News

Press Release, July 2008

Starport Technologies, LLC, has announced that it has started production on its new FAT (Foam Attached Tag) tag called Orion.

This tag is a Class I, Gen 2 RFID passive tag with read ranges up to 30 feet on metal. Because it is a FAT tag it is less expensive than our other asset tracking tags that work on metal without giving up anything in performance. Our Orion tag is the best performing FAT tag on the market today and we look forward to getting this tag in the hands of our customers. At under one dollar it should be a great tag for a whole range of products.

For more information on Starport Technologies, LLC, this tag and our range of RFID products see us at www.starporttech.com

RFID Professionals  - Starport Technologies

Press Release, May 2008

FOR IMMMEDIATE RELEASE

Contact: Keith Braman, Associate Director for ITXC’s Office of Applied Technology
University of Kansas Information and Telecommunication Technology Center (iTTC)
785-864-7697 – kbraman@ittc.ku.edu
www.ittc.ku.edu

The University of Kansas and Starport Technologies Announce RFID Partnership Licensing arrangement will lead to the manufacturer of best-of-breed radio frequency identification tags for use with metal and liquid-filled items.

April 23, 2007: Lawrence, Kansas: The Information & Telecommunication Technology Center (ITTC) at the University of Kansas (KU) announced today that it has signed an agreement with Kansas City-based Starport Technologies, LLC, that grants Starport the right to manufacture and market radio frequency identification tags utilizing patent-pending RFID tag technology developed at the University.

Jim Roberts, KU’s vice provost for research, noted that “KU has a mission to move innovations stemming from our research into the marketplace. This license to Starport Technologies, LLC, stems from Dan Devours’ RFID research and is a tremendous example of the process. KU is pleased to partner with CEO Jeff Nedblake and Starport.”

RFID identifies tagged items through radio communication between electronic readers and tags that contain data on microchips. RFID tags have advantages over bar codes in that they provide a large, unique identifier, they do not require line-of-sight to be read, and multiple tags can be scanned simultaneously. RFID tags that use the UHF frequencies and EPC’s new “Gen 2” standard can also be read from more than 25 feet away. These capabilities and relatively low cost have spurred the wide adoption of RFID in supply chain management. Typically, however, when RFID tags are placed on or near metal or liquids, performance degrades to the point where tags are no longer usable. Metals and water interfere with the operation of the RFID tag antenna.

The KU-Tag was designed to solve that problem. Researchers at KU’s ITTC developed an innovative antenna and system that use readily available components and processes. The KU-Tag system contains four U.S. patent-pending technologies that make it one of the best-performing, thinnest, least costly RFID tags specifically designed to work near metal or liquids.

The KU-Tag is at its best when it’s on metal. “Some of our tags work better on metal than most other tags do in air,” said Dan Deavours, an ITTC research assistant professor and principal inventor of the KU-Tag. “We found that the few tags that had been designed for metal were big, bulky, and didn’t work well.” The KU-Tag has reported read ranges in excess of 30 feet, yet it is only a little thicker than a coin.

“The KU-Tag is another important tool in our expanding range of RFID solutions,” said Jeff Nedblake, managing partner of Starport Technologies. “ITTC researchers found an innovative solution to address the metal/liquid problem, which is a common problem we keep hearing from customers. This technology will give our customers a variety of terrific new tools to manage their assets.”

Starport will introduce two new RFID tags that leverage the KU technology and that will be particularly well suited for asset tracking applications where metal or liquids are involved. Commercial production quantities of the two products are expected to ship in June of 2007, and production samples of the products will be available for inspection at RFID Journal Live! in Orlando (booth #604) from April 30 through May 2.

About ITTC

A state-of-the-art KU research facility, ITTC is a Kansas Technology Enterprise Corporation (KTEC) Center of Excellence and supports multidisciplinary information technology research. ITTC conducts research and development in information systems, telecommunications, bioinformatics, and radar systems.

About Starport Technologies, LLC

Starport Technologies is a recent spin-off from Package Service Company and Harland Machine Systems. Starport Technologies leverages the science and technology of leading research institutions to provide customers with the most advanced technological solutions, including radio frequency identification tags and labels for a wide range of applications and bacteria-sensing labels for use in food supply chains. The new company benefits from more than 40 years of experience in label converting, label application systems, and in-line decoration technology development. Press and commercial inquiries can be made directly to the Company to the attention of Jeff Nedblake, managing partner, at jnedblake at starporttech.com or by telephone at (816) 584-3810.

Press Release, September 2007

Starport Technologies, LLC, has announced its newest RFID tag that works on anything, the Portunus. This tag is designed to work in and around harsh environments, its base material is a 0.60 inch thick poly carbonate material designed for exposures to harsh UV and outdoor exposures.

This 2” x 4” 0.60 thick form factor tag is smaller than our Adamas tag and is designed to work on metal up to the 25-foot range. We are very excited about this tag and have had a lot of interest from potential integrators and users.

Press Release, August 2007

Starport Technologies, LLC, has announced its new Asset Tracking Tag that works on metal called the Adamas, with production to start in the next month it is the first of many patented designs that we are currently working on. The Adamas tag will work on metal at up to thirty feet giving us the best performing tag on metal for its form factor on the market. For more information on Starport and our range of RFID products see us at www.starporttech.com

Press Release, July 2007

Starport Technologies, LLC, has announced that it has spun off from PCS, LLC., and is now a separate company focused on developing a platform for its growing RFID tag business.

