Jagger ketagih seks

LONDON: Janda Mick Jagger, Jerry Hall, mendakwa penyanyi utama kumpulan The Rolling Stones itu dianggap sebagai pemangsa seksual yang berbahaya.

BANYAK CINTA...Jerry tidak mempercayai Jagger sepenuhnya.

Dalam pendedahan melalu buku tulisannya, bekas model dan aktres kelahiran Texas itu berkata, pada asalnya Jagger adalah seorang penagih dadah yang tegar.

Katanya, pertemuan dengan Jagger, kini 67, berjaya mengubah hidup penyanyi kelahiran Kent, England itu supaya meninggalkan dadah.

“Bagaimanapun, Jagger menggantikan ketagihan dadah itu kepada ketagihan mengadakan hubungan seks,” katanya.

Jerry mula berpacaran dengan Jagger pada 1977 selepas bertemu kali pertama pada 1976.

Pasangan itu kemudian berkahwin secara tidak rasmi pada 21 November 1990 mengikut adat budaya Hindu masyarakat Bali di Indonesia.

Hubungan itu berakhir pada hujung 1999.

Hasil hubungan itu, mereka dikurniakan empat anak, iaitu Elizabeth, 26; James, 25; Georgia May, 18, dan Gabriel, 13.

Menurut Jerry, sepanjang hubungannya dengan Jagger selama 23 tahun, penyanyi rock itu menipu dan berlaku curang terhadapnya berkali-kali.

Dalam buku itu juga, Jerry, 54, menceritakan bagaimana Jagger menggodanya ketika dia masih remaja dan sedang bertunang dengan penyanyi, Bryan Ferry.

“Dia adalah pemangsa seksual yang berbahaya.

ADA HUBUNGAN...dua wanita dikaitkan dengan Jagger, Luciana (gambar kiri) dan Carla.

“Walaupun saya mencintainya dan dia bersumpah mempunyai perasaan sama terhadap saya, kesetiaannya masih saya ragui.

“Saya berjaya menarik Jagger daripada menagih dadah, tetapi dia beralih menjadi penagih seks dan tidak pernah mendapatkan rawatan bagi mengatasinya,” katanya.

Sepanjang berpasangan, Jerry mengesyaki Jagger mempunyai hubungan romantik dengan model dan selebriti Perancis kelahiran Itali, Carla Bruni.

Hanya selepas berkahwin dengan Jagger pada 1990, katanya, dia yakin Jagger tidak mempunyai hubungan dengan Carla - kini menjadi Wanita Pertama Perancis selepas berkahwin dengan Presiden Nicolas Sarkozy pada 2008.

Dalam buku berjudul My Life In Pictures itu, Jerry mendedahkan, hubungannya dengan Jagger berakhir selepas penyanyi rock itu menyebabkan model Brazil, Luciana Morad, 40, hamil. - Agensi

http://www.hmetro.com.my/myMetro/articles/Jaggerketagihseks/Article/index_html

Wide Area Network (WAN)

Types and Characteristics of WANs
What is a WAN?
There are two prevailing definitions of a Wide Area Network (WAN). The book definition of a WAN is a network that spans large geographical locations, usually to interconnect multiple Local Area Networks (LANs). The practical definition of a WAN is a network that traverses a public network or commercial carrier, using one of several WAN technologies
What are its Main Components?
The main components for a WAN are routers, switches and modems. These components are described below in the hardware section.
CPE - Devices on the subscriber premises are called customer premises equipment (CPE).
The subscriber owns the CPE or leases the CPE from the service provider. A copper or fiber cable connects the CPE to the service provider's nearest exchange or central office. This cabling is often called the local loop, or "last-mile".
DTE/DCE - Devices that put data on the local loop are called data circuit-terminating equipment, or data communications equipment (DCE). The customer devices that pass the data to the DCE are called data terminal equipment (DTE). The DCE primarily provides an interface for the DTE into the communication link on the WAN cloud.
Hardware
In a WAN you will need various types of hardware components for it to function. The typical items of hardware that you will need in a WAN are:
Router - An electronic device that connects a local area network (LAN) to a wide area network (WAN) and handles the task of routing messages between the two networks. Operates at layer 3, and makes decisions using IP addresses.
Switch - A switch is a network device that selects a path or circuit for sending a unit of data to its next destination. Operates at layer 2, and uses MAC addresses to send data to correct destination.
Modem - Short for modulator/demodulator, a modem enables a computer to communicate with other computers over telephone lines. Operates at layer 1, where signals are converted from digital to analogue and vice versa for transmission and receiving.
Wan Standards
WANs operate within the OSI model using layer 1 and layer 2 levels. The data link layer and the physical layer. The physical layer protocols describe how to provide electrical, mechanical and functional connections to the services provided by the ISP. The data link layer defines how data is encapsulated for transmission to remote sites.
Encapsulation
Encapsulation is the wrapping of data in a particular protocol header. Remember that WANs operate at the physical layer and the data link layer of the osi model and that higher layer protocols such as IP are encapsulated when sent across the WAN link. Serial interfaces support a wide range of WAN encapsulation types, which must be manually specified. These types include SDLC, PPP, Frame delay etc. Regardless of WAN encapsulation used it must be identical on both sides of the point to point link.
Packet and Circuit Switching
Circuit switching and packet switching are both used in high-capacity networks.
The majority of switched networks today get data across the network
through packet switching.
Circuit-switching is more reliable than packet-switching. Circuit switching is old and expensive, packet switching is more modern.
General Routing Issues
What is a Routing Protocol?
A routing protocol is a protocol that specifies how routers communicate and exchange information on a network. Each router has prior knowledge of its immediate neighbours and knows the structure of the network topology. The routers know this because the routing protocol shares this information.
Protocol
RIP (Routing Information Protocol) was one of the most commonly uses protocols on internal networks. Routers use RIP to dynamically adapt changes to the network connections and communicate information about which networks routers can reach and the distance between them. RIP is sometimes said to stand for Rest in Pieces in reference to the reputation that RIP has for breaking unexpectedly and rendering a network unable to function.
Routing Algorithms
Distance Vector
This type of routing protocol requires that each router simply inform its neighbours of its routing table. The distance vector protocol is also known as the bellman-ford algorithm.
Link State
This type of routing protocol requires that each router maintain a partial map of the network. The link state algorithm is also know as Dijkstra's algorithm.
IGRP
IGRP is a type of distance vector routing protocol invented by cisco used to exchange routing data in a autonomous system. Distance vector protocols measure distances and compare routes. Routers that use distance vector must send all or a portion of their routing table in a routing update message at regular intervals to each neighbour router.
Addressing and Routing
What does routing mean?
Routing is the process of deciding how to move packets from one network to another.
The directions also known as routes can be learned by a router using a routing protocol then the information is passed from router to router along the route of the destination.
IP Address's
Every machine connected to the internet is assigned an IP address. An example of an IP address would be 192.168.0.1. IP addresses are displayed in decimal format to make it easier for humans to understand but computers communicate in binary form. The four numbers that separate an IP address are called Octets. Each position consists of eight bits. When added to together you get 32 bit address. The purpose of each octet in an IP address is to create classes of IP addresses that can be assigned within a network. There are three main classes that we deal with Class A, B and C. The octets of an IP address are split into two parts Network and Host. In a class A address the first octet is the network portion, this determines which network the computer belongs to, the last octets of the address are the hosts that belong to the network.
Sub netting
Sub netting allows you to create multiple networks within a class A, B or C address. The subnet address is the address used by your LAN. In a Class C network address you would have a subnet mask of 255.255.255.0. A subnet mask identifies which portion is network and which is host. For example 192.168.6.15 the first octet three octets are the Network address and the last octet being the host(Workstation). It is important to subnet a network because gateways need to forward packets to other LANS. By giving each NIC on the gateway an IP address and a Subnet mask it allows the gateways to route packets from LAN to LAN. Once the packet arrives at its destination, the gateway then uses the bits of the subnet portion of the IP address to decide which LAN to send the packets.
Circuit Switched Leased Lines
A circuit switched network is one that establishes a dedicated circuit (or channel) between nodes and terminals before the users may communicate. Here are some terminologies associated with a Circuit switched network.
Frame relay is a telecommunication service designed for cost-efficient data transmission between local area networks (LANs)
Basic rate interference is a service used by small business for internet connectivity. An ISDN BRI provides two 64 Kbps digital channels to the user.
Primary rate interface (PRI) is a telecommunications standard for carrying voice and data transmissions between two locations
All data and voice channels are ISDN and operate at 64kbit/s
Packet Switching
http://www.raduniversity.com/networks/2004/PacketSwitching/main.htm - _Toc80455261
Packet switching refers to protocols in which messages are broken up into small packets before they are sent. Each packet is then transmitted over the Internet. At the destination the packets are reassembled into the original message. Packet switching main difference from Circuit Switching is that that the communication lines are not dedicated to passing messages from the source to the destination. In Packet Switching, different messages can use the same network resources within the same time period.
http://en.wikipedia.org/wiki/Asynchronous_Transfer_Mode
Asynchronous Transfer Mode (ATM) is a cell relay, packet switching network and protocolwhich encodes data into small fixed-sized cells.
ISDN is used to carry voice, data, video and images across a telephone network. ISDN stands for integrated services Digital Network. Isdn also provides users with a 128kbps bandwidth. This is done through frame relay. Frame relay complements and provides a service between ISDN, which offers bandwidth at 128 Kbps and Asynchronous Transfer Mode which operates in somewhat similar fashion to frame relay but at speeds from 155.520 Mbps or 622.080 Mbps. Frame relay is based on the older X.25 packet switching technology and is used to transmit analogue signals such as telephone conversations.
PSDN stands for packet switched data network and is a data communication network. Packet switched networks do not establish a physical communication signal like the public telephone does (circuit switched network) Packets are sent on a fixed length basis and assigned with a source and a destination address. The packets then rely on the routers to read the address and route the packets through the network.
Mobile and Broadband Services
Digital Subscriber line(DSL) is mainly used to bring high bandwidth connections to homes and small business's over a copper wire telephone line. This is can only be achieved if you stay within the range of the telephone exchange. DSL offers download rates of up to 6mbps allowing continuous transmission of video, audio and 3D effects. DSL is set to replace ISDN and compete with the cable modem in providing multimedia to homes. DSL works by connecting your telephone line to the telephone office over copper wires that are twisted together.
Asymmetric Digital Subscribers Line is most commonly used for home users. It provides a high download speed but a lower upload speed. Using ADSL, up to 6.1 megabits per second of data can be sent downstream and up to 640 Kbps upstream.
http://en.wikipedia.org/wiki/Symmetric_Digital_Subscriber_Line
Symmetric Digital Subscriber Line is a digital subcriber line which runs over one pair of copper wires. The main difference between ADSL and SDSL is the difference in upload and download speeds. SDSL allows the same upstream data rate and downstream data rate as ADSL upstream can be very slow.
[http://searchnetworking.techtarget.com/sDefinition/0],,sid7_gci558545,00.html
HDSL High bit-rate Digital Subscriber Line, one of the earliest forms of DSL, is used for wideband digital transmission within a corporate site and between the telephone company and a customer. The main characteristic of HDSL is that provides equal bandwidth in both directions.
IDSL is a system in which data is transmitted at 128 Kbps on a regular copper telephone line from a user to a destination using digital transmission.
The Local Loop enables operators to connect directly to the consumer via copper local loops and then add their own equipment to offer broadband and other services. This process involves operators accessing local exchange buildings to connect to a network of copper lines which connect them to homes and businesses. BT is an Example of a Local Exchange. The local loop connecting the telephone exchange to most subscribers is capable of carrying frequencies well beyond the 3.4 kHz upper limit.
Benefits of using DSL
DSL can provide virtually instantaneous transmission of voice, data and video over ordinary copper phone lines. A DSL connection can eliminate delays when waiting to download information and graphics from the Internet. It provides users with a cost effective high speed Internet connection. Another benefit is that a DSL connection is always on-line (like a LAN connection) with no waiting time for dialling or connecting.
There are now more than 10 million broadband connections in the UK. By December 2005 there were 9.792 million broadband connections in the UK and the average broadband take up rate during the three months to December was more than 70,000 per week.

