Arangkasa

4.4.5. Finance

noreply@blogger.com (arangkasa) — Thu, 02 Dec 2010 16:00:00 +0000

Government should allocate funds for research and development of telematics products from the USO fund, particularly those involving research and development of telematics devices for rural or areas that are still isolated from the information.

There is no harm to emulate neighboring countries that provide various incentives to companies that perform research and development of technology (appropriate) that will be much beneficial for the development and growth of national technology and in turn will benefit the people and country.

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4.4.4. Policy / regulation

noreply@blogger.com (arangkasa) — Wed, 01 Dec 2010 15:59:00 +0000

Our expectations to the government is that they can make a policy or regulation based on what this BB POKJA generate. Especially on the road map BB, which could bind all stakeholders in the telematics industry. This is a shared commitment to advance the national telematics industry....

4.4.3. Techno park

noreply@blogger.com (arangkasa) — Tue, 30 Nov 2010 15:58:00 +0000

To support research and development activities are productive, then the existence of techno park becomes a necessity for our time. We can draw from the experience and success stories of Silicon Valley with his America or Taiwan by Hsin Chu Science Park in Bangalore and India with his or Cyber City, Delhi.

It is expected that all or at least most of the telematics industry can focus and synergy in research and development of new products that exist in the road map is a telematics joint commitment (national).

Peridustrian Department, Directorate General of Transport Equipment and Telematics Industry, Directorate of Industrial Telematics, once conducting seminars in order to seek input for the development of a techno park. So it's good to invite the Director of Telematics and his team to give an explanation and hold a progress of planning or execution of its development of techno park.

4.4.2. Synergy industry

noreply@blogger.com (arangkasa) — Sun, 28 Nov 2010 15:57:00 +0000

Telematics industry players are advised to work together. Having no road map and commit to it, then the perpetrators or the company manufactures telematics industry can join forces to proactively participate in the activities of research and development of broad-band devices, both the main and supporting, both software and hardware, in order to improve capability, competence and competitiveness of manufacturing industry in the arena of national telemetika telematics business both nationally and internationally.

Research and development activities and manufacturing telematics devices, can be done in stages in accordance with the capabilities of available resources. It is advisable not to push yourself to do what we can not do. Synergy national companies do not need to do basic research to devices that have been defined in the road map and may have been done by other companies abroad. For such cases, should be opened the door kejasama (can purchase a license for example) with other parties who already have the ability and higher technology which generally is an international telecommunications companies or research institutions abroad. Thus there will be transfer of technology and increased knowledge and competence resources, as well as costs associated with the process of learning, training will be reduced to a minimum.

4.4.1. BB Road Map

noreply@blogger.com (arangkasa) — Sat, 27 Nov 2010 15:56:00 +0000

Good road map that wireless broadband or wireline, should be set up from now to then always in rebiew and in evaluating any given time, could per semester or per quarter.

Road maps, travel maps should contain broad bands in the future by taking into account what has been achieved until now. Thus, national telematics industry can take the square off to dive deeper in research and development of products and services to BB.

Road map that we set together, a national commitment that followed and implemented consistently by all stakeholders

4.3.3. Hardware

noreply@blogger.com (arangkasa) — Fri, 26 Nov 2010 15:51:00 +0000

Almost the same as with software, these companies are only able to develop hardware that precision demands are low and there were not massive. Jobs such as sheet metal, plastic molding, SMT and BGA do not reply.

When high-precision guidance and massive numbers, they will be outsourced to countries like Malaysia, Singapore, Taiwan or China. On the island of Batam is actually already there are companies that technoloy SMT is quite modern and have the ability to produce ICT products in bulk. Only the size is still inferior to Taiwan or China, so that from the cost of production will be more expensive. These companies are foreign companies which will contribute a small TKDN in the development or production of ICT products in the country.

