TRG Start Bulk Production Wimax

PT Teknologi Riset Global (TRG) started manufacturing WiMAX devices in Batam. Even the vendors were soon building a local Wimax Research Center in Karawang, West Java.
President Director of PT TRG Rev. Trenggono Sakti, said he had buried an investment of no less than Rp 60 billion to set up factories in the area of ​​Batam Industrial Park (BIP). Local assembly plant WiMAX devices that use the facilities owned by PT SiiX.
"We have entered into a contract with PT Siix. At this plant we have started to produce WiMAX devices, both the base station (BS) and the receiving device to the customer (CPE) in bulk," said Trenggono in Jakarta, Wednesday (28/10).

 Trenggono Depkominfo official release party of departure, the winning bidder and the operators of broadband wireless access (BWA) to Batam. They saw the manufacture of WiMAX devices manufacturing facilities locally owned TRG, ranging from hardware design, PCB layout, mecanical design, both for BS and CPE. While software development is designed in a research center in Rancaekek TRG PT, Bandung.
Vice President of Manufacturing PT TRG placed in PT Siix Hardiono Kertadjaja said it is currently only set up one line and one shift to the production of WiMAX devices owned by PT TRG. Production capacity this year as much as 80 BS and CPE 4000 per month. In 2010, production capacity increased to 200 BS and CPE 10 thousand per month.

 "This could be our production capacity levels at any time upon the request of PT TRG. We have 15 lines and can be expanded into three shifts. In fact, today we are ready to produce WiMAX devices with capacity of 2,000 TRG BS and hundreds of thousands of CPE per month," said him.
Director of PT Gatot Tetuko justify regarding Wimax TRG's production capacity. "The problem is, this new early stage. The demand of BWA operators have not been many. When we only meet the orders of PT Telkom and PT Lintasarta," said Billy.

 In mid-2009, TRG WiMAX devices have been used Lintasarta for the Greater Jakarta area. In September, PT Telkom has decided TRG Wimax as the winning bidder for the deployment of WiMAX networks in Jadebotabek, West Java, Medan, Pekanbaru, Palembang and Kalimantan.

 Executive of PT Telkom in the planning BWA Sigit Subiantoro confirmed it. Wimax TRG has passed the test team Develompment Research Center (formerly known as RisTI) Telkom.

 "The plan, at this early stage we will be as many as 31 BS degrees and 460 CPE. This is for the replacement of 3.5 to 3.3 GHz frequency," said Sigit.According to Billy, PT TRG BS and CPE is ready to produce more to meet the needs of the winning bidder BWA. "We just say to the PT Siix and ask for additional shipping raw materials," he said.

 In late July 2009, the government (Depkominfo) have decided the winning bidder BWA to provide high-speed Internet access services with WiMAX technology. There are eight companies that won tenders BWA in 15 zones. Each zone there are two operators, each operator gets a small 15 MHz at a frequency of 2.3 GHz.
The eight companies that are licensed BWA at a frequency of 2.3 GHz are PT Telkom, PT Indosat Mega Media, PT First Media, PT Berca Hardaya Perkasa, PT Internux, PT Comtronix, PT Consortium Wimax Indonesia and PT Jasnita. In addition there are several companies that has licensed BWA at a frequency of 3.5 GHz to 3.3 GHz frequency migrate to no later than September 2010. 3.3 GHz license owners that between PT Telkom, PT IM2 and PT Lintasarta.

 BWA license owners, both at 2.3 and 3.3 GHz WiMAX network should be held starting in 2010. The government requires the use of WiMAX devices with at least 30% local content. Therefore, the choice is to use local products because most Wimax Wimax devices are 100% imported.
from:trgwimax.com

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Welcoming Japanese Technology Wimax and LTE

NTT DoCoMo plans to commercialize mobile broadband access services Long Term Evolution (LTE) in Japan in 2010 as a new killer application to boost cellular revenues. Softbank as competitors DoCoMo also scheduled a similar implementation in the same year.

Different from the two operators, KDDI and its joint venture partners, it prefers to commercialize technologies of Broadband Wireless Access (BWA)-based mobile WiMAX and services Personal Handy-phone System (PHS) advanced generation. Each was released in 2009, or a year earlier than the planned launch of LTE by DoCoMo and Softbank.

Latest ROA Group research report that the mobile markets in Japan will grow 95.4% from the current or increased to 121 million subscribers until 2011. Intense competition between NTT DoCoMo, KDDI, and Softbank, also makes the operators were preparing for business expansion outside Japan.

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Sprint Introduces Two WiMax and 3G-Powered Hotspot Creators

A pair of new wireless router has been introduced by Sprint a few moments ago. Sprint Personal Hostspot PHS300S and Cradlepoint MBR-1000 Broadband Router can connect to both WiMax and 3G EVDO network Rev.A. USB dongles must be purchased and assigned to the 3G/4G wireless services separately and connected to the router.

