User`s manual

2) Encryption: If encryption is enabled in the terminal,
then the link key is used to securely negotiate a 128
bit encryption key, which is used to encrypt all
subsequent data passing back and forth from the
printer.
The Encryption key changes on every connection that is made with the device
and calculated using the link key and a random number.
Zebra has selected to calculate the PIN with a proprietary hashing function
generated from the printer’s friendly name. However, if a customer prefers a
different method to generate the PIN, Zebra’s software developers will work with
the customer’s programmer to come up with a custom PIN generation scheme.
IV. Connecting Zebra Bluetooth Printers with Handheld Computers
The purpose of this section is to show how a handheld computer enabled with
Bluetooth via a CF card (available in the market) can talk to Zebra Bluetooth
printers. This document makes reference to software files that will be provided or
attached to this document by Zebra.
The Bluetooth (BT) radio inside Zebra Mobile printers complies with BT
Specification 1.1 and supports the Serial Port Profile (SPP). All print jobs send
to the printer will be done through the SPP, which is nothing more than a BT
emulation of a RS-232 serial communication.
The demonstration uses a print utility called “ZebraBTPrintUtility.exe”, which is a
program written in C++ for Win CE Pocket PC (PPC) that allows the user to
select labels previously made with Label Vista and saved in your PPC device.
The objective is to prove interoperability of Zebra BT printers with other BT
devices. For custom applications the user must develop their own application for
the appropriate OS of their handheld device.
Needed for this demonstration:
1) A Zebra mobile printer purchased with the Bluetooth option.
2) The following software files: ZebraBTprintUtility.exe (compiled for the
processor of your handheld computer) the versions available are for the
following processors: MIPS, SH3 and ARM. A file called: “pwrdll.dll” for
the corresponding processor. And some sample labels to be send to the
printer. Notice that if you have a 2-inch printer, the labels should be made
for that size, 3 inch printer can take a 2 and 3 inch label, but not a 4-inch
label, and so on.
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