Bluetooth technology got its name from the Viking King Harald Bluetooth of Denmark, who was famous during his time for his excellent mediation skills. He connected with a lot of people and was admired by his men for this talent. Hence, when the technology was invented, the name stuck.
This wire free technology enables a broad selection of devices to be able to exchange information with the help of 2.4 GHz short-wave radio signals within a range of up to 120 feet. Devices like video game consoles, mobile phones, PCs, laptops, PDAs, MP3 players, stereo headsets and printers all can be connected to each other through Bluetooth.
Technology has made our lives so much easier and Bluetooth is one such invention. The best thing about Bluetooth is that you can connect any two devices without using any wires. The wiring of the computer with various other devices like the fax machine, printer, Internet server can sometimes be a nuisance.
Thanks to Bluetooth technology, pesky wires are no longer required. This technology can connect laptops, headphones, PDAs, cell phones and printers. And now, you can set up your own PAN (Personal Area Network) where you can be linked to other laptops, cell phones, printers, etc. as long as the other devices used are also Bluetooth enabled.
The Bluetooth keyboard and mouse are some of the best applications of this technology, as it makes it easy for people to use their computers. With Bluetooth technology you can have hands free communication; you can now take your phone calls while driving, cooking, jogging, etc. and you can listen to your favorite tunes within the house without that cumbersome cord getting in your way.
Even if the appliances and devices that you already have at home do not have in-built Bluetooth technology, you can upgrade them with the help of a USB Bluetooth adapter, commonly known as the Bluetooth dongle. Bluetooth technology is excellent for multiple users sharing a common device. For example, a good number of computers can use the same printer without having to be connected to it with wires.
The Bluetooth technology products are also very reasonably priced and everybody can afford them. Because 2.4 GHz, the radio band where Bluetooth operates in, is an unlicensed industrial, scientific, medical (ISM) radio band, there is no cost for the use of Bluetooth technology. You pay for your device and it is definitely worth every penny.An information technology degree is incredibly versatile in today’s high tech world. Although most people think of information technology as primarily focused within the computer industry itself or in fairly traditional roles such as data processing and retrieval, this doesn’t cover the wide scope of what information technology involves.
In fact, according to the U.S. government, information technology degrees are in high demand in several industries that are quite surprising. While many of these rely on complex computer transactions and information, several focus on entirely different areas but rely on information technology to keep them up and running.
Software Programming and Consulting
This is a relatively traditional field for those with information technology degrees to go into, but there’s a twist. The industries that actually rely heavily on software upgrades and customization may surprise you. Banking, finance and education all rely heavily on the ability of programmers and consultants to upgrade their software as well as keeping their databases safe and secure.
Manufacturing
Today’s advanced manufacturing facilities are highly automated with complex computer systems in place to keep things running smoothly. Electronics, computer systems and custom-designed software are all used in manufacturing to increase productivity and product quality through better control and design. Computer Aided Drafting (CAD) and Computer Aided Manufacturing (CAM) are in high demand in hundreds of advanced manufacturing areas from cell phones to automobiles.
Biotechnology and Genomics
Mapping genes, correlating voluminous amounts of medical and pharmaceutical research and controlling the production of highly volatile medical compounds requires some of the most advanced computing capabilities available. Bioprocessing, quality control and biotechnology research and development all rely on information technology. Human capabilities simply can’t keep pace with the complexity of engineering needed in genomic research. In fact, the biotech industry now needs more employees with information technology degrees than colleges and universities are producing, and the trend will continue to grow.
Nanotechnology
An information technology degree can put you in the thick of one of the most fascinating industries today – nanotechnology. This is the development of devices and systems at the atomic level that will improve or enhance current products, from drug delivery systems to tracking equipment and information storage. Nanotechnology uses information technologies to design and create products on the smallest scale imaginable by designing devises and products not visible to the human eye.
Mapping and Geospatial Technology
Storm tracking, newer and more detailed maps and the study of geology and terrain all rely on information technology systems. From the national weather service to real estate development firms, geological and mapping technologies area growing industries always on the lookout for professionals with information technology degrees.
Aerospace Engineering
No other industry in the world relies so heavily on information technology within the design and actual use of its products. Airplanes, helicopters, jets and space shuttles all rely on computer guided navigational and communications systems to one degree or another. From design and evaluation of models to monitoring of actual missions, information technology is integral to the aerospace industry.
National Security
The CIA, FBI and various other federal agencies have sought individuals holding information technologyfor years; today the largest employer may well be Homeland Security. Information and database management, sensor controls for security systems and simulation software for disasters all demand highly qualified IT professionals.
