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by James McDuffie,mcduffie@scsn.net |
The are a couple reasons why I purchased the Pilot. For one thing the Pilot is not very expensive. The Pilot comes in two different versions, called the Pilot 1000 and the Pilot 5000. These are the exact same except for the amount of memory they have loaded. The Pilot 1000 has 128k of memory while the Pilot 5000 has 512k of memory. What I did was purchase a Pilot 1000 and a 1 MB upgrade chip at the same time. This way I saved money in the long run than if I had purchased a Pilot 5000 and then later upgraded to 1 MBB of memory. The Pilot is considerably cheaper than other PDAs. Such as the Newton which is priced as under $800. The Pilot 1000 can be found for as low as $224 and the Pilot 5000 for as low as $269. The 1 MB upgrade chip can be found for as little as $89. Prices such as this make the Pilot a cost effective solution.
Another issue was how portable the Pilot is. Carrying around a heavy PDA all day is not very comfortable. But the Pilot is very portable. It measures 4.7 x 3.2 x .7 inches, small enough to fit comfortably in your hand. The Pilot only weighs 5.7 ounces, with batteries. Because of this the Pilot can fit comfortably in your shirt pocket or your pants pocket. The Pilot's power supply is two 2 triple A batteries. These batteries can last you up to a month if you use the Pilot moderately. After all a PDA is supposed to help you, not burden you down by being bulky and heavy.
The Pilot is very expandable too. Such is the case with the 1 MB upgrade chip that can be purchased from varies places. I find that 1 MB of memory is more than enough memory for my needs. The Pilot is also expandable in that you can upload any of numerous shareware or commercial applications for the Pilot. There is even a program that allows you to hook your Pilot up to a modem and dial into your ISP and then check your POP mail! These applications are very small. The average application made for the Pilot runs about 10k. With a 1 MB chip you could theoretically have 100 10k apps on the Pilot. The Pilot features a RS-232 serial connector on the bottom of it. The connector is used for syncing the Pilot with your desktop computer or for other uses. Other uses include hooking up a modem or hooking up a soon to be release wireless modem and pager. The Pilot can grow as your need for it grows.
The software is simple enough to use. You simply supply supply the program name, the serial port and other information such as a filename. The pilot-xfer program allows you to install programs or data files that programs use into the Pilot. To install program all you would have to do is use the command pilot-xfer /dev/cua?? -i [program name]. After entering this your press the hot-sync button on the Pilot cradle and the Pilot installs the program. The program is then available for immediate use. Or if you wanted to install a text file into the memo you would simply enter install-memo /dev/cua?? [file name]. There are plenty of other programs that help you transfer information with other applications such as the date book, the address book and the to do list.
For me, the name of these programs are pretty long and with typing the
serial device name it gets tedious fast. So I set up a couple of aliases
to speed up things. Some of my aliases are:
alias pxi='pilot-xfer /dev/cua2 -i'
alias im='install-memo /dev/cua2'
These are the functions I use the most, because I hardly ever download
applications from my Pilot since I already have them on my hard drive.
The same goes for memos I install. But for the information that I create
in the Pilot I use the sync-memodir program. It puts every memo in
a separate fill. But the down side is that does not put the files in
categories as they are on your Pilot. The up side is that the Windows
software is not required.
The card is useful because if COM1 and COM2 are in use then COM3 and COM4
are not available. A COM port is simply a label that identifies a
specific IRQ and address. COM1 and COM3 share the same IRQ as does COM2
and COM4. But this card allows you to add another serial port at any
combination of IRQ and address that you desire. I have mine set on IRQ 12
and address 238. To get this to work with Linux all I had to do was tell
Linux to map this specific address and IRQ combination to the device
/dev/cua2. The following command does this:
setserial /dev/cua2 port 0x238 irq 12 autoconfig
It tell Linux where the serial port is available and to what device to
map it. With this working I was able to play around with my Pilot while
using my modem. Also I now have an extra serial port should I need it for
other tasks.
These links should be enough to learn about the US Robotics Pilot and how to use them. I hope this information will be helpful. If you have any questions what so ever, please contact me.
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