Ektron CMS400.NET
Ektron CMS400.NET lets you do everything you need to do on the Web and everything you want to do...
...all with just one application.
With features like Personalization, eSync, URL Aliasing and eCommerce, Ektron CMS400.NET Version 7.6 delivers all the enterprise level features you need to deploy websites quickly and easily.
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Tampilkan postingan dengan label INTERNET. Tampilkan semua postingan
Tampilkan postingan dengan label INTERNET. Tampilkan semua postingan
Jumat, 06 Maret 2009
Internet Download Manager
Internet Download Manager
From Tonec:
Internet Download Manager is a tool for increasing download speeds by up to 5 times, and for resuming, scheduling, and organizing downloads. The program will resume unfinished downloads due to network problems, or unexpected power outages. The program features a full-fledged site grabber that downloads files that are specified with filters, for example, all pictures from a Web site, different parts of Web sites, or complete Web sites for offline browsing. The program supports HTTP, HTTPS, FTP and MMS protocols, and has an adaptive download accelerator for MP3 audio, FLV and MPEG video files.
The program also features Download Panel for IE, Firefox and other Mozilla based browsers that appears on top of a web-player and can be used to download flash videos from sites like YouTube, MySpaceTV, Google Videos, and others. It integrates into Opera, Mozilla, Internet Explorer, Firefox, MSN, AOL, Google Chrome, and into any application that uses FTP, or HTTP protocols. Internet Download Manager fully supports Windows Vista and Internet Explorer 7.
Version 5.15 build 6 adds IDM download panel to IE web-players based on Microsoft Silverlight component.
SOURCE
DOWNLOAD Read More ..
From Tonec:
Internet Download Manager is a tool for increasing download speeds by up to 5 times, and for resuming, scheduling, and organizing downloads. The program will resume unfinished downloads due to network problems, or unexpected power outages. The program features a full-fledged site grabber that downloads files that are specified with filters, for example, all pictures from a Web site, different parts of Web sites, or complete Web sites for offline browsing. The program supports HTTP, HTTPS, FTP and MMS protocols, and has an adaptive download accelerator for MP3 audio, FLV and MPEG video files.
The program also features Download Panel for IE, Firefox and other Mozilla based browsers that appears on top of a web-player and can be used to download flash videos from sites like YouTube, MySpaceTV, Google Videos, and others. It integrates into Opera, Mozilla, Internet Explorer, Firefox, MSN, AOL, Google Chrome, and into any application that uses FTP, or HTTP protocols. Internet Download Manager fully supports Windows Vista and Internet Explorer 7.
Version 5.15 build 6 adds IDM download panel to IE web-players based on Microsoft Silverlight component.
SOURCE
DOWNLOAD Read More ..
How to increase your internet speed
How to increase your internet speed
Description: The TCP Optimizer is a free, easy Windows program that provides an intuitive interface for tuning and optimizing your Internet connection. There is no installation required, just download and run.
The program can aid both the novice and the advanced user in tweaking related TCP/IP parameters in the Windows Registry, making it easy to tune your system to the type of Internet connection used. The tool uses advanced algorithms, and the bandwidth*delay product to find the best TCP Window for your specific connection speed. It provides for easy tuning of all related TCP/IP parameters, such as MTU, RWIN, and even advanced ones like QoS and ToS/Diffserv prioritization. The program works with all current versions of Windows, and includes additional tools, such as testing average latency over multiple hosts, and finding the largest possible packet size (MTU).
The TCP Optimizer is targeted towards broadband internet connections, however it can be helpful with tuning any internet connection type, from dialup to Gigabit+ :)
here is one way from hundreds ways to increase your internet speed, you can use this one TCP Optimizer and here is the genuine link
Genuine Site
or you can download here
TCP OPTIMIZER Read More ..
Description: The TCP Optimizer is a free, easy Windows program that provides an intuitive interface for tuning and optimizing your Internet connection. There is no installation required, just download and run.