Article Source: http://EzineArticles.com/?expert=Chris_Michael_Jones

Comparison Shopping - Side by Side Review of Top Internet Service Providers

High speed internet has arrived, and not only is it here to stay, it will also be getting more advanced and technologically superior as time progresses. This is a good thing for people that want to possess the fastest and most reliable broadband available. The internet service providers in your area understand your needs, and this is why they are offering great choices in terms of variants on high speed internet. This opens the door for effective comparison shopping among the ISPs.
Some may wonder what is meant by variants on high speed internet. This refers to the different types of internet delivery systems that provide the signal to your computer. All of these systems have their positives, and you really cannot go wrong choosing any of them. However, some of these different high speed systems may be better suited for an individual situation and need than others. These systems include DSL, Cable, and Satellite internet. Those interested in a clear and fast signal would find all three helpful, and understanding the main differences between the three will aid in the consumer making the best decision as to which service to choose.
DSL was the very first broadband signal ever developed, and it completely shocked the world that - up until that time in history - was only familiar with dialup internet systems. At its most basic speed strength, DSL can deliver 5x - 14x times the speed of a dialup system. Needless to say, this makes it very attractive to those that would prefer an impressive internet speed. Like dialup, DSL signals travel through the phone lines in the home. However, DSL does not require a phone signal or account to be installed. Additionally, phone lines will never be busy when DSL signals are in use.
Cable internet was the next evolution in the development of advanced broadband technology. The development of such systems was the logical growth out of the expansion of digital cable television signals. As the name implies, this high speed internet signal will be delivered from a cable television box. This is a much faster signal than what would be commonly offered through DSL, which is why cable ISPs in your area are probably a lot more popular than DSL. That is not a knock on DSL, because DSL is still an excellent means of obtaining an internet signal. However, those looking for a faster signal will probably want to sign up with a cable high speed internet provider.
On a side note, the speeds in both DSL and Cable can be boosted depending upon the speed you require and the package you sign on with. Such flexibility can be considered a huge positive to customers.
Satellite service is poised to become the wave of the future in terms of being 'the next big thing' in the world of high speed internet. There are not many providers that offer satellite internet, and this might be considered a good thing since it opens the door to many great deals that may become competitive as this form of high speed internet increases in popularity in the consumer market.

Take the guesswork out of finding the best ISP at the lowest price by reviewing internet service providers in side by side comparison. Remember the motto "look before you leap" when assessing internet providers in your area.

Article Source: http://EzineArticles.com/?expert=Ruth_Suelemente

If You Live in a Rural Area, Satellite Internet is Your Best Option

If you're like most people than there are two things that you're looking for in an Internet connection: speed and reliability. But with so many options available these days, it's hard to know which connection to choose. If you want to narrow down your options, there are a few things to keep in mind.
The first thing you want to keep in mind is that not all Internet connections are available everywhere. If you live in a major, modern city, like New York, Los Angeles, San Francisco or Philadelphia, you can probably get any one of the various types of Internet connections. However, if you live in a part of the country that is not well developed, in places like Texas, Louisiana, Alabama, or Georgian your options will be limited.
Experts agree that if you can get a DSL connection that you should go for it because this type of connection is not only fastest, but also the most reliable. The only problem with DSL is that it is not available in many places. Like a dial-up connection, DSL depends on telephone wires. The major difference between these types of connections is that a dial-up connection can be transmitted through any telephone wires, no matter how old. In order for DSL to work, however, the common telephone wires have to be upgraded with special copper wires. Upgrading the telephone lines is very expensive and only a few places in the country have done this. Without these copper wires, a DSL signal can't be transmitted.
If you can't get a DSL connection, there are several other excellent options. Cable Internet connections, for example, are also very fast. They too, however, like DSL have a major limitation. You can only get a cable connection from your local cable company. But not all cable companies offer this service. Furthermore, even if your cable company does offer Internet, you might not be satisfied with the service that they've given you up to this point regarding your cable television subscription. If this is the case, you are hardly going to want them to manage your Internet connection as well. Cable companies are notorious for their bad service. You might be able to go a few days without cable television, but in today's fast-paced world, you can't afford to go a few days without the Internet. If there is a problem with your Internet signal, you need fast, dependable service that you can count on. Chances are that your local cable provider won't be able to guarantee this.
The newest way to connect to the Internet is with a satellite connection. Satellite Internet has not been around for very long, but already many people are switching to this service. Satellite Internet is popular because anyone can get it, no matter where they live. Furthermore, satellite broadband speeds are almost as fast as the speeds that cable and DSL can provide. If, for instance, you live in a rural area or slowly developing city, and you are tired of a slow dial-up connection, satellite Internet is without a doubt your best option.
Before choosing an Internet connection, make sure you look into all of your options. If you can get DSL, go for it. If not, especially if you live in a rural area, satellite Internet is easily the best choice you can make.