Whether you enter one of these challenging and rewarding careers directly or leverage your education into becoming an expert in training others, an information technology degree obviously translates into success in many of today’s cutting edge industries.Your technology infrastructure is the hardware, software and people that support your business. So, how can you get your technology investment to pay off for you? You have to manage it. Technology can make you more efficient and effective but only if you actively manage it.
To get the most out of your hardware, you must run it under optimal conditions. Ideally, hardware runs best in climate controlled areas. Generally speaking, temperatures under 75 degrees with 30 to 50% humidity is good for most computers. High heat and direct sunlight will cause a computer to run hot. Excessive heat will reduce the computer’s life expectancy over time.
Do you have dust and dirt around your computer’s fans? There are probably clumps of dust and dirt inside your computer, too. Excessive dirt and dust may contribute to a computer running hot also. That’s why it is important to take your computer outside at least once a year and blow out the inside with compressed air.
Maximizing your software investment is a little more complicated. First of all, you must find out what devices and applications require software updates. Updating software means you need a patch management system.
A patch management system is a routine that allows you to apply software updates to devices and applications systematically. Most people know that operating systems and antivirus and productivity software require updates. But did you know that your computer BIOS, firewalls, routers, switches, server raid arrays, and other hardware devices may require updates, too? Hardware devices run a type of software known as firmware. Firmware can be updated. Most firmware updates improve the overall performance of the device.
Keeping all these devices up to date can be a daunting task but a schedule can help you do it. For instance, update your firewalls, routers, and switches on the first Monday of every month. The second Friday of every month defragment your computer hard drives. Set a schedule for patch management and follow it.
You can provide your employees with bleeding edge technology. However, what good is the best technology if the user doesn’t have the ability to take advantage of it? You must ensure your employees have mastered work related technology to get the highest return on your technology investment. Your employees do the work. Your employees accomplish that work using technology.
How well does your employees use work related technology? Conduct some research to find out. First, go ask them about work related technology. Don’t take their responses for granted. Next observe them using technology. If you are satisfied with what you heard and observed then you can stop here. If not then take it a step further. Assess their ability to use it. The results may surprise you. If your firm is small then consider cross training each employee to perform all mission critical technology tasks. Finally, encourage your employees to use the technology.
You must actively manage your technology infrastructure to get your expected return on investment. Be sure to employ these tactics to help you manage it. Make sure your hardware runs in a clean, cool and humidified environment. Create a patch management system for your software assets and stick to it. Research, assess, train and cross train your employees to perform mission critical technology tasks.Your technology infrastructure is the hardware, software and people that support your business. So, how can you get your technology investment to pay off for you? You have to manage it. Technology can make you more efficient and effective but only if you actively manage it.
To get the most out of your hardware, you must run it under optimal conditions. Ideally, hardware runs best in climate controlled areas. Generally speaking, temperatures under 75 degrees with 30 to 50% humidity is good for most computers. High heat and direct sunlight will cause a computer to run hot. Excessive heat will reduce the computer’s life expectancy over time.
Do you have dust and dirt around your computer’s fans? There are probably clumps of dust and dirt inside your computer, too. Excessive dirt and dust may contribute to a computer running hot also. That’s why it is important to take your computer outside at least once a year and blow out the inside with compressed air.
Maximizing your software investment is a little more complicated. First of all, you must find out what devices and applications require software updates. Updating software means you need a patch management system.
A patch management system is a routine that allows you to apply software updates to devices and applications systematically. Most people know that operating systems and antivirus and productivity software require updates. But did you know that your computer BIOS, firewalls, routers, switches, server raid arrays, and other hardware devices may require updates, too? Hardware devices run a type of software known as firmware. Firmware can be updated. Most firmware updates improve the overall performance of the device.
Keeping all these devices up to date can be a daunting task but a schedule can help you do it. For instance, update your firewalls, routers, and switches on the first Monday of every month. The second Friday of every month defragment your computer hard drives. Set a schedule for patch management and follow it.
You can provide your employees with bleeding edge technology. However, what good is the best technology if the user doesn’t have the ability to take advantage of it? You must ensure your employees have mastered work related technology to get the highest return on your technology investment. Your employees do the work. Your employees accomplish that work using technology.
How well does your employees use work related technology? Conduct some research to find out. First, go ask them about work related technology. Don’t take their responses for granted. Next observe them using technology. If you are satisfied with what you heard and observed then you can stop here. If not then take it a step further. Assess their ability to use it. The results may surprise you. If your firm is small then consider cross training each employee to perform all mission critical technology tasks. Finally, encourage your employees to use the technology.
You must actively manage your technology infrastructure to get your expected return on investment. Be sure to employ these tactics to help you manage it. Make sure your hardware runs in a clean, cool and humidified environment. Create a patch management system for your software assets and stick to it. Research, assess, train and cross train your employees to perform mission critical technology tasks.