The program can aid both the novice and the advanced user in tweaking related TCP/IP parameters in the Windows Registry, making it easy to tune your system to the type of Internet connection used. The tool uses advanced algorithms, and the bandwidth*delay product to find the best TCP Window for your specific connection speed. It provides for easy tuning of all related TCP/IP parameters, such as MTU, RWIN, and even advanced ones like QoS and ToS/Diffserv prioritization. The program works with all current versions of Windows, and includes additional tools, such as testing average latency over multiple hosts, and finding the largest possible packet size (MTU).
The TCP Optimizer is targeted towards broadband internet connections, however it can be helpful with tuning any internet connection type, from dialup to Gigabit+ :)
here is one way from hundreds ways to increase your internet speed, you can use this one TCP Optimizer and here is the genuine link
Genuine Site
or you can download here
TCP OPTIMIZER Read More ..
Jumat, 13 Februari 2009
Google Introduces Non GPS for Cellphones
Google Introduces Non GPS for Cellphones
Google has obviously hired somebody away from Microsoft's Naming Department for its new My Location service. It's a non GPS location technology which uses cell tower info and databases to work out the user's position, presumably similar to Navizon's tech.
To use it, bring up Google Maps on your phone and hit zero. That's it. Your position is shown on screen, and for directions, Google Maps will autofill your start location. The accuracy varies: According to Google, the software will pinpoint your position to within one quarter to three miles, but an advantage over GPS is that it works indoors.
And of course, with this will come ads. But, being Google ads, you're brain will likely filter them out and you won't even see them, just like the ones on the web. My Location will work initially on the Blackberry, Symbian S60, Windows Mobile, and some Motorola and Sony Ericsson handsets. It will not work on the iPhone. Read More ..
Google has obviously hired somebody away from Microsoft's Naming Department for its new My Location service. It's a non GPS location technology which uses cell tower info and databases to work out the user's position, presumably similar to Navizon's tech.
To use it, bring up Google Maps on your phone and hit zero. That's it. Your position is shown on screen, and for directions, Google Maps will autofill your start location. The accuracy varies: According to Google, the software will pinpoint your position to within one quarter to three miles, but an advantage over GPS is that it works indoors.
And of course, with this will come ads. But, being Google ads, you're brain will likely filter them out and you won't even see them, just like the ones on the web. My Location will work initially on the Blackberry, Symbian S60, Windows Mobile, and some Motorola and Sony Ericsson handsets. It will not work on the iPhone. Read More ..
Mobile Browsing Still Popular on Not-so-smart Phones
Mobile Browsing Still Popular on Not-so-smart Phones
We've seen reports indicating iPhone owners use their handsets to surf the Web far more than they talk. And we've seen surveys in which iPhone owners said they've been mobile surfing more than they ever were before. Also, the iPhone has also been selling like crazy. What does this all add up to?
Somehow, it doesn't add up to the iPhone (or other smart phones, for that matter) being the most prevalently used device for mobile browsing. An NY Times post on Thursday cited a report from AdMob, a major mobile advertising service, that said just as much ad traffic was coming from typical mobile phones as smartphones. Eh?
That's just a barometer of actual mobile browsing since it's based on ad traffic -- but AdMob hosts ads on 5,000 mobile sites, so it's a pretty strong indicator. Are non-smartphone owners trying to prove to their peers they don't need to pay upward of $80 a month to enjoy mobile internet? I couldn't stand surfing the web on my old Motorola RAZR, but I guess I have pretty high standards.
The Mobile Web: It’s Not Just for Smartphones [NY Times] Read More ..
We've seen reports indicating iPhone owners use their handsets to surf the Web far more than they talk. And we've seen surveys in which iPhone owners said they've been mobile surfing more than they ever were before. Also, the iPhone has also been selling like crazy. What does this all add up to?
Somehow, it doesn't add up to the iPhone (or other smart phones, for that matter) being the most prevalently used device for mobile browsing. An NY Times post on Thursday cited a report from AdMob, a major mobile advertising service, that said just as much ad traffic was coming from typical mobile phones as smartphones. Eh?