Try HughesNet internet today and see what satellite can do for you. A reliable satellite internet subscription is the best option for anyone living in a rural area.

Article Source: http://EzineArticles.com/?expert=Harvey_Markus

Why Do Businesses Prefer T1 and DS3 Bandwidth Connections?

When a business needs a bandwidth connection for their voice/data network applications they almost always choose a T1 or T3 connection. What is a T1 and a DS3 connection? Why are there better than DSL and cable for business needs?
T1 (1.544 Mbps) and DS3 (45 Mbps) connections are traditional business-class digital leased phone lines. The technology is pre-cable and pre-DSL. The main advantage is service: If either one goes down, the phone company will bend over backwards to resolve the issue as soon as possible. Business rely on these lines for their income and a downed line can cost thousands of dollars an hour. They also have time-tested monitoring and diagnostic capabilities to keep them up, so they are more reliable.
A T1 breaks down into 24 channels. Each channel can either be used for a phone line or 64 Kbps of Internet. A business can have 8 phone lines and 1024 Kbps of Internet (16 X 64 Kbps) over a T1 for on average between $300-$500. This is less expensive than paying for 8 phone lines + DSL/cable Internet making it better for them.
A DS3 breaks into 672 channels and costs several thousand dollars a month. However, T3 (or DS3) prices have been dropping steadily the last few years and can usually be found for between $3-4,000 in most areas. however, this still makes the cost impractical for smaller businesses in many cases.
Often a business will optimize capability and cost by choosing to install a fractional T1 or DS3 rather thsn full. The obvious benefit is reduced cost....and scalability can be built in for those times when surge capability is needed or strategic business growth is planned.
They are also different in that they don't connect directly to the Internet; they connect from one customer to another. So, for example, you could have a private line between two businesses with no Internet security hazards. Many people of course simply connect them to an ISP (whom you then have to pay an additional fee on top of what you pay Ma Bell for the T1 line).
They are symmetrical, unlike most DSL and cable lines; you get the same speed in both directions. Also important for businesses, especially those exchanging data between offices.
Like DSL lines, and unlike cable lines (which are shared), they are dedicated to one customer. Cable service is often unavailable to businesses, so that's another difference.
Not surprisingly, both can be expensive for a small business, DS3's absurdly so. Cost mostly depends on distance. This boils down to two simple components; local loop (the cost the local incumbent charges to transport the signal from the end user's central office, otherwise known as a CO, to the point of presence, otherwise known as a POP, of the carrier) and the port (the cost to access the telephone network or the Internet through the carrier's network). Typically, the port price is based upon access speed and yearly commitment level while the loop is based on geography. The further the CO and POP, the more the loop cost.
Unless you are running a business that cannot afford to go down for half a day, you are better off with cable or DSL service. Otherwise....for reliability, scalability, performance, and capacity you'd best evaluate your options for T1 or DS3 bandwidth application.

Michael is the owner of FreedomFire Communications....including DS3 Bandwidth Solutions. Michael also authors Broadband Nation where you're always welcome to drop in and catch up on the latest BroadBand news, tips, insights, and ramblings for the masses.

Article Source: http://EzineArticles.com/?expert=Michael_Lemm

Top 7 Common Causes of VoIP Voice Quality Problems

VoIP is revolutionizing communication for both residential and commercial use. Although the residential demand for VoIP has been strong for years, small businesses are exchanging their antiquated digital phone systems with VoIP provider services. These services are marketed under the names Hosted PBX, Hosted VoIP, IP PBX, Virtual PBX and many more. Adoption of these services continues on a frenetic pace despite the myriad of deployment problems when utilizing VoIP over the Internet.
Deployment problems manifest themselves with quality of voice issues. Technical articles which offer advice on solving VoIP voice quality problems discuss jitter, latency and MOS scores. You do not have to become a VoIP nerd to make a phone call. This article shares the most common deployment issues that cause jitter, latency and poor MOS scores without ever discussing them.
Symptoms of mild voice quality problems consist of robotic, distorted or slightly choppy voice. In most cases, all the words can still be understood. Moderate problems are occasional broken words which have to be repeated. Severe problems include frequently distorted and choppy voice, lost sentences and dropped phone calls. If you are experiencing any of the problems, here is a short list of common causes:
1. Voice Prioritization. Most Internet connections are though DSL or Cable. These connections typically offer more bandwidth from the Internet (download) than to it (upload). Because the upload speed is smaller, voice packets usually need to be prioritized going out to the Internet. If you can hear the outside caller just fine but they have trouble hearing you, than this may be the problem.
Voice prioritization MUST be enforced between the cable or DSL modem and your LAN. More and more routers include this ability and it is becoming easier for the average user to set-up, however, a VoIP professional may still be needed.
Any use of a DSL or cable modem integrated WiFi access point is likely bypassing your voice prioritization. Further, you may experience Internet problems just by having your WiFi radio active in your modem when using your microwave or cordless telephone. It is strongly recommended that you disable this feature in modems and use a separate WiFi access point whose traffic must pass through voice prioritization to get to the Internet.
2. Poor Service from Internet Service Provider (ISP). VoIP is very sensitive to problems in the Internet and many ISPs do not take care that they provide a reliable circuit. ISP networks are comprised of many routers frequently called hops. Each hop has a potential for network congestion which may be fine for normal data traffic but will cause problems for VoIP.
Other causes of poor ISP service are faulty DSL or cable modem, old outside cabling that has become susceptible to weather and router problems within ISP network. Further, DSL service may be degraded by frequency interference in the providers cable bundle, load coils and bridge taps.
Unfortunately, if you suspect poor service from your ISP, you need to test a different ISP, get a professional's help or make use of a diagnostic tool. I discuss a tool that you can use to inspect your ISPs network and pinpoint the exact location of a problem at the end of this article in my bio.
3. Hubs and Ethernet Switches.. Ethernet switches and hubs are the boxes that all of your data cabling connects to tie your computer devices together. Your LAN cannot contain any hubs. Instead Ethernet switches must be used, 100BaseT minimum.
4. Multiple Chained Ethernet Switches. Homes and offices with older wiring may use multiple Ethernet switches at desks, rooms and blocks of cubes to share single wiring drops back to the main LAN Ethernet switch. Passing VoIP through multiple Ethernet switches to reach the Internet can cause problems. Find ways to eliminate these extra devices through wireless access points and additional cabling.
5. Insufficient Bandwidth for Number of VoIP Calls. Without going into the dirty details of voice compression and codecs, you should in general have about 60kbps of upload bandwidth for every simultaneous voice call. Insufficient bandwidth will choke your voice packets.
6. Poor Wiring Inside Building before Cable or DSL Modem. For DSL, each building or home has a DMARC (characterized by a wire block with orange cover) or Network Interface Box (homes). The line carrying the DSL circuit should go straight from the DMARC to DSL filter and then DSL modem. No other devices or connections should be in between. Cable modems must work off of the primary splitter (not go through multiple splitters) and should be the leg with the highest decibel level. When your cable repairman visits, he can verify.
7. Other Applications May Prioritize Their Packets. Any application can choose to use prioritization flags in their packets. These applications may be in use with or without the network administrator's knowledge including video and the myriad of consumer voice services such as Skype, Vonage, IMs, etc. Assuming the use of these services is approved, your voice prioritization programming and Internet bandwidth needs to account for the extra bandwidth consumption.
These are 7 of the most common problems that may cause jitter, latency, poor MOS scores or just bad voice quality. In some instances, you will need professionals to help with proper programming and problem detection. Many tools exist as well. If you believe all inside your house or building is in good shape, determining whether the problem is caused by your ISP can be difficult.
My website will make available a tool to check out your Internet connection in August of 2010. Subscribe to my blog to be alerted of our new tool's availability as it will deliver important knowledge and statistics when diagnosing Internet problems or dealing with your ISP. It is free to use and nothing like it exists on the Internet today.

