Author Archives: Stu Kushner

                                                                 Laser printers are the most expensive type of printer in terms of running costs, due to the cost of the toner cartridges. But the cost per page for black and white printing is usually less than for inkjet printers.

The toner is the same type of toner used in photocopiers. And laser printers emulate the final stage of what a photocopier does by using a statically charged drum to attach toner to the paper. No liquid ink is used. The powdered toner is statically stuck to the paper when it passes over the rollers, and is then very quickly heated to fuse it to the page. The laser market is predominantly black and white, as nearly all businesses use the technology to produce cost-effective printouts. Laser printers ability to produce crisp, exact quality for text makes it the best choice for printing most corporate documents.

Laser printers are now quite capable in printing graphics as well. But for clear, color printing, color laser printers are ideal. And as their prices continue to decline, they are becoming more popular. But, again as with color inkjet printing, the cost per page goesup dramatically with color laser printers because they use 3 or 4 toner cartridges.

The primary market for color laser remains companies who are looking toLaser printers ability to produce crisp, exact quality for text makes it the best choice for printing most corporate documents. (the quality of a well-done color laser printout is really something to behold), and professional reprographics companies. But further price competition is making color laser a viable option for home users.

USB 3.0 is coming at the end of this year and it has the potential to make a significant difference in your computing experience. If you bought your computer any time after the year 2000, it probably came equipped with at least one USB 2.0 port. However, later this year computers will start shipping that include USB 3.0 ports, which can transmit data up to ten times as fast.

Here's what to expect.

• Dubbed "SuperSpeed," USB 3.0 is much faster at transferring data than its predecessor. The current 2.0 ports can transfer packets of information at speeds of 480Mbit/s, but the 3.0 spec will be able to handle 4.8 to 5Gbit/s.


• USB ports can transfer not only information but also electricity to peripherals, which will make a whole slew of new product ideas possible. While energy transfer is nothing new in USB ports, the new version will transfer more power so that products will recharge faster.


• The new USB 3.0 will still work with your old USB 2.0 connector. It will auto-sense the connection and downshift to the appropriate data transfer rate.


• USB 3.0 is bi-directional in that it transfers data in and out from the device to your computer at the same time. USB 2.0 was only able to transfer data in or out but not able to send and receive data in both directions at the same time.

Increased speed, higher energy transfer and bi-directional data transfer promises to help bring a lot of new product ideas for your computer and other USB 3.0 devices. Maybe you can even take a USB 3.0 Flash Drive to your Redbox and plug it in and get a movie. The possibilities are endless and exciting!