That's just a barometer of actual mobile browsing since it's based on ad traffic -- but AdMob hosts ads on 5,000 mobile sites, so it's a pretty strong indicator. Are non-smartphone owners trying to prove to their peers they don't need to pay upward of $80 a month to enjoy mobile internet? I couldn't stand surfing the web on my old Motorola RAZR, but I guess I have pretty high standards.
The Mobile Web: It’s Not Just for Smartphones [NY Times] Read More ..
Public internet access via private wireless hotspots
Public internet access via private wireless hotspots
Broadband access is increasingly necessary to get the best out of your communications. But what about when you are away from the home or office? The team in the IST project OBAN suggest using the spare capacity in residential wireless hotspots.
While the broadband revolution might be in full swing, the long-promised era of fast and seamless internet connectivity ‘anytime anywhere’ remains tantalisingly out of reach for many European citizens. One approach to this problem is to exploit the growing number of residential wireless hotspots to develop an innovative high-speed open network for broadband communication.
Starting in January 2004, the IST-funded OBAN (Open Broadband Access Network) research team has taken major strides towards building a public broadband mobile network based on residential wireless local area networks (WLANs).
The basic idea is to use the wireless LANs of existing broadband subscribers – who typically use only a small fraction of the line’s capacity – and make them available for passing or visiting users in urban and suburban areas.
Public wireless internet access
In this scenario, the stationary users or hosts continue to use their wireless LAN as before, and passing users can access and maintain communication via these internet access points. Both visitors and hosts share the capacity of such wireless LANs, and access lines according to a general service agreement between all users and the network operator.
To encourage uptake among broadband subscribers, it is envisaged that they will receive some form of compensation or incentive for providing access to casual users of their unused WLAN capacity. In this way, it will be possible to offer new and better services to mobile users without having to build a new and costly wireless infrastructure.
The viability of the OBAN project rests on the assumption that within a few years, the majority of users will have access to a broadband network at some point – whether ADSL, VDSL, fibre, cable, radio, etc. A second assumption is that wireless technology will be the predominant form of technology for in-house communication, both for residential and business users.
In urban areas, this large number of 'micro base stations' will provide a continuous radio coverage that will allow users to roam freely while maintaining their communication sessions. Compared to conventional cellular mobile networks, which consist of a limited number of optimally located outdoor base stations and antenna masts, the OBAN network will consist of a much higher number of micro base stations that are located at random.
Micro-base station will show the way to internet connection when on the go
Breaking new ground
While the idea of open broadband networks is not new, OBAN’s approach is genuinely different to what has been tried before, according to project coordinator Einar Edvardsen of Telenor in Norway.
“OBAN will be the first to integrate wireless LAN with fixed networks in a legal, regulatory and commercially correct way. Some current networks which offer public access over private wireless LANs are possibly illegal and commercially non-viable, while other solutions are connected to one operator’s network or only provide roaming features to operators,” he says.
Another breakthrough by OBAN will be to deliver faster handover in areas where multiple internet service providers (ISPs) are operating, and where broadband access may be via ADSL connections with an average delay of 10-40 milliseconds.
“This means that a user can move from a WLAN cell operated by one ISP to another WLAN cell operated by a different ISP, at the same time as all security and quality-of-service requirements are met,” explains Edvardsen. “The maximum disruption is specified not to exceed 120 milliseconds."
Achieving such a fast handover is a unique achievement, he emphasises. "All today’s announcements about mobility and fast handover relate to WLANs that are connected to a common infrastructure, making the handover task relatively easy. In the OBAN approach, we are talking about different networks.”
In order to achieve such fast handover, OBAN has developed a unique security solution using a combined SIM and Kerberos authentication method. “This is important in order to guarantee all relevant security requirements quickly enough to comply with the 120 millisecond time limit,” notes Edvardsen.
Another innovative feature of the OBAN approach is its unique quality-of-service (QoS) mechanism. “This guarantees that quality requirements for all users in the network are met – not only on the wireless part as 802.11e,” he says.
Field trials under way
While Edvardsen has no doubts about the long-term viability of OBAN’s concept, he acknowledges that putting the idea into practice will not be a straightforward process.