Click the link to use the HostMyCalls IP Packet Loss and Delay Test Tool to monitor any public IP address for free. Find out whether your Internet connection is causing problems with VoIP calls. Or learn how Hosted VoIP or Hosted PBX can revolutionize your business. You may also contact my Hosted PBX sales engineers at 866-242-6161.

Article Source: http://EzineArticles.com/?expert=James_Waldrop

Satellite Broadband - High-Speed Internet For Rural Residents and Travelers

If you live in a city, you probably got rid of your slow-speed dial-up Internet service a long time ago and replaced it with a DSL or cable connection. But if you live in a rural location, or somewhere with especially rough terrain, such wired high-speed options may not be available to you. If you live in a place where the terrestrial cables and wires needed for a DSL or cable connection do not reach, now you, too, can say goodbye to the slow speeds of dial-up by switching to satellite Internet broadband.
DSL, cable, and satellite provide users with some of the fastest connections on the market today. Here is some information to help you better understand the differences between the various types of broadband, or high-speed, Internet available, and the benefits of satellite Internet that make it a great alternative for people who cannot receive DSL or cable.
DSL and cable are the two most popular options among average city-dwelling users. This is due to the fact that they provide the most consistent, reliable, and high-speed service. DSL functions using the same phone lines that your home telephone service uses. In this way, it is similar to dial-up. However, it does not tie up your phone lines the same way that dial-up does. You can use the Internet and talk on the phone at the same time. In fact, this feature-and the "always on" feature that accompanies it-is common to cable and satellite Internet broadband, as well. It should be noted that, while maximum DSL speeds are the fastest possible, DSL signals get weaker and slower the farther you are from the main office of your local telephone provider.
DSL is not the fastest by much; cable connections are also very, very fast. However, connection speeds suffer when there are a lot of users trying to use the same network at the same time. Local cable TV providers provide Cable Internet service, as local phone companies provide DSL service.
But what do you do if neither DSL nor cable connections are available where you live? This may be the case if you live in a rural area or remote location. If DSL or cable are not options where you live, satellite Internet broadband can make an excellent high-speed alternative. In spite of the fact that satellite Internet cannot reach the fastest speeds possible through DSL and cable, its speeds do greatly exceed those available through typical dial-up connections. Just like DSL and cable, satellite offers users "always on" connectivity. Plus, you can get satellite anywhere in the northern hemisphere, as long as you have a clear view of the southern sky with no obstructions blocking the "view" of your satellite dish.
There is another group of people that can also greatly benefit from a satellite subscription. This group is made up of people who travel a lot, such as long-distance truck drivers and people who travel around a lot in RVs. They can receive the same benefits of satellite as rural residents can, since there are portable satellite dishes that can be attached directly to their trucks and RVs.

Start enjoying the benefits of a high-speed connection by contacting wildblue today. wildblue internet offers reliable service, widespread coverage, and affordable pricing.

Article Source: http://EzineArticles.com/?expert=Harvey_Markus

Satellite Internet Service - Is It Right For You?

There are many rural areas where DSL (direct subscriber line) or cable Internet service is not available. If you live in one of those areas and want fast, reliable, high-speed Internet service, satellite Internet is what you're looking for.
Though not as fast as DSL or cable Internet service, satellite Internet service is much faster than 56K dialup service, and is available to anyone in the United States who has a clear view of the southern sky.
Satellite Internet Service Features
* Satellite Internet service is up to 10 times faster than dialup service, so you can surf the web and download files in a fraction of the time it takes with dialup.
* Satellite Internet service is always on, so you don't have to wait to connect to the Internet.
* Satellite Internet service is separate from your phone line, so you can surf the Internet and talk on the phone at the same time, plus you won't miss any telephone calls.
Satellite Internet Compared to DSL and Cable
To give you an idea of the differences between high-speed services, here's a comparison of satellite TV service from DirecWay, versus DSL and Cable service from EarthLink. For more information on these services click on the links below.
Speed
* Satellite Internet service: Up to 10 times faster than dialup service (700 Kbps download speed and 128 Kbps upload speed.
* DSL Internet service: Up to 70 times faster than dialup service (up to 3 Mps download speed and 128 upload speed).
* Cable Internet service: Up to 100 times faster than dialup service (up to 5 Mps download speed and 384 Kbps upload speed.
Monthly Service Fee
* Satellite Internet service: From $59.99 per month.
* DSL Internet service: $19.95 for the first six months, then $39.95 thereafter.
* Cable Internet service: $29.95 for the first 6 months, then $41.95 thereafter.
Equipment Cost
* Satellite Internet service: $499.98.
* DSL Internet service: Free.
* Cable Internet service: Free.
Installation
* Satellite Internet service: Free.
* DSL Internet service: Do it yourself or pay an installer.
* Cable Internet service: Free.
Activation Fee
* Satellite Internet service: None.
* DSL Internet service: None.
* Cable Internet service: None.
Email Accounts
* Satellite Internet service: 5 accounts.
* DSL Internet service: 8 accounts.
* Cable Internet service: 8 accounts.
Virus, Spam, and Spyware Protection:
* Satellite Internet service: Yes.
* DSL Internet service: Yes.
* Cable Internet Service: Yes.
Customer Service
* Satellite Internet service: 24/7 toll-free telephone and Internet service.
* DSL Internet service: 24/7 toll free-telephone and Internet service.
* Cable Internet Service: 24/7 toll free-telephone and Internet service.
DirecWay Satellite Internet Service
DirecWay is the largest and most reliable satellite Internet service. Most other satellite TV providers are actually DirecWay affiliates, meaning they use DirecWay's equipment and satellites, but offer different services.
DirecWay offers two satellite Internet plans:
Plan A -- You pay $99.99 per month for 15 months, then $59.99 per month thereafter.
Plan B -- You pay $499.98 for your equipment and installation, then $59.99 per month for service.
Bottom Line
Because DSL and cable Internet services are faster and cheaper than satellite service, I recommend clicking on the links below to see if they are available in your area.
If not, then satellite is the way to go if you want high-speed Internet service.

Click on the following link for more information on satellite Internet service, or these links for ordering information and the latest offers from DISH Network satellite Internet service or DIRECTV satellite Internet service.
Brian Stevens is the senior editor for TheSatelliteTVGuide.com and has written extensively on satellite Internet service.