General Partner for Starport Techologies is Jeff Nedblake co-owner of PCS, LLC and Harland Machine Systems, LLC has 30 years of experience in the packaging and converting field.

This is a very exciting business to be investing in with the growth of this industry predicted to expand very rapidly over the next decade and we are focusing on developing a platform of innovative products that integrate our expertise the label and converting industries.

Starport has recently signed an exclusive sales, marketing, and manufacturing agreement with the ITTC at the University of Kansas to develop a range exciting RFID tags over the next few years.

Press Release, April 23, 2007

The University of Kansas and Starport Technologies Announce RFID Partnership

Licensing arrangement will lead to the manufacturer of best-of-breed radio frequency identification tags for use with metal and liquid-filled items.

April 23, 2007: Lawrence, Kansas: The Information & Telecommunication Technology Center (ITTC) at the University of Kansas (KU) announced today that it has signed an agreement with Kansas City-based Starport Technologies, LLC that grants Starport the right to manufacture and market radio frequency identification tags utilizing patent-pending RFID tag technology developed at the University.

Jim Roberts, KU’s vice provost for research noted that “KU has a mission to move innovations stemming from our research into the marketplace. This license to Starport Technologies, LLC stems from Dan Devours’ RFID research and is a tremendous example of the process. KU is pleased to partner with CEO Jeff Nedblake and Starport and wishes everyone success”.

RFID identifies tagged items through radio communication between electronic readers and tags that contain data on microchips. RFID tags have advantages over bar codes in that they provide a large, unique identifier, do not require line-of-sight, and multiple tags can be scanned simultaneously. RFID tags that use the UHF frequencies and EPC’s new “Gen 2” standard can also be read over 25 feet away. These capabilities and relatively low cost have spurred its wide adoption in supply chain management. Typically, when RFID tags are placed on or near metal or liquids, performance degrades to the point where tags are no longer usable. Metals and water interfere with the operation of the RFID tag antenna.

The KU-Tag was designed to solve that problem. Researchers at KU’s ITTC developed an innovative antenna and system that uses readily available components and processes. The KU-Tag system contains four U.S. patent-pending technologies, making it one of the best-performing, thinnest, least costly RFID tags specifically designed to work near metal or liquids.

The KU-Tag is at its best when it’s on metal. “Some of our tags work better on metal than most other tags do in air,” said Dan Deavours, an ITTC Research Assistant Professor and principal inventor. “We found that the few tags that had been designed for metal were big, bulky, and didn’t work well,” said Deavours. The KU-Tags has reported read ranges in excess of 30 feet, yet is only a little thicker than a coin.

“The KU-Tag is another important tool in our expanding range of RFID solutions,” said Jeff Nedblake, principal and managing partner of Starport Technologies. “ITTC researchers found an innovative solution to address the metal/liquid problem, which is a common problem we keep hearing from customers. This technology will give our customers a variety of terrific new tools to manage their assets.”

Starport will introduce two new RFID tags that leverage the KU technology and which will be particularly-well suited for asset tracking applications where metal or liquids are involved. Commercial production quantities of the two products are expected to ship in June of 2007 and production samples of the products will be available for inspection at RFID Journal Live in Orlando (booth #604) from April 30th – May 2nd.

About ITTC

A state-of-the-art KU research facility, ITTC is a Kansas Technology Enterprise Corporation (KTEC) Center of Excellence and supports multidisciplinary information technology research. ITTC conducts research and development in information systems, telecommunications, bioinformatics, and radar systems.

About Starport Technologies, LLC

Starport Technologies is a recent spin-off from Package Service Company and Harland Machine Systems. Starport Technologies leverages the science and technology of leading research institutions to provide customers with the most advanced technological solutions, including radio frequency identification tags and labels for a wide range of applications and bacteria-sensing labels for use in food supply chains. The new company benefits from more than 40 years of experience in label converting, label application systems, and in-line decoration technology development. Press and commercial inquiries can be made directly to the Company to the attention of Jeff Nedblake, Managing Member at jnedblake@starporttechnologies.com or by phone at (816)-891-9944.

Press Release, March 26, 2007

From EPCglobal North America: EPC ON MONDAY MORNING: Finding the EPC/RFID Sweet Spot and UHF EPC Gen 2 with Liquids/Metals.

TECHNOLOGY: Gen 2 Tag Applied to Liquids/Metals
The University of Kansas has developed a passive UHF EPC Gen 2 tag for use with metals and liquids. The KU-tag includes a rectangular micro-strip antenna and a foil ground plate with a plastic substrate that separates the foil from the antenna in the middle. The foil ground plate is a thin metal sheet that serves to isolate the antenna from any other metal or fluid that can lower the read range of RFID tags.

This announcement is significant in that it continues to make the application of RFID in these areas build out the application of EPC/RFID in liquids/metals applications. Several Solution Providers and Integrators have demonstrated success when applying Gen 2 tags, but there are challenges that still remain and work that needs to be done. The positive news is that the technology continues to evolve and solve what was thought to be unsolvable.

Starport Technologies LLC

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10601 NW Ambassador Dr
Suite H
Kansas City, MO 64153
816-891-9944
816-891-6790

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