“We have had a field trial running for two years now, but with very limited functionality. None of the specific OBAN solutions have been implemented yet and we have not yet utilised the trial for any purpose other than to get the equipment running. We have learnt that it often is a long way from laboratory to the field even when commercial equipment is being used – due to the modifications, adaptations and reconfiguration needed for a new operational environment,” he says.
Although the project is slightly behind schedule at the moment, Edvardsen is confident that the team will meet its official completion date at the end of 2006. “The implementation and integration work now have top priority. Full-scale testing in the laboratory and the field will take place in November and December 2006.” Read More ..
Broadband access is increasingly necessary to get the best out of your communications. But what about when you are away from the home or office? The team in the IST project OBAN suggest using the spare capacity in residential wireless hotspots.
While the broadband revolution might be in full swing, the long-promised era of fast and seamless internet connectivity ‘anytime anywhere’ remains tantalisingly out of reach for many European citizens. One approach to this problem is to exploit the growing number of residential wireless hotspots to develop an innovative high-speed open network for broadband communication.
Starting in January 2004, the IST-funded OBAN (Open Broadband Access Network) research team has taken major strides towards building a public broadband mobile network based on residential wireless local area networks (WLANs).
The basic idea is to use the wireless LANs of existing broadband subscribers – who typically use only a small fraction of the line’s capacity – and make them available for passing or visiting users in urban and suburban areas.
Public wireless internet access
In this scenario, the stationary users or hosts continue to use their wireless LAN as before, and passing users can access and maintain communication via these internet access points. Both visitors and hosts share the capacity of such wireless LANs, and access lines according to a general service agreement between all users and the network operator.
To encourage uptake among broadband subscribers, it is envisaged that they will receive some form of compensation or incentive for providing access to casual users of their unused WLAN capacity. In this way, it will be possible to offer new and better services to mobile users without having to build a new and costly wireless infrastructure.
The viability of the OBAN project rests on the assumption that within a few years, the majority of users will have access to a broadband network at some point – whether ADSL, VDSL, fibre, cable, radio, etc. A second assumption is that wireless technology will be the predominant form of technology for in-house communication, both for residential and business users.
In urban areas, this large number of 'micro base stations' will provide a continuous radio coverage that will allow users to roam freely while maintaining their communication sessions. Compared to conventional cellular mobile networks, which consist of a limited number of optimally located outdoor base stations and antenna masts, the OBAN network will consist of a much higher number of micro base stations that are located at random.
Micro-base station will show the way to internet connection when on the go
Breaking new ground
While the idea of open broadband networks is not new, OBAN’s approach is genuinely different to what has been tried before, according to project coordinator Einar Edvardsen of Telenor in Norway.
“OBAN will be the first to integrate wireless LAN with fixed networks in a legal, regulatory and commercially correct way. Some current networks which offer public access over private wireless LANs are possibly illegal and commercially non-viable, while other solutions are connected to one operator’s network or only provide roaming features to operators,” he says.
Another breakthrough by OBAN will be to deliver faster handover in areas where multiple internet service providers (ISPs) are operating, and where broadband access may be via ADSL connections with an average delay of 10-40 milliseconds.
“This means that a user can move from a WLAN cell operated by one ISP to another WLAN cell operated by a different ISP, at the same time as all security and quality-of-service requirements are met,” explains Edvardsen. “The maximum disruption is specified not to exceed 120 milliseconds."
Achieving such a fast handover is a unique achievement, he emphasises. "All today’s announcements about mobility and fast handover relate to WLANs that are connected to a common infrastructure, making the handover task relatively easy. In the OBAN approach, we are talking about different networks.”
In order to achieve such fast handover, OBAN has developed a unique security solution using a combined SIM and Kerberos authentication method. “This is important in order to guarantee all relevant security requirements quickly enough to comply with the 120 millisecond time limit,” notes Edvardsen.
Another innovative feature of the OBAN approach is its unique quality-of-service (QoS) mechanism. “This guarantees that quality requirements for all users in the network are met – not only on the wireless part as 802.11e,” he says.