Article Source: http://EzineArticles.com/?expert=Brian_Stevens

T1 Connections Provide Unparalleled Data Transfer Speeds For Businesses

Before we get into T1 internet connections, let's examine some of the main connection types that are commonly available through which to access the internet. There are dial-up modems that typically can only transfer up to 56 kilobits per second. While this is the original and main way that people connected to the internet during the birth of the information age, the advent of broadband has continued to sweep the world in popularity for its dramatic increase in data transfer rates. Another drawback to using dial-up modems and internet connections is that they require the use of a phone line. This presents a problem for many people that need to use their existing phone line for voice calls and do not want to purchase a second phone line.
As far as broadband, also known as high speed internet, is concerned, there are three types of access. There are DSL, cable and T1 types of high speed internet access. One of the main benefits to using high speed internet access is that these types of connections are 'always on' and do not tie up a phone line.
DSL stands for digital line subscriber and is the more commonly available type of broadband internet access. One of the reasons that DSL is more popular than cable internet is that the DSL signal travels over regular phone lines without tying up the voice portion of the line. DSL requires the use of a DSL modem and offers data transfer speed up to one hundred times faster than dial-up internet connections. One of the disadvantages of DSL, contrasted to cable internet, is that distance from the hub can pose a problem. If the distance between the DSL center and the end user is too great, the performance of the connection will begin to suffer or quit working altogether.
According to some sources, there are twice as many cable internet subscribers than DSL users. Cable internet subscribers receive comparable performance to that of DSL users in terms of rate of data transmission and similar pricing structures. Instead of traveling over the phone lines, cable internet signals travel along coaxial cable exactly like cable television does. One of the main differences between cable internet and DSL is that many users utilize the same cable with cable internet access. This means that if your cable internet provider has too many subscribers on one line, you will notice slower connection speeds. So, with DSL the main issue is distance from the central office and with cable internet the issue is with how many subscribers share the same line.
T1 connections are most commonly used by large and medium sized business. Most smaller organizations simply cannot afford this type of connection. Typically, a T1 line is split into 24 56 or 64 kilobits per second channels to carry voice and data. While cable internet and DSL theoretically can reach the same speeds as a T1 line, they really never do in practical applications. With a T1 line, you don't' have to share the line with any other subscribers. This means that you can count on receiving a true 1.5 Megabits per second rate of data transfer.

To find out more information about this topic, please visit T1 Information.
Charlotte Alice represents UK Dropshipper [http://www.ukdropshippingguide.co.uk] and Online Web Publisher.

Article Source: http://EzineArticles.com/?expert=Charlotte_Alice

Tips For Choosing UK Broadband Providers

There are many choices in UK broadband providers. Many of the dial up internet service providers now offer broadband options and there are also new companies that focus solely on broadband internet. Broadband internet is now available over the majority of the UK. A person should understand their options and make an informed decision when choosing a provider so they get the best deal.
The very first thing a person must do when checking out UK broadband providers is make sure the provider offers service in their area. If the service is not available then there is no need to waste time looking into that provider further.
Speed is the top reason most people choose broadband internet over dial up. It is then obvious that checking out the speed of internet service offered by a provider is essential. Many providers offer a few different broadband speed choices. In most cases you will pay for what you get, meaning that the faster the service is, the more a person will pay.
Choosing a speed is basically dependent upon internet use. Most of the lowest broadband speeds are gong to be fine for regular internet viewing. The lowest speeds are still light years ahead of dial up connections. A person will still find downloading and viewing to be much quicker than with dial up. However, a person who is looking to download or view a lot of music or video may want to go with a faster broadband speed. Speed is also relative to the picture quality of internet viewing. A higher speed offers a better quality.
Besides speed, a person needs to consider the other factors when making their choice between UK broadband internet providers. They need to look over the details of the deal. A person should check out the monthly download allowance and it should be 1Gb or larger. The allowance is usually set up as a monthly allowance. Some offer larger allowances and some providers even offer unlimited. A person should also look into the technical support offered by the company. They should feel comfortable that if something goes wrong they can easily get assistance from heir chosen provider. Also the actual terms of the contract. Most companies expect a person to sign up for a limited amount of time in order to get the best pricing they offer. Lastly, and quite important, is that a person makes sure their computer meets the minimum requirements of the ISP.
UK broadband providers offer a range of pricing and package options. The best thing for a person to do if they are looking to get broadband internet is to shop around. They should start with their current provider and see if they offer a broadband option. Then they can compare pricing they get. The best choice is based upon individual preference and availability.

http://www.ukispreview.co.uk is an excellent place to find broadband resource, broadband links and broadband articles. For more information go to:UK Broadband

Article Source: http://EzineArticles.com/?expert=David_Peters

Tips On Selecting The Right Home Satellite Broadband

When it comes to the satellite broadband alternatives that you have, there are actually loads of information that you have to be familiar with. For one, satellite broadband can be used for your Internet, and this works particularly well if you reside in a very rural area, mainly considering the reality that in a lot of rural areas other forms of Internet are not accessible.
After all, you want to ensure that you end up with the most excellent results and that you are totally satisfied, and so prior to getting any home satellite broadband, you have to know more about the issues of home satellite broadband in general as well as more information about the providers.
The Advantages Of Satellite Broadband
If you decide on using satellite broadband, irrespective of whether you reside in a rural or urban area, then you are really making a good choice. First, satellite broadband is very reasonably priced. Second, the speed and efficiency of it is extraordinary.
This kind of Internet can most closely be compared to high-speed Internet, which is evidently the fastest and most excellent type of Internet service out there. However there are other advantages that satellite broadband can be used for. One of them is the ability to have it together with your satellite television.
Again, irrespective of where you reside, this sort of service is exceptional, and so if you are wondering about what kind of provider you should acquire for your television, you should certainly consider satellite. Satellite is in fact the most popular type for television these days, even over cable which used to be considerably the most popular.
Choosing The Right Satellite Broadband
If you are interested in Satellite Broadband, or if you live in a very rural area and this is your only alternative, then you need to be aware of the different things that you are going to think about prior to getting any one Satellite Broadband service.
For example, you may want to consider all the qualities of the satellite broadband companies that you would find important. Make a list so that you do not forget, and also so that you can use it when you are contacting these companies.
The reason why you are going to contact them all is so that you can speak to a professional there and inquire about the questions that you want answered, so that you can truly gain a much better viewpoint in regards to whether or not you would want to use the company.
Then, on top of that, there are certainly going to be some more personal qualities that you would like the company to have, and soon enough after you take all of this into consideration, you should as a minimum have your options narrowed down a bit.
Once this is completed, all you in actual fact need to do is spend a bit more time and effort and seriously evaluate and compare between the remaining options, so that you can find out which is the ultimate best out of all the choices that you have.
If you want to learn more about home satellite broadband before you move ahead and acquire it, then you can take some time and do some research on your own, so that you can find out as much information as you can, and so that you will be able to make a better choice for you and for your particular situation and requirement.
One thing to remember is that there are lots of people out there who are more than willing and able to assist you throughout the process of choosing a good home satellite broadband for yourself. It is obvious that you are going to want to take as full advantage of this help as you possibly can. Making a list of all the qualities and specifications that you need is a good starting point, so that you can remember the things that are important to you.
Last but not least, if you want, you can make a list of questions that you would like to ask about home satellite broadband, and then you can go and ask a specialist in this specific field all of the issues and questions that you have.

Cindy Heller is a professional writer. To learn more about how to choose the right broadband provider, please visit broadband telephone service providers.