4.3.2. Soft ware

noreply@blogger.com (arangkasa) — Thu, 25 Nov 2010 15:50:00 +0000

For software development, particularly those associated with core software such as MAC SW in WIMAX device, available resources are very limited in that company. In contrast to the development of software applications, was quite a lot of resources.

Limited resources are also more concentrated in universities. Except for research purposes, then they are very limited time to get involved directly in product development in Indonesia BB....

4.3.1. Human resources

noreply@blogger.com (arangkasa) — Wed, 24 Nov 2010 15:48:00 +0000

Human resources which have competence in the field of telematics limited in number. Compared with a population of Indonesia, although we have no data, but we believe that the number is very small.

Therefore, when limited resources are not used optimally, are not encouraged to come together or work together, then we are sure will never be able to do much. Finally only going to be a month-monthly company or superpower countries in the field of telematics. We will still be a good audience, or a broker who becomes an agent selling the company's products or other countries.

This is compounded by Indonesia's participation in various commitments or initiatives of economic globalization, the protection of domestic products will always be drawn protests from the international community through international fora (WTO) trade and economic fields.

For that we need a clever strategy so that we can take to increase the competence of human resources with the field of telematics, both domestic and international synergy, so that the desire to be one of the international telematics players could soon be realized.

4.3. Discussion / Discussions

noreply@blogger.com (arangkasa) — Tue, 23 Nov 2010 15:47:00 +0000

Basically all companies listed in the table above, each has limitations and advantages of each. Good for the field of software and hardware

4.2. SME

noreply@blogger.com (arangkasa) — Mon, 22 Nov 2010 15:46:00 +0000

What is the expected role of small and medium enterprises (SMEs) for the development of BB? There should be a fairly comprehensive mapping of their abilities, especially those relating to development work telematics devices. For now, with limited information, depending on the definition of SMEs, the SMEs are engaged in the development of soft ware (application), and certain metal sheet or molding can participate.

4.1. Development Process Flow

noreply@blogger.com (arangkasa) — Mon, 22 Nov 2010 15:44:00 +0000

According to what has been discussed in the Communication Forum of Indonesian Telematics Product Developer, then the flow of research and development should have the following elements:

a. Input from users of the product through the research process with a survey by questionnaire and literature studies.

b. Create a definition of the product to be developed is the initial process to identify and inventory the main functions, features and needs (requirements), other than products that will be developed and become the basis for the next process.

c. To review existing regulations and the possible need for regulation is required.

d. Assessing the need and availability of technology and resources.

e. Creating a product design is the process of product design, from high-level design to detailed design, which is based entirely on the specification requirements (requirements) that is defined in the definition stage.

f. Implement or implementation is the process of applying the results of the design process into the form of software, hardware or a combination of both. In the implementation process is done breakdown of systems, modules and subsystems up to the level eventually re-weave or merge modules into subsystems.

g. The process of integration and system testing is the process of combining subsystems into the system and to test and verify the system and also inter-operability tests is limited by the external environment in Test Laboratory facility. The end of this process is released prototypes.

h. Production preparation process is the process of preparing a prototype released for entry into the production process, namely the reproductive process released a prototype into a final product or products to sell.

To determine whether the national telematics industry is ready and able to perform product development, so we try to do the mapping ability of the company against the elements floating above. Mapping table below may explain in part the ability of a portrait of national telematics industry.

Table Mapping Capabilities Part of the National Industrial Product Development of Telematics

