Improve Your Business' Wireless Connection

The internet plays a huge role in companies today, from communication between branches to doing research on work. You just need the internet to go down for an afternoon to feel the power it has over a business. With wireless connections, it might not be your Internet Service Provider (ISP) that has gone down, but your PC might just be out of range, causing temporary disconnection.

There are various ways to improve a wireless connection to ensure that all PCs that are in range get 24-hour access. Speak to your ISP provider about improving your router and equipment. There are also other logistical steps that a company can take to improve connections.

The first practical option is placing your router in a central position. If you have an open office, using wireless is perfect. Place the router in the centre of the room, above the ground and away from walls and any type of metals or other disruptions. An example of a metal disruption would be filing cabinets.

Disruptions to wireless connections can be caused by cordless phones. It has been discovered that 2.4GHz cordless phones generally cause the most disruptions to wireless connections. Update to 5.8GHz or 900MHz and the problem should be solved.

If disruption is still an issue for your company, then try adjusting the channels on the router. Wireless networks can work on a range of frequencies, similar to a radio. You don't need to change the channel on the PCs using the wireless as they automatically adjust themselves.

If placing the router in a central location is not an option for you, then check the antenna. If you are sending signals to laptops that are fairly new, then you don't have to worry about this. Laptops that have been created in the last couple of years have built in antenna's that are strong and efficient. If you are connecting PCs, then check the antennae that you are using.

The standard antennae are omni-directional. This means they broadcast in all directions around the router. Speak to your ISP provider about a hi-gain antenna. This antenna sends signals in one direction only. Point the antenna in the direction where connection is needed the most.

If it is range that is causing the connection to go down, then ask your ISP company about getting a wireless repeater. A repeater can be placed at critical points between the access point and the PC. This will immediately strengthen your connection between these two points.

Wireless is fast becoming the most efficient way to connect to the internet. It has advanced from the old days when PCs used to huddle around the router. Technology has grown to the point where whole offices should be able to connect wirelessly for a reliable connection. If you are still having problems, then perhaps the best solution is to get an ISP that can assist you with getting what you need to run your company.

Celeste writes for Star Internet Business, who specialise in ISP.

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Detailed Definition of T3 Bandwidth, Also Referred To As a DS3

DS-3 which stands for Digital Signal Level 3, equates to 28 T-1 lines or 44.736 million bits per second (roughly 43-45 Mbps upstream/downstream speeds). DS-3s have enough bandwidth to allow very large database transferring over busy wide area networks and the capability of handling 672 simultaneous voice conversations. DS-3s typically run long haul over fiber optics and coax in the last mile, however there are many exceptions to this. Also, because fiber is only available in limited parts of the US (vs. copper), expensive build-outs are sometimes required for full DS-3 access.

In North America, DS-3 translates into T-3, which is the equivalent of 28 T-1 channels, each operating at a total signaling rate of 1.544 Mbps. The 28 T-1s are multiplexed through an M13 ('Multiplex 1-to-3' multiplexer), and 188 additional signaling and control bits are added to each T-3 frame. As each frame is transmitted 8,000 times a second, the total T-3 signaling rate is 44.736 Mbps. In a channelized application, T-3 supports 672 channels, each of 64 Kbps. In the European hierarchy, a DS-3 is in the form of a E-3, which runs at a total signaling rate of 34.368 Mbps, supports 480 channels, and is the equivalent of 16 E-1s.

If you're moving a DS-3 (or any other DS signal) across continents, the standards of the target country rule. Channels get muxed and demuxed, with signaling conventions translated as well. For example: On the US side T-1s are in multiples of 24 x 64 Kbps circuits (total 1.5 Mbps) and in the UK, it's 30 x 64 Kbps (total 2 Mbps). If you were to interconnect to the US at a DS-3 level, you would not receive 28 T-1s with 6 spare channels- You would get multiples of 30 E/T-1s. As they arrived in the UK, they would be muxed and demuxed, along with translated signaling conventions.

Who uses DS-3s? Companies who host high traffic web sites, support web hosting, and need high capacity bandwidth on an as-needed basis. Also universities/colleges, government offices, and high volume call centers. A full DS3 can accommodate many simultaneous users depending on the requirements of the business. Generally a DS3 line is installed as a major networking channel for large corporations or universities with high volume network traffic. This is an always-on, high-speed connection that provides a dedicated, stable and reliable link to the Internet, and can support up to 500 or more computer users.

If a full 45 Mbps DS-3 isn't quite necessary, then 'tiered' and 'burstable' speeds are also an option. Tiered is more suitable for clients who expect their bandwidth requirements to increase steadily and/or continually in the near future. Clients with other access such as T1 lines can rapidly and easily switch their bandwidth to a single Fractional-DS3. Burstable is a dedicated point-to-point circuit from a customer's premises to the telecommunication carrier's network operation center (NOC). This service is priced in billing tiers of 3mbps increments from 3mbps to 45mbps. As a burstable DS3 user, you always have the full bandwidth available over an unshared, non-fractional 45mbps digital leased line.

Although anyone can purchase a burstable DS-3, this type of connection can be expensive, sometimes costing as much as a full 45 Mbps connection (and usually only available for Internet connectivity, not as Private Line or Point To Point- for which a full DS3 will be required). Burstable lines can often be found at their lowest price within a collocation facility. At a collocation facility (or simply referred to as a "colo") many users share a large OC-3 or OC-12 pipe. As a customer, you will not have to pay for the fixed cost of such a large pipe, but will have the benefit of being able to burst up to very high bandwidths if necessary. If you need the reliability of a large pipe fur bursty traffic but don't have the capital, consider a colo. If you have a steady volume and are consistent, you may consider keeping services 'in house' and going with a T-3/DS-3 connection. Whether you're considering a collocation facility or a T3 to the door, make sure you use a telecommunications broker to help guide you through the many providers and plans available. To view sample DS3 pricing now, please visit the author's free quote generator @ BandwidthSeek.Net

Shaun Sullivan
Telecommunications Broker/Consultant
1(877)520-1924 office
1(512)434-9469 cell
1(775)796-8525 fax
info@bandwidthseek.net
http://www.bandwidthseek.net

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