Article Source: http://EzineArticles.com/?expert=Cindy_Heller

Windows Networking

Windows Networking at Home
You've set up a home network and all your computers share the same internet connection. That's great, but now lets get everything else sharing. Modern versions of Windows are shipped with an easy to setup and use method for sharing printers and files.
You may have experience with networks from school or the office. A network can make a big difference around the house, and can save you money on peripherals. For example, you no longer need to buy a printer for each PC in the house. They can all print to the same one. You can also share files and documents between computers. No more burning a file to CD when you want to move it around to other computers.
Prepare the Network
In preparation of setting up the rest of the network, I highly recommend that you choose unique and meaningful names for every computer on the network and put them all in the same workgroup. These simple steps will help you identify and find each computer on your network. Open up System in the Control Panel. Switch to the Computer Name tab. Your computer's name and workgroup are listed below. Click the Change... button to give it a new name. Give each computer a short unique name like "upstairs" or "den", and place them in same workgroup. The Windows default workgroup is HOME which is just fine. Put HOME in the Workgroup box and click OK. Repeat this for all the computers on your network.
Printer Sharing
Usually the most helpful and timesaving feature of a home network is the ability to share printers. This is pretty easy to setup, but unfortunately some printers simply won't work over a network. I've seen some Dell and some Hewlett Packard printers that for some reason or other could not be made to share. The majority of printers are happy to share over a network.
The first step is to install the printer correctly on the "server" PC. This computer has to be on to receive instructions from the other computers on the network in order to print. After printing a test page to ensure correct installation, open the Printers and Faxes section of the Control Panel. Right-click the printer you wish to share, and select the Sharing... option. Simply click the box next to Share this printer and type a name in for the printer. If your home network has computers using older versions of Windows click the Additional Drivers button. Put checks next to the versions you wish to enable. You may have to install additional drivers from the CD that came with your printer, or drivers may not be available for these older versions to use this printer. Click OK and the printer will be ready for sharing.
Now we need to get the other computers to use the shared printer. Get on a computer you wish to use the shared printer. We now need to connect to the other computer. There are several ways to do this, the easiest of which is to type the name of the sharing computer into Internet Explorer. Open IE and type the name of the computer preceded by two back slashes into the Address bar and hit enter. For example, enter "den" or "upstairs". You can also browse through My Network Places to find it. Open My Network Places then click View workgroup computers. Double click the computer sharing the printer. If you see a message saying you were unable to connect then you most likely have a firewall blocking your attempts. Disable any third party firewalls and try again.
Now right-click the printer and select Connect... A warning will appear, click Yes. At this point the drivers will be downloaded and installed. The printer is now installed on this PC. Close these windows and open the Printers and Faxes icon in the Control Panel. The printer should be listed there. You can make it your default printer by right-clicking and selecting Set as Default Printer. Print a test page. Repeat this for all the computers on your network.
File Sharing
Sharing files can also be quite helpful. Sometimes we need to have access to a document from anywhere in the house. Sharing a large file like a video over the network can save a lot of time and the effort of burning it to a CD. Some programs can even be run from another computer over the network.
Sharing a file is as simple as right-clicking the drive or folder in My Computer that you wish to share and selecting Sharing and Security... You can even share your entire hard drive by right-clicking your C drive. If this is your first shared folder or you are sharing a sensitive area you will be presented with a warning. Click when you are ready to continue. Then click the check box next to Share this folder on the network. Choose an appropriate name. The next check box decides if users will be able to change files in your shared folder. This has to be checked if you want users to be able to save files in this folder or edit files already listed. If this box is checked then anyone can delete the files in this folder as well. As an additional caution, if you have an unsecured wireless network anyone on the street can read your files and if this second box is checked, delete them all. If you are on a wireless network be sure you have tight security setup and don't share your most sensitive files.
For other users to access these files they will need to connect to the sharing PC the same way listed in the section on printers. Either type the name preceded by two back slashes, or browse My Network Places to the computer. The shared folder should appear under the name chosen during the sharing setup. To make this shared folder more accessible you can create a shortcut to the folder, or you can make a network drive. A shortcut can be created by simply right-clicking the shared folder and selecting Create Shortcut.
Network Drives
A network drive makes the shared folder available as though it was a hard rive installed on the local computer. Right-click the shared folder and select Map Network Drive... Choose a drive letter. The checkbox, Reconnect at logon, will make this drive permanent. Otherwise the drive will disappear when the computer is rebooted. Clicking Finish will complete the setup. You should now have a drive which can be accessed like any other, but which shows the files from a different computer.

This article is from [http://www.home-help-desk.com] where articles, howtos, and faqs are posted to assist the everyday PC user. Topics include spyware, security, hardware upgrades, tweaks, and general computer usage tips. All advice is given in a step-by-step manner so almost anyone can have their computer running in top form.

Article Source: http://EzineArticles.com/?expert=Justin_Oswald

Internet Minus the Wires? Of course!

Nowadays, when you talk about the Internet, not only those who are degree holders, well educated and intelligent can relate to you or understand you. Because of the high demands for Internet usage, people began to become familiar with it. Not only the students or the teachers use it, but also we can say that people from different walks of life are more so enjoying it. Why not? if it can be the answer to a lot of possibilities. We gain knowledge and wisdom, and even make our work a whole lot easier. It has even become the bridge to those who are separated by distance, communicated people who are miles apart. Indeed the Internet has brought us a lot of things that most of us consider as something of great help. But then of course when you talk about the Internet, definitely speed and connection will come into your mind. And the most popular of it is the broadband internet connection. A kind of connection that is more than twenty times faster than the usual dial-up connection. Known to many, the broadband connection maximizes not only the time that one has to spent in using the world wide web, but more the effort that you will exude once you have to go online.
With the help of Broadband Wireless Internet, the already easy and accessible way in connecting to the Internet has become more trouble-free and effortless. Because it is wireless, one can go online anywhere as long as the area you are in is still part of the coverage area of your Internet Service Provider or ISP. More so, some ISP provides greater range than Wi-fi, which gives a lot more advantages to those who are using the wireless connection. And since it transmits signals through the air and not through the wire, it eliminates the chances of interventions while using the Internet. Another factor is that it is Plug and play, which simply means you can use it with ease and simplicity. It would not even require software or a technician for you to use it. One just have to plug the modem into a wall outlet and presto, you can start surfing!
And because it is high speed, you can download pictures, music and videos that easy. It can even provide you up to 1.5 mbps of speed that would not even require a phone line or cable connection. You don?t even have to wait for the connection because it is always on and it is even designed with built-in security.
Being able to become familiarize with what a Broadband Wireless Internet can offer, you now have options to choose from between the wired and unwired connection. Depending on your needs and desires you can now decide as to what type of connection you should use. But what matters most is the fact that anywhere, anytime, any day, the Internet is just one click away.

Jeff Dodd owns and operates an information site all about Broadband Cable DSL Internet [http://www.broadbander-dsl.com]. Come visit us at [http://www.broadbander-dsl.com]

Article Source: http://EzineArticles.com/?expert=Dave_Poon

Technology Bundle - The Benefits of Combined Phone & Internet Service

I use my phone and internet more than any other technology, including but not limited to my microwave, TV, mp3 player and probably lights. Day and night, I'm using one or the other, and sometimes both at the same time. I remember with chagrin the days when dial up forced me to choose between receiving a call and sending an email. I was happy when I was finally able to separate the services, but the situation was still far from ideal. Fortunately there are a number of service bundles available right now.
Bundles are designed to save you time and money each month. Here are a few ways you could benefit from technology bundling:
Simultaneous Service Use - No matter the service provider with whom you choose to bundle your local calling and broadband internet, they all have options for you to benefit from all the services, whether you choose DSL, VoIP, or cable, without interruption.
Everybody Saves -Technology providers save money when they combine multiple services onto one convenient monthly statement, and as a result they pass the savings along to their customers.
Simplified Billing - Gone are the days of getting your home phone from one provider, and your internet service from a completely different company. This mean two bills on two separate days, not to mention totally unnecessary postage, envelopes, and paper.
Better Services - When you save money by combining your home phone and high speed internet you can afford to get better services. With certain bundles you find features like unlimited local calling, great deals on long distance, up to 12 calling features, and true high-speed internet with download speeds of up to 6Mbps!
So whether you are looking to save time or money, bundling your home phone and internet services is the way to go.

Lincoln Wilder loves all things entertainment. Armed with only a laptop and AT&T Internet, Wilder surfs the streams for the latest and not always greatest of the entertainment world. While some call it madness, he calls it living, (not "a living," as that would suggest compensation of some kind). Discover what else Lincoln has found with his ATT high-speed internet.