Parameters CMI CORE HDTE QUASAR TRG TKD XIRKA LEN

Market / Product Survey M M M M M M M M

Definition of M M M M M M M M

Regulation M M M M M M M M

Resources

- Human M, OS M, OS M, OS M, OS M OS M, OS M, OS M, OS

- Test equipment M, OS M, OS M, OS M, OS M, OS M, OS M, OS M, OS

- Prod equipment M, OS M, OS M, OS M, OS OS OS OS M, OS

Design High level M, OS M, OS M, OS M, OS M, OS M, OS M, OS M, OS

Design low-level M M M M M M M M

Implementation

SW development

- SW Core M, OS M, OS M, OS M, OS M, OS M, OS M, OS M, OS

- SW Applications M M M M M M M M

HW Development

- PCB / electronic circuit design M M M M M M M M

- Mech Design M M M M M M M M

- Casing M M M M M M M M

Integration system test

- El Test Equipment M, OS M, OS M, OS M, OS M, OS M, OS M, OS M, OS

- Me test equipment M, OS M, OS M, OS M, OS M, OS M, OS M, OS OS

Production preparation M M M M M M M M

Production SW M M M M M M M M

SW: Core M M M M M M M M

SW: Application of M M M M M M M M

Production HW

PCB OS OS OS OS OS OS OS OS

SMT, BGA OS OS OS OS OS OS OS OS

Plastic molding OS OS OS OS OS OS OS OS

Metal sheet M M OS OS OS OS OS OS

Note: M = Able, TM = Not Able, OS = Out-source

4. Analysis of the National ICT Industry Development

noreply@blogger.com (arangkasa) — Sun, 21 Nov 2010 15:43:00 +0000

In this item will be discussed regarding the ability of national telematics industry in the development of telematics products with reference to the most basic development needs to be done to get predicate development company. Measures used were the elements that must exist in the flow development process commonly used by corporate developers who have developed and produce products that are widely accepted by the market.

It may be that elements in the development process flow is a common practice that may have been included in the intenational ITU or IEEE standards.

3.7. Page XIRKA

noreply@blogger.com (arangkasa) — Sat, 20 Nov 2010 15:41:00 +0000

From the name, this company specializes in the development of chip sets. Their first product is a System on Chip (SOC) for Broadband Wireless Access (BWA).

SOC that they develop using the standard IEEE 802.16d-2004 fixed and nomadic WiMAX 802.16e-2005 mobile WiMAX. The integrated PHY and MAC supports throughput up to 40 Mbps. By using SOC XIRKA, other companies (integrators or solution providers) to develop its own subscriber station, fixed or nomadic or mobile USB peripherals, including dongles and minicards.

For manufacturing, the company still must cooperate with other companies that have facilities for the manufacture of chip sets.

4.3.4. Measuring instrument

noreply@blogger.com (arangkasa) — Fri, 19 Nov 2010 15:54:00 +0000

This instrument has a very important role in the development of any product that requires a measurement to know that the products developed are in accordance with specified standards.

Individually, each company has a measuring tool for the development of ICT products, only a limited ability. The measuring tool is incomplete, and may not be calibrated periodically. Examples: for BB WIMAX products, measuring tools purchased by KOMINFO and currently there are at LIPI. Other institutions that are complete enough to have a fairly modern measuring instrument is TELKOM R and D.

3.5. PT Global Research Technology (TRG)

noreply@blogger.com (arangkasa) — Fri, 19 Nov 2010 15:39:00 +0000

The company was formed to conduct research and development of telecommunications products. The first product is a broadband wireless pengebangannya result, base stations and subscriber stations supported by an access management application, EMS and billing system.

In carrying out its business activities, the company is backed by professional engineers who have competence in areas related to technology development.

For manufacturing, they do cooperation with world-class manufacturing company. In other words, to manufacturing, the company is still using the other corporate manufacturing facility.

3.3. PT Hariff Daya Tunggal Engineering

noreply@blogger.com (arangkasa) — Thu, 18 Nov 2010 15:36:00 +0000

The company was founded in 1982, but began more actively engaged in the business of telecommunications in 1986. Beginning with the job and then do the reverse engineering contracting and ultimately make product development until now.

Like the PT INTI, the company has a tradition that has been berkakar development long enough, though not always successful in selling some product development, few products ever or is still enliven the national telecommunications market, including ADPCM, Earth Station Monitoring System, DC Power Supply System, Mobile Tower and Broadband Wireless (WiMAX).

