Seagull Scientific BarTender
RFID Capabilities
New RFID-generating capabilities for
BarTender and Seagull drivers
Since the early 1990s, proponents of RFID have touted the numerous
advantages of that tracking technology relative to barcoding, often
stating that, finally, RFID was "just about ready" for mainstream
adoption. For just as many years, other voices have claimed that the
technology was too expensive and just didn't work well enough. Now,
major initiatives spearheaded by the Wal-Mart retail store chain and the
Department of Defense are bringing the issue to a head, with the first
planned major roll out of RFID capabilities for the supply chain planned
for 2005.
Fortunately for Seagull and its
resellers, whether the success of this new technology is near-term or
long-term, our leadership position within the automatic identification
industry is secure for a very simple reason:
The most popular solution being adopted for generation of
RFID "smart labels" uses new versions of the thermal printer brands
Seagull has supported for many years.
With this in mind, Seagull has released
new versions of its Windows drivers for a variety of new RFID-capable
thermal label printers. These printers can encode the RFID tags at the
same time that they print the labels' text and bar codes. Initially,
Seagull's drivers support RFID-capable printer models from Datamax,
Printronix, Zebra, and Monarch.
The Supported RFID
Standards
Just as different bar code symbologies
were first championed by different companies, there are also multiple
standards for the encoding of RFID data. At this time, we support the
following standards from the following printer manufacturers:
Datamax
Printronix
Zebra
Monarch
As with other new printer features,
Seagull will continue to release updated drivers in the future as these
and other printer companies introduce support for more RFID standards.
Why Labels Remain Such an
Essential
Component of Most RFID Applications
To understand why printed labels remain
so crucial to RFID systems, consider the best possible RFID scenario:
Free RFID tags that work 100% of the time. Next, let's fill a huge
warehouse with 10,000 pallets of goods stacked to the ceiling, each with
some sort of RFID tag. Let's consider what it would mean to operate such
a warehouse with plain RFID tags placed on blank, unlabeled boxes and/or
pallets.
Assume that somebody needs to retrieve a
single pallet from the warehouse for shipment and that none of the
pallets are labeled. The only possible solution to that challenge would
be a number of "fixed" (non-portable) RFID scanners placed throughout
the warehouse and networked to a central computer system for the purpose
of determining where the entire pallet inventory is located. This would
require, for example, a user to enter an ID code into a terminal and get
information from the system such as, "Item 1001 is located in aisle 5,
shelf level 2, section A." However, even with such a sophisticated
system up and working (perfectly), how can the forklift driver be sure
of choosing the right pallet once he or she believes the right one has
been found? It is not realistic to simply select a pallet without visual
confirmation that it is the correct one. Even armed with a portable RFID
scanner, that person is going to need some sort of printed label
information in order to confirm that he or she scanned the RFID tag on
the desired pallet and not the one behind it.
As it turns out, human readable labels
are critical in RFID systems for a variety of reasons:
1) To assist humans in quickly
identifying goods when selecting and managing inventory.
2) To provide individuals using portable
RFID scanners with a guaranteed means of confirming that the right RFID
tag on the right pallet got scanned.
3) Just as contingencies are required in
the event of broken bar code scanners and damaged bar codes,
human-readable data must also be a part of a fault-tolerant RFID-based
tracking system. Otherwise, the inventory management system cannot
tolerate RFID scanners and RFID chips that work less than 100% of the
time.
What about Bar Codes?
Although the need for human-readable labels in an RFID system should now
be clear, the issue of whether or not bar codes will need to appear on
those labels is a separate issue. It is widely expected that most
suppliers of RFID "labeled" goods will need to continue to supply bar
codes for many years to come just to support the existing auto ID
infrastructure within the supply chain. Eventually, however, there are
many people that expect RFID to replace barcoding in certain
applications, especially those that involve large shipping containers
and pallets. However, for the individual items within the containers and
the pallets, many industry experts question whether or not RFID tags
will ever be inexpensive enough and work well enough in such close
proximity to each other to successfully replace bar codes. After all,
it's hard to imagine a label with a "chip" being cost-competitive with a
simple black-and-white label. And don't forget that bar codes can get as
close as about 1/4 inch to each other and still be read in a reliable
and controlled manner.
Preparing for the Future
Various individuals in the automatic ID
industry have predicted the rise of RFID-equipped labels for quite some
time. Now, another major test of this new technology is beginning to
unfold. Whether RFID labels catch on next year or ten years from now,
new technology is sure to enter the automatic ID industry year after
year. Whatever happens, Seagull will continue the kind of aggressive
research and development you expect from a leading force in the
industry.
Call
800-446-1991 or 513-984-2101 for the RACO Discount Price!
Specifications and pricing subject to
change without notice.