Article Source: http://EzineArticles.com/?expert=Lincoln_Wilder

Satellite Internet Access Types

Among the various types of broadband Internet access, satellite Internet access has become more popular over the years. It has a particular usefulness for two types of clients: those who live in areas outside the service range of cable or DSL access; and, those whose Internet access needs are mobile in nature.
When deciding what type of satellite Internet access to purchase for a stationary application, such as a home or business, the first questions are bandwidth and cost.
Unlike most other forms of broadband Internet access, satellite services often have a cap on the amount of bandwidth than can be used over a given time. For home users, this means that downloading large files such as videos or keeping a stream of entertainment such as Internet radio going may push them over this cap. After the cap is reached, Internet access speed is throttled, reducing the speed of the connection, sometimes to dial-up speeds.
This arrangement shouldn't prove too difficult for home users, but for business users it may be untenable. Fortunately, there are providers who offer satellite access specifically for businesses. This differs from home service in that bandwidth allowances are usually much higher and the service is not typically bundled with entertainment services such as television and satellite radio, as are residential packages. These plans are usually graduated, offering more bandwidth allowance for more money.
Another consideration for homes and businesses is the amount of bandwidth allowed for upload and how latency issues are handled.
Upload speeds are sometimes mission-critical for businesses. For instance, a web design company will likely upload large amounts of data to their servers every day. Upload speeds on satellite Internet connections are slower than those available with other forms of broadband connections. Often, a dial-up connection is used to compensate for this. Even with the dial-up upload speeds helping out, for businesses that transmit large amounts of data, satellite may not be the best choice. However, for applications such as e-mail and browsing, this poses no difficulties.
Because of the distances travelled by a signal originating on Earth to the satellite which receives it, there is always a less-than-a-second delay between a request made by a user and the request being received by the satellite. The term for this is "latency". This usually poses no difficulty unless instant user input is required for an application.
One of the most exciting aspects of satellite Internet access is the ability for travelers to access the Internet from most anywhere in the world. For boaters, explorers and scientists, this means that vital information can be accessed and shared and that lines of communication can be kept open. This sort of Internet access is usually provided by a portable device, about the size of a briefcase, that has the capability to engage in two-way communication with the service provider's satellite. These services, however, are more geared toward professionals. The prices for the equipment and service are high compared to stationary services.

Rural areas tend to have difficulties receiving broadband connections from cable and DSL providers. Satellite internet provides the fast download speeds and convenience of shopping large sites that were previously painfully slow with standard dial up. Hughes Net Satellite Internet offers speeds up to 130 times faster then standard dial up.

Article Source: http://EzineArticles.com/?expert=Marshawn_Edwards

Verizon FiOS Delivers State of the Art HD Service

Only a cutting edge network like the Verizon FiOS fiber optic network can deliver TV programming with enough quality to really give customers the full HD experience. Thousands of people spend a lot of money on high tech state of the art HD televisions and then are disappointed with the quality of the image. There's nothing wrong with the TV, it's the TV service that causes a low quality image.
When the TV and movie studios create TV programming and movies that are optimized for HD, the programming they create gets compressed in order to travel along the networks that different cable and TV services use. While that data is traveling, little pieces of it can get lost in transit on networks that aren't as high quality as the Verizon network. That missing data will lessen the quality of the picture that the customer eventually sees, even if the customer has a high end TV that was made for HD programming.
Verizon FiOS is the only network in the country that uses fiber optic cables to deliver TV programming and fast Internet service directly into people's homes. Cable TV providers and satellite providers may use fiber optic cables along their networks between hubs in order to make it faster for information to flow along the backbone of the network but many of those services still use old copper cables or coaxial cables to deliver programming and Internet service directly to customers. That's like attaching a garden hose to a fire hose and siphoning off water. In the process, a lot of information and a great deal of the high quality TV programming which has been optimized for HD, gets lost. Once that information is lost, the picture quality will start to deteriorate.
Because Verizon FiOS has fiber optic cables that are connected directly to customers there is no loss of quality or speed once the information comes through the hub. The TV and movies that are created for HD will look better on HD TV screens when the information travels through the fire hose of fiber optic cable than it does when delivered through the garden hose of copper or coaxial cable used by other companies.
Verizon FiOS also gives customers more HD programming than almost any other TV service in the market. FiOS has more than 110 HDTV channels that are available in HD so that people who have spent a lot of money on an HD TV can get the best picture possible and the most programming possible. FiOS also has more than 1,500 movies, shows, sporting events and special features that are available through FiOS On Demand and can be watched at any time. Each month the lineup of HD On Demand shows changes so that there is always new HD programming available for customers. Verizon FiOS On Demand has the biggest selection of HD programming available for customers that is available today, so if you want high quality and a lot of options when it comes to HD content you have to choose Verizon FiOS.

Russell Blanc manages an online resource about broadband and Verizon Fios.

Article Source: http://EzineArticles.com/?expert=Russell_Blanc

A Quick Reference to a Wireless Router Setup

Where wireless routers and speeds are concerned, price is not always the best controlling factor. There's a wide variety of wireless routers available in the market and one is not always as good as the other. Basic, low-range types gives you speeds of only about 56 mbps. Pick one with ultra-range capabilities or a dual-band router for best performance and fastest speeds.
Setting up your wireless routers is not as difficult as it seems. When you have a wireless router at hand, you only have to substitute your DSL or cable connection with it. For techie people who would like to learn, here's a quick guide to doing it yourself.
First, remove cable or DS modem from your power supply and also the ethernet cable from the computer. Leave the phone cord on the modem.
Connect the end of the ethernet cable you removed from your computer to the internet port at the back of your router. This port is normally marked clearly. Plug your modem back to the power source.
Plug one end of your router's ethernet cable into the ethernet connector on the network card of your computer. The other end goes into one of the ethernet network ports on the router itself.
Hook up the router to a power supply and check the indicator lights. Five indicator lights should be on: the power light, the internet light, the security light, the wireless light, and the light for one of your ethernet network connections.
All indicator lights should be stable. Otherwise, you'll need to check if you had plugged cables securely or if the router is working properly.
Install the software that came with your wireless router. Run it as instructed and test your system. Products made by different manufacturers, although intended for the same purposes, would invariably be slightly different from one another. Some routers could be a bit more complicated to setup or install. If you followed the above steps and it didn't work like it should, refer to your router's user manual for guidance. This is usually included in the kit that you purchased. If it's not, log on to your manufacturer's website for questions.
When you have accurately installed your router into your system, configure the device. Key-in your internet access pass (username and password) into the router's setup screen. Also, for security reasons, change your router's username and password immediately to prevent unauthorized access into your wireless connection.
Although sharing internet connection and file sharing between network computers may be done via alternative methods, having a router simplifies these tasks immensely. It's what makes routers such popular alternatives.
Although routers do not generally support dial-up modems, there are a few units with built-in serial ports that work with serial cables to accommodate dial-up connectivity.
Get better access to your home network and get the most out of your internet connection. Hook everything up to a network with a wireless router. It saves you time, effort, and money. Plus, it makes your computers better-able to interact with your mobile phones and other devices.

For more information on Wireless Router Setup and Wireless Long Range Router please visit our website.

Article Source: http://EzineArticles.com/?expert=David_Urmann

A Few Reasons to Pay More Money For a T1 Line Connection

When searching for High Speed Internet connectivity businesses will have a wide range of choices. One of the choices that they will have will be going with a T1 line, and while this might cost a little more than your average Internet connection, it will certainly provide you with a great number of different benefits.
A T1 line is also known as a dedicated line. It is a direct connection between you and your service providers data centre and as such you are the only one using that particular connection. This will mean that you will not have a neighbour also using the Internet connection at the same time, and therefore you will not have to share with anyone else.
DSL and cable connections are shared connections, and therefore unlike the dedicated connections those who use these types will need to share them with all and sundry. While this is usually okay for home use it is certainly not exactly the best choice to make when it comes to your business requirements, and you will want to make sure that the Internet connection is as quick and uncluttered as possible.
Another great reason for getting a T1 line is simply down to the reliability that it will supply you with. DSL and cable are consumer companies and therefore they will always do their best in order to make sure that they restore every single Internet connection that goes down for as many people as they can. Again, this is fine when you are at home, but you will not want to have the same level of priority for your Internet use as your grandma down the road when it comes to your business.
T1 service providers will, on the other hand, only have business clients. They will fully understand what any downtime can do to any business and what sort of negative effect it can have upon it. As such, you are the number one priority and everything will be done in order to make sure that your connection is as reliable as possible at all times.
It is for these specific reasons that it is certainly a good idea to pay a little bit extra for your T1 line.