Product is successfully developed by this company, have this level of domestic content (TKDN) is quite high. Although there are some who have not reached TKDN 40%, but the steps that have been taken so far for pngembangan domestic product is on the right track.

This company's manufacturing capability, particularly for sheet metal, is quite high due to the support of its subsidiaries named Telehouse Engineering who has specialized in sheet metal manufacturing. However, for matters related to electronics manufacturing, particularly in relation to SMT, the company is still relying on the company SMT domestic or foreign. For sub systems that small electronic products, these companies do it yourself manually.

3. Preview Capability of the National Telecommunications Company

noreply@blogger.com (arangkasa) — Wed, 17 Nov 2010 15:33:00 +0000

3.1. PT Compact Microwave Indonesia (PT CMI)

The company was founded in Bandung, West Java, in 1987 by some engineers who come from LIPI. Mempuyai The company specializes in microwave and satellite technology. The company has facilities that manufacture complete enough to support its business activities.

In their work this company ever to develop and create and market and sell Ground Communication Equipment Communication Satellite, Terrestrial Microwave Equipment, Point to Point (PTP) and Point to Multipoint Radio.

In addition to developing and producing his own works, also produces and markets and sells products under license from several foreign companies.

In 1998, as well as other companies in the world, experiencing financial problems that greatly affect the company's performance after the monetary crisis in 1998. Policy change telephone operators to take advantage of "managed network" to reduce capital expenditure to make the national telecommunications industry the business climate worse. This is exacerbating the situation of this company.

Nevertheless the company is still in operation until now with limited exposure.

Estimated reason lid manufacturing industry and the foreign national telematics.

noreply@blogger.com (arangkasa) — Tue, 16 Nov 2010 15:29:00 +0000

The company estimates the reason Notes

IMAGE ATT (Lucent) economic crisis, has no root development and manufacturing of telecommunications in Indonesia. IMAGE ATT in Indonesia only serve as a project office, warehouse and assembly plant.

NEC Nusa Economic Crisis and has no root development and manufacturing of telecommunications in Indonesia. NEC NUSA in Indonesia just a project office, warehouse and assembly plant.

Page MNK growing economic crisis and not the development and electronics manufacturing industries in Indonesia and less competitive in international markets. MNK is the SMT electronic Bakrie company.

RFC economic crisis and policy changes each telco operator in terms of procurement and project (CAPEX) to turn key. Not enough investment capital and working capital. It is possible that these companies miss managed. RFC actually have the root development. This is a national asset that can not be proper protection from the government.

TELNIC economic crisis, fundamental policy changes in terms of market protection and telecommunication services. The rapid growth of mobile telecommunications services to turn off this company. Less innovative, too late to anticipate changes. TELNIC a lot to make a pay phone to telephone kiosk, but with the growth and development of mobile telecommunications services, its activity declined and eventually closed.

Equator

RKN

What about surviving and newly emerging? Here's his explanation.

For manufacturing industries (telematics) owned by national governments, there are government facilities (policy) that sustains life. Although the economic crisis is streamlining the organization, but they still survive because there is the concern of government (Ministry of SOEs) to maintain its survival. Dibangunpun cooperation, both with foreign companies or by national companies (owned by the government) is generally facilitated by the government.

For private industry (telecommunications) national, the field of product development and encouragement of innovation and climate conducive to her, making these companies survive. The economic crisis and changing political situation in Indonesia had a positive impact for companies of this kind. Included in the group companies are: PT Hariff DTE, PT Quasar, PT CMI, PT TRG, PT TKD and PT XIRCA. There are several other companies that may not be listed here and can still survive, such as PT MAXIMA and several other small companies that labih. Here is a description of the capabilities of each company

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1. Background

noreply@blogger.com (arangkasa) — Mon, 15 Nov 2010 15:03:00 +0000

Actually, telecommunications is not a new thing for the people of Indonesia. Since the Dutch colonial era of telecommunications infrastructure (telephone and telegraph) was established and known in Indonesia (in 1884).