Field trials under way
While Edvardsen has no doubts about the long-term viability of OBAN’s concept, he acknowledges that putting the idea into practice will not be a straightforward process.
“We have had a field trial running for two years now, but with very limited functionality. None of the specific OBAN solutions have been implemented yet and we have not yet utilised the trial for any purpose other than to get the equipment running. We have learnt that it often is a long way from laboratory to the field even when commercial equipment is being used – due to the modifications, adaptations and reconfiguration needed for a new operational environment,” he says.
Although the project is slightly behind schedule at the moment, Edvardsen is confident that the team will meet its official completion date at the end of 2006. “The implementation and integration work now have top priority. Full-scale testing in the laboratory and the field will take place in November and December 2006.” Read More ..
Broadband Internet access
Broadband is often called "high-speed" Internet, because it usually has a high rate of data transmission. In general, any connection to the customer of 2145614654651324 kbit/s (0.256 Mbit/s) or greater is more concisely considered broadband Internet. The International Telecommunication Union Standardization Sector (ITU-T) recommendation I.113 has defined broadband as a transmission capacity that is faster than primary rate ISDN, at 1.5 to 2 Mbit/s. The FCC definition of broadband is 768 kbit/s (0.8 Mbit/s). The Organization for Economic Co-operation and Development (OECD) has defined broadband as 256 kbit/s in at least one direction and this bit rate is the most common baseline that is marketed as "broadband" around the world. There is no specific bitrate defined by the industry, however, and "broadband" can mean lower-bitrate transmission methods. Some Internet Service Providers (ISPs) use this to their advantage in marketing lower-bitrate connections as broadband.
In practice, the advertised bandwidth is not always reliably available to the customer; ISPs often allow a greater number of subscribers than their backbone connection can handle, under the assumption that most users will not be using their full connection capacity very frequently. This aggregation strategy works more often than not, so users can typically burst to their full bandwidth most of the time; however, peer-to-peer (P2P) file sharing systems, often requiring extended durations of high bandwidth, stress these assumptions, and can cause major problems for ISPs who have excessively overbooked their capacity. For more on this topic, see traffic shaping. As takeup for these introductory products increases, telcos are starting to offer higher bit rate services. For existing connections, this most of the time simply involves reconfiguring the existing equipment at each end of the connection.
As the bandwidth delivered to end users increases, the market expects that video on demand services streamed over the Internet will become more popular, though at the present time such services generally require specialized networks. The data rates on most broadband services still do not suffice to provide good quality video, as MPEG-2 video requires about 6 Mbit/s for good results. Adequate video for some purposes becomes possible at lower data rates, with rates of 768 kbit/s and 384 kbit/s used for some video conferencing applications, and rates as low as 100 kbit/s used for videophones using H.264/MPEG-4 AVC. The MPEG-4 format delivers high-quality video at 2 Mbit/s, at the low end of cable modem and ADSL performance.
Increased bandwidth has already made an impact on newsgroups: postings to groups such as alt.binaries.* have grown from JPEG files to entire CD and DVD images. According to NTL, the level of traffic on their network increased from a daily inbound news feed of 150 gigabytes of data per day and 1 terabyte of data out each day in 2001 to 500 gigabytes of data inbound and over 4 terabytes out each day in 2002. Read More ..
In practice, the advertised bandwidth is not always reliably available to the customer; ISPs often allow a greater number of subscribers than their backbone connection can handle, under the assumption that most users will not be using their full connection capacity very frequently. This aggregation strategy works more often than not, so users can typically burst to their full bandwidth most of the time; however, peer-to-peer (P2P) file sharing systems, often requiring extended durations of high bandwidth, stress these assumptions, and can cause major problems for ISPs who have excessively overbooked their capacity. For more on this topic, see traffic shaping. As takeup for these introductory products increases, telcos are starting to offer higher bit rate services. For existing connections, this most of the time simply involves reconfiguring the existing equipment at each end of the connection.