The author is a business consultant for Internet T1 Line Circuits. Article Source: http://EzineArticles.com/?expert=Tom_Rayder

Why T1 Lines Are a Good Technology Choice For Your Business

It is almost impossible to have a business today and not have a need for internet connectivity; many businesses have turned to T1 line technology. A T1 line is a guaranteed, bi-directional line that transfers data at 1.5 Mbps. There are several different varieties of T1 lines because not every business will have the same needs. For 24 channels of nothing but phone service, there is the voice T1 line. For a data and voice combination, there is an integrated T1 line. To have several T1 lines combined into one big pipeline of T1 line, there is the bonded T1 line.
The number of companies offering T1 services in your area and the distance between you and the T1 company are the two biggest factors that will determine the price of the service. $250 to $775 per month is the average cost per month for this internet connectivity. Using this technology will not hamper the ability for your business to grow. However; you should set aside a decent amount time for an upgrade, they can be time consuming.
Many businesses are looking to cut corners and find cheaper solution in an uncertain economy. Businesses are taking a hard look at fiber optics for internet and networking solutions. Data, video and voice traffic can all be handled by the same line of fiber optics. During times of high internet usage, fiber optic technology will handle data, voice and voice media and still not compromise on overall speed.
The drawback to fiber optic technology is it lack of availability to all areas. The overall cost of getting the fiber optic cabling from the company to your business can be rather expensive.
Another form of technology to consider is DSL. The reputation of DSL technology is that you will pay a lower cost for faster speeds. Only during certain times can DSL live up to its reputation. Closer scrutiny will reveal that the claims for DSL may fall a little short. The bandwidth is shared with other customers that are on the same loop that your business is on; this means during periods of high internet usage you will probably experience lower transmission speeds. DSL is not asymmetrical, this means that you may download files at 1.5 Mbps but may only upload files at 256k. The downtimes that a DSL connection could experience are rather unacceptable for a fast moving business.
The better buy, due to reliability in speed and uptime and because of its accessibility, are T1 lines, even if they may cost a little more up front.

The author Ron Legarski is a business consultant for professional agencies offering T1 Lines.

Article Source: http://EzineArticles.com/?expert=Ron_Legarski

Broadband Modem: How Important is it to You?

A standard modem's job is to convert data from its digital form to analog form, which are then transferred over a phone line and reverse done while receiving data from the telephone line to your computer. By doing both modulating and demodulating the data signals, it is called to be a Modem.
A broadband modem is quite different from those of dial-up modems. You need it when you take a broadband service for the first time. Usually providers offer modem along with you package or may ask you to have a modem at extra cost. Anyhow, getting the modem from your broadband provider should be safe being supported by your provider and should work fine with the setup.
In case your provider does not offer a modem then you can get a modem of your choice. There are wide types of modem out there and it is good before to check with your provider for a suitable modem. If you are in preparation to set up a network to share your internet connection then you require a router modem.
Broadband modems are still limited to utilize analog/digital conversion. But most recent advanced modems are capable of modulating/demodulating hundreds of channels simultaneously. Also many broadband modems together include the firewall features and functionality of a router.
The propagation of cable broadband, along with ADSL, has steered well the broadband Internet access in the developed world. However, modem for a cable broadband much differs from an ADSL modem. Cable broadband primarily uses the unused bandwidth on a cable television network to deliver speeder broadband Internet access. A cable modem so is a different type of modem that is designed to carry on the data signals over network designed for cable television.
ADSL and Cable modems differ little by the way it works and both are superior alternatives to dial-up internet. Both offer a snappy pace to transfer data packets to the servers. But, there is wide different in bandwidth between ADSL and Cable internet. Speeds at which data are send and received vary between cable and of ADSL modems.
Cable modems mostly run at a speed of 3-6 Mbps in downstream and in upstream 0.3-0.4 Mbps. Comparing to Cable modem, DSL modem offers less speed and varies between service packages. Service quality also depends on your location from your local exchange. A dial-up modem can run at a speed of 56 Kbps. Irrespective of broadbands having their own advantages and disadvantages, modems take the central most part in it to provide you the high-speed internet.

You can find a cheap broadband provider in your area who provide a free broadband modem when you order a package. Some broadband suppliers also provide free wireless broadband routers to help you go wire free. If you can get a wireless router or a modem, it is even better as you can use your laptop anywhere in the house.

Article Source: http://EzineArticles.com/?expert=James_Dyson

Here Comes The Fastest Broadband in the UK

There was a time when I was happy with my 2mb broadband but now we have broadband suppliers offering us up to 24mb broadband here in the UK it's starting to feel like I'm in the slow lane. What today may be the fastest broadband in the UK, tomorrow is being pushed down the list. There seems to be no end in sight as the fastest speed just gets speedier.
The number of broadband providers has mushroomed in the past couple of years and we now see a very competitive market with many broadband deals and broadband packages jostling for position in the google results. For the uninitiated it can be a total nightmare trying to choose between all the different broadband ISPs.
The broadband provider claiming to give us the fastest broadband in the UK may not be the best choice for you as far as customer service, uptime and pricing is concerned. When you are considering the broadband speed you wish to use, unless you are an extremely heavy user you'll probably never need more than 1mb broadband. So if you go for 2mb that gives you a healthy safety net.
When choosing your broadband ISP always always read the small print. If you don't like contracts make sure you are not signing up for twelve months. Some companies don't make a big deal of the requirement to commit to contract. They are quite rare but you can find no contract broadband providers. Just make sure you find some third party reviews before you sign on the dotted line. A particular broadband offer may look fantastic on the front page of the web site but when you read the small print you may find undesirable penalties for cancelling early and such like.
If you have the luxury of choosing between cable broadband or DSL broadband I would recommend going for cable every time. Whilst DSL or ADSL broadband is an adequate solution, nine times out of ten you'll find the cable connection much more stable and reliable.
If you are speed freak and nothing will stop you going for the fastest broadband in the UK then at the time of writing the fastest we could find for residential properties was 24mb broadband. This is lightning fast high-speed Internet but you may find that broadband availability for this speed is extremely limited.
For some of the best deals around try Demon broadband, Freeserve broadband and a newly emerging player by the name of Plusnet broadband. The first two companies have been around for a good while and they have earned the respect of many UK customers.
If you're not completely obsessed with the fastest broadband in the UK and you just want a good reliable cheap deal then you can get an 8mb connection for free if you live in the UK and you switch your phone over too.

Rory Mac is an Internet author and creates many different types of content for publication online. He can be hired to create unique articles just like this one. He enjoys a free 8 MB high-speed connection provided by these guys.

Article Source: http://EzineArticles.com/?expert=Rory_Mac

Does Your Business Have a Need For T1 Line Service?

Many businesses have a need for a high speed internet connection to maintain their business continuity, so most businesses have turned to T1 lines. T1 lines offer bi-directional speeds of 1. 544 Mbps on a dedicated private line. There are several different flavors of T1 lines. A voice T1 line allows for 24 channels all dedicated to phone service. An integrated T1 line takes both voice and data bring them together in one T1 line. A bonded T1 line combines several T1 lines together into one big dedicated T1 line.
The cost of utilizing T1 lines is dependent on how many companies are in the surrounding area that are offering T1 services and the distance of the entire loop that the data has to travel. It is typical for a business to pay anywhere from $199 to $775 per month for their internet connectivity. This type of internet connection possesses the ability to grow along with a business. It must be noted that it can be rather time consuming to upgrade.
With a struggling economy, businesses are looking cut corners where they can. Fiber optic technology is trying to give the older coaxial cabling a run for its money. Fiber optics can handle data, voice and video traffic with ease. Even during incidents of high traffic congestion, fiber optics can handle all three media forms and not degrade the speed of transmission.
The downfall to fiber optic technology is the fact that it is not available to all areas. Although it is less costly from month to month, the actual cost of roll out to the customer can be rather pricey.
DSL is another technology to look at and compare to T1 technology. DSL claims to have to have some of the fastest speeds out there on the market at a lower cost. At first glance, DSL lives up to its claim. A closer look does reveal that the claims may not deliver everything that is being promised. DSL is a shared technology, so transfer speeds will vary throughout the day. DSL is not bi-directional so the speed will differ greatly between uploading and downloading. Downloading a file can be as quick as 1.5 Mbps; however, uploading can go as slow as 256k. DSL also experiences downtimes of unacceptable lengths of time.
T1 maybe be a little more costly than fiber or DSL technology but because if its speed, constant reliability and widespread accessibility a T1 line is often the better buy.

The author Ron Legarski is a business consultant for professional agencies that offer T1 Line services.

Article Source: http://EzineArticles.com/?expert=Ron_Legarski