But since then until now, the fast-growing telecommunications business and developed almost 3 decades it has no significant positive impact for the national telecommunications industry. Until recently, almost no national company that is able to develop and make major telecommunications equipment (core network) such as switches and transmission. Even PT INTI who had worked with Siemens to make the switching devices in Indonesia, is currently not growing like ZTE or Huawei of China for example. Thanks to its cooperation with SIEMENS, PT INTI has experience in designing and making the switch, but because of government policy at that time of not siding with the national industry, PT INTI only be able to develop and make a switch capacity of the small number of 110 units. The same thing happened to Elektrindo Nusantara in cooperation with Alcatel.

There is cooperation-cooperation such as IMAGE AT and T and NEC NUSA, but for about a decade of existence, they were only able to perform activities (manufacturing) assembly only.

The more so since the mobile telecommunications system was introduced in Indonesia, until the total number sold is almost (or even more than) 200 million number, the national telecommunications manufacturing industry is only able to act as supporting industries only (there is also a role only as a spectator), such as the provision and installation of towers and subcontractors CME (civil, mechanical and electrical). The rest, the devices (active) primary in the MSC, BSC, BTS, microwave, until the handset, nearly 100% are imported products (with 0% import duty).

For that reason the government provides incentives (protection) for the telecommunications manufacturing industry (expanded into telematics) nationwide, which has the capacity for research and development and manufactures telematics devices, either actively or passively, in the form of preference of domestic products which are formulated in levels of domestic policy (TKDN) are arranged in Deperin No candy. 11 year 2006.

4.3.4. Measuring instrument

noreply@blogger.com (arangkasa) — Sun, 14 Nov 2010 15:54:00 +0000

This instrument has a very important role in the development of any product that requires a measurement to know that the products developed are in accordance with specified standards.

3.6. Page TKD

noreply@blogger.com (arangkasa) — Sun, 14 Nov 2010 15:41:00 +0000

This company has been established for 20 years. They are very fanatic develop their own products based software. Until now they have 50 of its engineers that 60% is a Researchers or developers.

Softswicth Products is one of their specialties, the latter to develop their wireless MSSC used by some mobile telecoms operator in Indonesia.

They are very confident to contribute in the development of broadband, especially the software side at the level of control and applications.

For computers or servers that they use, for the temporal is still using the server product imports.

3.4. Page QUASAR

noreply@blogger.com (arangkasa) — Sun, 14 Nov 2010 15:39:00 +0000

This company, as well as Hariff and nucleus, have a history with the tradition of its own product development. Some of the products of its development was awarded both nationally and internationally. They tried to put himself in the telecommunications market on the cusp of telecommunication technology with tekknologi computer.

To support his efforts, the company is supported by a number of professionals who have competence in the field of telecommunications and computer and a combination of both. In developing their business they have a philosophical basis as follows:

• intelligent solutions to meet customer needs

• competitive and affordable prices

• latest technology and innovative

• Sustainable Development

The company provides engineering services, design, development, manufacturing, systems integration and implementation.

The ability of manufacturing firms is between 1000 to 5000 units per month for a variety of products developed, depending on the size and level of difficulty. Its products are already mamsuki local telecommunications market is the PABX, IP PBX, router, fixed wireless terminals, VPN / VPLS, and bandwidth management system.

To perkejaan SMT in large amounts, these companies outsource to a company specializing in that field.

3.2. PT Industri Telekomunikasi Indonesia (PT INTI)

noreply@blogger.com (arangkasa) — Sun, 14 Nov 2010 15:35:00 +0000

PT INTI has made a fundamental step is the transformation from manufacturing-based company to a company based engineering solutions. This is done so that the company is adaptable to rapid changes in the world of telecommunications technology.