As the bandwidth delivered to end users increases, the market expects that video on demand services streamed over the Internet will become more popular, though at the present time such services generally require specialized networks. The data rates on most broadband services still do not suffice to provide good quality video, as MPEG-2 video requires about 6 Mbit/s for good results. Adequate video for some purposes becomes possible at lower data rates, with rates of 768 kbit/s and 384 kbit/s used for some video conferencing applications, and rates as low as 100 kbit/s used for videophones using H.264/MPEG-4 AVC. The MPEG-4 format delivers high-quality video at 2 Mbit/s, at the low end of cable modem and ADSL performance.
Increased bandwidth has already made an impact on newsgroups: postings to groups such as alt.binaries.* have grown from JPEG files to entire CD and DVD images. According to NTL, the level of traffic on their network increased from a daily inbound news feed of 150 gigabytes of data per day and 1 terabyte of data out each day in 2001 to 500 gigabytes of data inbound and over 4 terabytes out each day in 2002. Read More ..
Akses Internet Cepat, Mau..?
Akses Internet Cepat, Mau..?
Saat anda menjelajah dan membuka-buka website di internet, entah dari warung internet ataupun dari rumah, barangkali anda pernah mengeluh akan lambatnya akses untuk menampilkan setiap halamannya. Padahal akses internet di Indonesia sekarang ini masih terhitung mahal.
Sebenarnya ada cara-cara yang mudah untuk meningkatkan kecepatan akses internat tanpa harus membayar biaya lebih mahal. Cara tersebut diantaranya adalah dengan mengatur web browser, menggunakan openDNS, dan menggunakan Google Web Accelerator.
Penerapan ketiga cara di atas sangatlah mudah. Untuk cara pertama, mengatur web browser, dapat dilakukan oleh pengguna Internet Explorer dan Mozilla Firefox. Bagi pengguna Internet Explorer, Anda dapat memilih menu Tools, kemudian klik Internet Option.
Selanjutnya pilih tab General dan pada kolom “Temporary Internet files” klik Settings dan geser posisi slider-nya pada kolom Temporary Internet files folder. Hal ini akan memperbesar cache atau lokasi penyimpanan situs-situs yang anda pernah buka. Sebaliknya isilah dengan nilai minimal 5 person dari kapasitas harddisk Anda.
Bagi pengguna Mozilla Firefox anda dapat mengetikkan “about:config” pada address bar, setelah itu ubah “network.http.pipelining” dan “network.http.proxy pipelining” menjadi “true”, serta isi “network.http.pipelining.maxrequests” antara 30 –100 ( semakin besar semakin cepat ). Yang terakhir klik kanan dimana saja dan pilih New->Integer , tuliskan “nglayout.initialpaint.delay” lalu isi dengan 0.Sedangkan untuk cara kedua, anda terlebih dahulu harus mendaftar di www.openDNS.com. Setelah itu masuklah ke Control Panel dari Start Menu dan pilih Network Connections. Kemudian pilih koneksi yang digunakan dan klik tombol Properties. Pada bagian Internet protokol, pilihlah TCP/IP dan klik properties.
Masukkan angka 208.67.222.222 dan 208.67.220.220 pada opsi DNS dan restart komputer anda.Setelah melakukan dua cara di atas, seharusnya anda sudah mendapatkan kecepatan akses yang lebih dari sebelumnya. Namun bagi yang masih belum puas dengan kecepatan aksesnya sekarang dapat menggunakan cara yang ketiga yaitu menggunakan Google Web Accelerator. Google Web Accelerator didisain khusus untuk mempercepat akses internet anda, khususnya bagi anda yang menggunakan koneksi broadband (pita lebar) seperti TV Kabel dan ADSL. Untuk anda yang menggunakan koneksi lain seperti Dial-up (Telkomnet Instant) maupun Satelit, Google Web Accelerator juga dapat sedikit membantu mempercepat aksesnya.
Untuk memakai Google Web Accelerator, kriteria yang harus dipenuhi antara lain Sistem Operasi harus menggunakan Windows XP atau Windows 2000. Web browser yang digunakan harus Internet Explorer versi 5.5 ke atas atau Mozilla Firefox versi 1.0 ke atas. Untuk browser lainnya sebenarnya juga bisa, tetapi anda harus meng-konfigurasi Proxy Settings di dalam web browser tersebut dengan menambah 127.0.0.1:9100 pada HTTP.