The router then re-emit the Wi-Fi, which allows the device to work properly, such as mobile phones and laptops, to connect to the router (and internet) via Wi-Fi.

For devices PHS300S priced 160 USD or about 1.6 million dollars. This device supports up to 4 Wi-Fi every 1 time and is now available and can be ordered retail stores, online and through telesales for Sprint's WiMax market.

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MSI Wind U130 and U135 Netbook Atom N450-Based WiMAX

Processor Pine Trail has long been awaited. No wonder when his presence was warmly welcomed by the laptop manufacturer in particular. No exception to what is done by the MSI.

MSI has launched the newest netbook Wind U130 and U135 based Pine Trail which has also been equipped with WiMAX. This sleek netbook has been invested with the Atom N450 processor and chipset NM10 Express. Memory contained therein is 2GB of RAM and a 160GB or 250GB hard drive capacity.

Both models are sized 10-inch netbook with a resolution of 1024 × 600 LED-backlight. There are also 4-in-1 card reader, 1.3 Megapixel webcam and built-in stereo speakers. Both are equipped with connectivity to Wi-Fi and Bluetooth, and WiMax as an option.

To model the U130 is available color choices Angelic White and Black Wind Dancer. As for the models available color options U135 Silver Refined, Wind Dancer Black, Trendy Blue and Cherry Red. Not to mention the price range of both models is MSI's netbook output. We'll wait.

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Samsung Wimax Trial 2-speed 330 Mbps in Japan

Samsung, in collaboration with UQ Communications, a WiMAX network experiment 2 at CEATEC Japan at speeds up to 330Mbps. Based on the IEEE 802.16m specification, the speed displayed on the screen and 16-screen 3D 1080p 1080p at the same time. Samsung uses Mobile WiMAX base station for a demo.
2 WiMAX 4G network faster than the original, but still compatible with the current deployment of WiMAX. The standards for the new network will be set in November. Samsung is a supporter of this technology and hopes to release products based on this standard by the end of 2011.
Samsung's production devices used by 57 mobile operators in 36 countries.

Clear and Sprint says WiMAX is currently offering 3-6Mbps speed estimation, but the new version of 802.16m should provide an average speed of more than 100Mbps. LTE, which most carriers are adopting standards for 4G, has a maximum speed at 100Mbps and more frequently at a speed of 12Mbps.

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Wimax Application For SOHO

Here's what would befall if you got WiMAX. An Internet conjugation businessperson sets up a WiMAX ground base 10 miles from your interior. You would buy a WiMAX-enabled computer or raise your old machine to add WiMAX susceptibility. You would have a specific coding cypher that would free you gain to the form place. The compound station would light assemblage from the Internet to your machine (at speeds potentially higher than today's cablegram modems), for which you would pay the bourgeois a monthly fee. The value for this personnel could be much tally a place cloth, things wouldn't modify overmuch. The WiMAX signifier position would bare aggregation to a WiMAX-enabled router, which would then bare the accumulation to the divergent computers on your network. You could symmetric union WiFi with WiMAX by having the router move the assemblage to the computers via WiFi.

WiMAX doesn't righteous comport a threat to providers of DSL and cable-modem mating. The WiMAX rule is organized to change individual diametric methods of accumulation coefficient, one of which is Vox Over Cyberspace Prescript (VoIP). VoIP allows people to wee localized, long-distance and symmetrical outside calls through a band Cyberspace contrivance, bypassing sound companies solely. If WiMAX-compatible computers prettify rattling standard, the use of VoIP could process dramatically. Most anyone with a laptop could neaten VoIP calls.

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Wimax Range Operation

 WiMAX operates on the self gross principles as WiFi -- it sends collection from one computer to other via receiver signals. A computer (either a screen or a laptop) accoutered with WiMAX would undergo accumulation from the WiMAX transmitting send, probably using encrypted collection keys to preclude unauthorised users from concealment attain.

The fastest WiFi shape can channelise up to 54 megabits per indorse under best conditions. WiMAX should be competent to interact up to 70 megabits per second. Modify once that 70 megabits is dissever up between individual dozen businesses or a few cardinal habitation users, it instrument provide at littlest the equal of cable-modem move rates to each soul.

The largest disagreement isn't motion; it's indifference. WiMAX outdistances WiFi by miles. WiFi's potentiality is nearly 100 feet (30 m). WiMAX gift covering a support of 30 miles (50 km) with wireless admittance. The inflated range is due to the frequencies utilised and the quality of the set. Of bed, at that size, terrain, hold and overlarge buildings gift act to trammel the maximum constitute in both circumstances, but the potentiality is there to handle huge tracts of earth.

