing equipment price prediction.

From the result of analysis and simulation, it will conclude the optimum condition as economic perspectives and the impact of equipment price decrease to end users price level."

"Market mechanism merupakan suatu pendekatan yang digunakan dengan tujuan untuk mencapai efisiensi penggunaan sumber daya frekuensi yang terbatas dengan memberikannya kepada pengguna potensial untuk menjalankan layanannya, dimana layanan tersebut harus dapat menghasilkan nilai tertinggi dari sumber daya frekuensi tersebut, maka akan diberikan izin hak untuk menggunakannya, dengan kata lain adalah bahwa dengan menggunakan mekanisme pasar (market mechanism) dapat mendorong penggunaan spektrum frekuensi radio dan memfasilitasi ekspansi dan inovasi layanan. Analisis yang digunakan pada penelitian ini menggunakan metode Cost and Benefits Analysis (CBA), dimana CBA ini untuk membandingkan keuntungan bersih yang dihasilkan dari pemanfaatan spektrum frekuensi radio dengan membuat beberapa kondisi untuk pemanfaatan spektrum frekuensi radio pada pita 478-806 MHz. Dalam menggunakan metode CBA, terlebih dahulu harus diidentifikasikan dan dikonversikan komponen-komponen penilaiannya yaitu biaya-biaya dan manfaat-manfaat yang dihasilkan oleh pemanfaatan spektrum frekuensi radio pada pita frekuensi 478-806 MHz melalui beberapa kondisi layanan ke dalam nilai ekonomis atau moneter. Kemudian dianalisis kelayakan ekonomisnya memanfaatkan alat-alat analisis finansial dengan menggunakan Net Present Value. Pemanfaatan spektrum frekuensi radio pada pita 478-806 MHz (UHF) diklasifikasikan menjadi 3 (tiga) kondisi, yaitu kondisi eksisting, kondisi transisi, dan kondisi analog switch off, hasil potensi nilai ekonomi pemanfaatan spektrum frekuensi radio pada pita 478-806 MHz (pita UHF) yang paling optimal terdapat pada kondisi dimana pemanfaatan spektrum frekuensi radio pada pita 478-806 MHz digunakan untuk layanan televisi siaran digital dengan digital dividend dimanfaatkan untuk layanan broadband wireless (kondisi analog switch off). Pemanfaatan digital dividend untuk layanan broadband wireless digunakan sebagai strategi untuk melaksanakan pembangunan akses broadband di Indonesia.

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Market mechanism is an approach used with the objective of achieving efficient use of limited frequency resources by giving potential users to run their services, where such services should be able to produce the highest value of frequency resources. They will then be granted the right to use the frequency resources. In other words, by using market mechanism, it will encourage the use of radio frequency spectrum and facilitate expansion and service innovation.

Analysis of this study uses the method of Cost and Benefit Analysis (CBA), where this method of CBA is to compare the net profit resulted from utilization of radio frequency spectrum by making a number of conditions for the utilization of radio frequency spectrum in the bands of 478-806 MHz. In using the CBA method, the components of assessment must first be identified and converted, namely the costs and benefits generated by the utilization of radio frequency spectrum in the bands of 478-806 MHz through some conditions of service to the economic or monetary value. And then the economic feasibility is analyzed using Net Present Value technique.

Utilization of radio frequency spectrum in the bands of 478-806 MHz (UHF band) is classified into three (3) conditions, the existing condition, the transition condition, and the analog switch off condition. The most optimum potential result of the economic value of radio frequency spectrum utilization in the bands of 478-806 MHz (UHF band) is at the condition where the utilization of radio frequency spectrum in the band of 478-806 MHz is used for digital broadcast television service with the digital dividend used for broadband wireless services (the analog switch off condition). Utilization of digital dividend for broadband wireless services is used as a strategy to implement the broadband access development in Indonesia."