As a major national supplier in the field of telecommunication infrastructure, PT INTI very confident to be a company of professional service providers and focus on solutions in the Infocom Systems and Technology Integration (Isti).

In its own official statement of PT INTI in the operations that focus on engineering solutions, will cooperate with the international ICT player / competitive global. Nevertheless PT INTI in a condition which is too limited, is still able to develop some original products such as Packet Switch technology based on IP NGN (Softswitch, IP-PBX), Multi Service Access Network, Network tools (Rectifier, Network Management System, Protocol Analyzer, Early Warning System). The products mentioned above have a relatively high local content.

Manufacturing capabilities of PT INTI been much reduced since the facility formerly owned currently not fully in control of this company anymore. Examples: SMT machines leased by PT INTI to PT INTI VISMA. Manufacturing facilities in the way of Mohammad Toha Bandung already sold or leased to another party.

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2. Illustration of a state of national telematics manufacturing industry

noreply@blogger.com (arangkasa) — Sun, 14 Nov 2010 15:28:00 +0000

In the table below, are summarized state of the national telecommunications manufacturing industry.

Summary of Telecommunication Manufacturers Conditions

The name of the company stood Status ownership Current conditions Note

CMI 1987 Private, Indonesia Running

IMAGE Indonesian JV USA 1990 ATT (ATT) Closed Late 90's or early 2000

Hariff 1982 Private, Indonesia Running

CORE 1974 Government, Indonesia Running

PT LEN 1991 Government, Indonesia Running LEN Lippi

Page (MKN) Private, Indonesia Fade out

NUSA 1990 NEC JV Indonesia Japan (NEC) Closed Late 90's or early 2000

Quasar 1995 Private, Indonesia Running

RFC 1969 Private, Indonesia Fade out

TELNIC Mid 80's Private, Indonesia Closed Late 90's

TRG 2006 Private, Indonesia Running Newly established

XIRCA 2007 Private, Indonesia Running Newly established

Private Indonesian Equatorial Closed

Private Indonesian Computer RKN Closed

PT INTI VISMA 2004 CORE and VISMATEX Fade out

In the above table can be seen how the national telecommunications manufacturing industry is very vulnerable to changes in policy, working capital, less innovative, no guaranteed market (protection) and a prolonged economic crisis. This occurs both on a national telematics industry is owned by private national and foreign. Impact is a decrease or even cover several national and foreign manufacturing industry within a reasonably short. In fact, it takes a long time to build it, except the manufacturing industry telematics get from government facilities, such as AT and T (LUCENT) and NEC CITRA NUSA.

Here we present a table showing the causes of declining activity and lid several national telematics industry

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How to Create Text Area

noreply@blogger.com (arangkasa) — Fri, 12 Nov 2010 04:01:00 +0000

On the right sidebar of this blog, I invite friends bloggers to exchange links with fatihsyuhud.com which aims not only to know each other among blogrollers, also serves as a mutual promotion of the blog. I use the Area-Text format that contains links and chicklet / small-image so that those interested can exchange link directly meng-copy/paste code with ease. Text Area Here in the sidebar code that can be replaced tsb dg chiklet links and your own:

<br>

Copy the code below, insert into your blog </ font>

<br>

To wordpress.com

Especially for using such wordpress.com and failed to use the code above, use the following code in the text widget and put your blog's sidebar:

<code>

<br>

Copy the code below, insert into your blog </ font>

<br>

Note:

1. rows =.. is a measure to the top, while cols = ... is the measure to the side. If after posted on the blog was too wide or too long, then changed the numbers in rows or cols as required which in keeping with your blog's sidebar.

2. How to put on wordpress.com, turn on the widget. * TEXT * Raise the widget to the sidebar. And pairs of Text Area code page.

3. How to put on blogger.com / blogspot, click add element -> text html / javascript -> Text Area code pairs.

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