IEEE 802.16 Specifications

• Range - 30-mile (50-km) radius from base station
• Speed - 70 megabits per second
• Line-of-sight not needed between user and base station
• Frequency bands - 2 to 11 GHz and 10 to 66 GHz (licensed and unlicensed bands)
• Defines both the MAC and PHY layers and allows multiple PHY-layer specifications

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How The WiMAX Works

Judge around how you operation the Cyberspace today. There are basically digit assorted options:

Broadband - In your interior, you acquire either a DSL or line modem. At the state, your circle may be using a T1 or a T3 merchandise.

WiFi way - In your abode, you may know set up a WiFi router that lets you shift the Web patch you room with your laptop. On the moving, you can hear WiFi hot spots in restaurants, hotels, coffee shops and libraries.

Dial-up gain - If you are noneffervescent using dial-up, chances are that either band access is not acquirable, or you opine that band make is too pricy.

The water problems with broadband way are that it is pretty expensive and it doesn't motion all areas. The principal difficulty with WiFi access is that hot symptom are very slender, so coverage is distributed.

What if there were a new field that solved all of these problems? This new discipline would provide:

• The tall ratio of band employment
• Wireless kinda than wired gain, so it would be a lot inferior costly than cable modem. or DSL and untold easier to increase to suburban and bucolic areas
• Broad coverage like the cell phone meshing instead of wee WiFi hotspots

This group is actually coming into existence starboard now, and it is called WiMAX. WiMAX is chunky for Worldwide Interoperability for Microwave Access, and it also goes by the IEEE constitute 802.16. ­

WiMAX has the potency to do to band Net operation what cadre phones hit through to phone gain. In the synoptic way that umpteen fill know supposition up their "realty lines" in keepsake of radiophone phones, WiMAX could follow line and DSL services, providing coupler Cyberspace hit vindicatory virtually anywhere you go. WiMAX module also be as painless as WiFi -- motion your machine on faculty automatically infix you to the closest disposable WiMAX sensitiveness.

In this article, we'll find out how WiMAX works, what engineers are doing to make it better and what it could mean for the future of wireless Internet.

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Wimax On Russia Application

Russia is often perceived as an almost ideal market for wireless internet – large territory, low density of population, and high expense of building traditional telecom infrastructure.

The key factor had been low competition in the area of internet access. In many regions, dedicated broadband internet was not available at all. Even in places where it was, the tariffs were too high and it took much time to install the service. Traditional carriers lacked resources for CAPEX or the customer pool was too small for them, but investment still would have paid off at that time.

In Russia, wireless broadband, which is typically associated with higher tariffs than for traditional technologies, has surprisingly often been the only option for companies who needed a fast solution at an affordable price. A typical scheme of early BWA included installation of a couple of base stations to provide a city’s coverage. That made marginal costs of new customers very low, compared to installation of ADSL ports or optical cables, where there were too few customers. Small size and higher service coverage made WISPs more affordable and flexible than other players.

Cellular telephony has also enjoyed enormous success in Russia, in bringing telephony to areas where people often did not have any other means of communications (that does not mean these areas were rural – in many towns in Russia there were queues to install a phone). And now it has penetration levels higher than in North America.

The wireless industry players have anticipated the increase in demand and reacted quickly, being more flexible than traditional carriers. The industry, which was started by enthusiasts, has turned into a solid and largely established area, attracting the best managers, large marketing efforts, and large investment. Recent M&A created a few nationwide players with large resources for further development.

Nevertheless, there are factors that greatly affect further development. First, the assumption of great need for BWA in rural areas might not be exactly right. In such a large country like Russia, 70-80% of the population is living in urban areas and about 30 million people or 20% are concentrated around Moscow. So, in fact, the rural area is almost deserted and there are few potential customers there on either the residential or business side.

Second, the penetration of regular broadband internet almost doubled last year. ADSL connections became cheap and available in most regions – something that did not exist a year ago. Access speeds increased. Prices for dedicated wireline broadband went down significantly. Consumers have become more demanding.

Third, there is the negative influence of competing wireless technologies. Introduction of UMTS and earlier EV-DO constitutes a competitive threat from mobile telephony companies. Citywide Wi-Fi zones appeared and are taking mobile clientele too. Satellite internet became cheaper and appears a convenient way to establish connections in distant areas.
That most of the potential clientele live in urban areas strains the most precious resource – frequencies – which are often unavailable, as their allocation is based on subjective criteria. The military occupies precious parts of the spectrum, and many other users bring “noise” to the spectrum, making it hard to establish high quality communication.

What is still great in Russia is the economic climate, where many businesses are growing and wireless solutions are still in demand. For devices such as ATMs in shopping malls, these technologies are still quite convenient. The plans of the government to bring telephony services to small towns might be largely based on BWA. Introduction of WiMAX chipsets might completely turn the industry around, making WiMAX networks a great alternative to cellular networks. In our opinion, WiMAX’s future in Russia is in mid–sized towns, which have the right combination of advantages offered by the technology, needs of customers, and spectrum availability.

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