Setelah anda melakukan instalasi, Google Web Accelerator akan menampilkan icon kecil di atas browser anda dan icon tray di pojok bawah layar komputer. Untuk mengunduh Google Web Accelerator, Anda dapat mengakses alamat http://webaccelerator.google.com.
Tommy Hendrawan Read More ..
Saat anda menjelajah dan membuka-buka website di internet, entah dari warung internet ataupun dari rumah, barangkali anda pernah mengeluh akan lambatnya akses untuk menampilkan setiap halamannya. Padahal akses internet di Indonesia sekarang ini masih terhitung mahal.
Sebenarnya ada cara-cara yang mudah untuk meningkatkan kecepatan akses internat tanpa harus membayar biaya lebih mahal. Cara tersebut diantaranya adalah dengan mengatur web browser, menggunakan openDNS, dan menggunakan Google Web Accelerator.
Penerapan ketiga cara di atas sangatlah mudah. Untuk cara pertama, mengatur web browser, dapat dilakukan oleh pengguna Internet Explorer dan Mozilla Firefox. Bagi pengguna Internet Explorer, Anda dapat memilih menu Tools, kemudian klik Internet Option.
Selanjutnya pilih tab General dan pada kolom “Temporary Internet files” klik Settings dan geser posisi slider-nya pada kolom Temporary Internet files folder. Hal ini akan memperbesar cache atau lokasi penyimpanan situs-situs yang anda pernah buka. Sebaliknya isilah dengan nilai minimal 5 person dari kapasitas harddisk Anda.
Bagi pengguna Mozilla Firefox anda dapat mengetikkan “about:config” pada address bar, setelah itu ubah “network.http.pipelining” dan “network.http.proxy pipelining” menjadi “true”, serta isi “network.http.pipelining.maxrequests” antara 30 –100 ( semakin besar semakin cepat ). Yang terakhir klik kanan dimana saja dan pilih New->Integer , tuliskan “nglayout.initialpaint.delay” lalu isi dengan 0.Sedangkan untuk cara kedua, anda terlebih dahulu harus mendaftar di www.openDNS.com. Setelah itu masuklah ke Control Panel dari Start Menu dan pilih Network Connections. Kemudian pilih koneksi yang digunakan dan klik tombol Properties. Pada bagian Internet protokol, pilihlah TCP/IP dan klik properties.
Masukkan angka 208.67.222.222 dan 208.67.220.220 pada opsi DNS dan restart komputer anda.Setelah melakukan dua cara di atas, seharusnya anda sudah mendapatkan kecepatan akses yang lebih dari sebelumnya. Namun bagi yang masih belum puas dengan kecepatan aksesnya sekarang dapat menggunakan cara yang ketiga yaitu menggunakan Google Web Accelerator. Google Web Accelerator didisain khusus untuk mempercepat akses internet anda, khususnya bagi anda yang menggunakan koneksi broadband (pita lebar) seperti TV Kabel dan ADSL. Untuk anda yang menggunakan koneksi lain seperti Dial-up (Telkomnet Instant) maupun Satelit, Google Web Accelerator juga dapat sedikit membantu mempercepat aksesnya.
Untuk memakai Google Web Accelerator, kriteria yang harus dipenuhi antara lain Sistem Operasi harus menggunakan Windows XP atau Windows 2000. Web browser yang digunakan harus Internet Explorer versi 5.5 ke atas atau Mozilla Firefox versi 1.0 ke atas. Untuk browser lainnya sebenarnya juga bisa, tetapi anda harus meng-konfigurasi Proxy Settings di dalam web browser tersebut dengan menambah 127.0.0.1:9100 pada HTTP.
Setelah anda melakukan instalasi, Google Web Accelerator akan menampilkan icon kecil di atas browser anda dan icon tray di pojok bawah layar komputer. Untuk mengunduh Google Web Accelerator, Anda dapat mengakses alamat http://webaccelerator.google.com.
Tommy Hendrawan Read More ..
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