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Snapsportz Using Technology from ACC Systems

October 2013:  A.C.C. Systems, Inc. is proud to have assisted Snapsportz, Inc. in the deployment of a unique application in the world of RFID. Snapsportz has taken an industrial technology and applied it to the world of recreation. Since its inception, RFID technology has been perceived as the future of consumer grade retail experiences but we are yet to see the technology used in a consumer grade setting – until now. Snapsportz uses a patented process to capture high action photography (zip lining, skiing, snowboarding and other fast paced activities) and deliver directly to the consumer via retail and social media channels. For more information, visit Snapsportz website: SNAPSPORTZ   

SnapSportz Zipline Promo from ben kottke on Vimeo.

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ACC Systems Inc. takes on distributorship of Toshiba RFID printers

 

Bohemia, New York, December 2012 – After extensive testing of RFID printers and tags,  ACC Systems Inc., a global distributor of RFID (Radio Frequency Identification) products, is now distributing the Toshiba B-SX4 and B-SX5 RFID printers nationally to its client base of sysetms integrators and VARs. The Toshiba printers have proven to meet and exceed the performance of the major name brands on the market at an economical price leaving more margin for resellers.

 

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Trimble Brings Smartphone Look and Feel to a Rugged Handheld Computer – Juno® T41™

Trimble  introduces the Juno® T41™ handheld computer, bringing a smartphone-inspired option to industries demanding a rugged field computer for data collection and mobile workforce management. The Juno T41 handheld is a developer-friendly computing device for real-world field conditions, with either Windows® Embedded Handheld or Android™ operating systems.

“With the release of the Juno T41, we are providing a rugged handheld that delivers the capabilities and convenience of a smartphone,” said Jim Sheldon, general manager of Trimble’s Mobile Computing Solutions Division. “It’s slim, ergonomic design is thinner and lighter than other rugged computing products in its class today. Powerful, connected, compact and easy-to-use, the Juno T41 handheld computer is ideal for any mobile professional or demanding consumer.”

The initial launch of the Trimble Juno T41 computer features:

  • Windows Embedded Handheld 6.5 or Android 2.3.4 “Gingerbread” operating system in choice of 10 languages
  • Multi-touch user interface with capacitive stylus compatibility
  • 8 MP camera with dual LED flash and geo-tagging
  • 3.75G cellular data, SMS text and voice capability option 
  • Bluetooth and Wi-Fi® b/g/n
  • 4.3″ WVGA sunlight-readable Gorilla® Glass display
  • GPS receiver with typical 2-4 meter accuracy
  • Accelerometer and Electronic Compass
  • Fully rugged design with IP65 or IP68 rating
  • 800MHz or 1 GHz processor with up to 512MB RAM
  • Up to 16 GB non-volatile onboard flash storage, plus microSD card slot
  • Built-in rechargeable 3300 mAh lithium-ion battery

The Trimble Juno T41 is available for order now with shipments beginning in September 2012.

CLICK HERE FOR ADDITIONAL INFORMATION

 About Trimble’s Mobile Computing Solutions Division

Trimble’s Mobile Computing Solutions Division offers innovative products that enable mobile workers to be more efficient in extreme outdoor and industrial environments. The Nomad®, Recon®, Ranger™, and Yuma® outdoor rugged handheld computers help users collect accurate field data and work more productively in any outdoor or service-related application. Trimble’s handheld computers meet MIL-STD-810F/810G military specifications for drops, vibration, immersion and temperature extremes, and with IP65 to IP68 ratings, are sealed against dust and water.

Android is a trademark of Google Inc.

 

Trimble Introduces a UHF RFID reader for the Nomad

The UHF RFID Reader is designed for a variety of RFID scenarios, including asset management and inventory management. The Reader is tested and certified to IP67 and MIL-STD-810F standards, making it as durable and resistant to harsh environments as the Nomad computer.

The UHF RFID Reader has a range of approximately one (1) meter, although this specification is significantly dependent on the particular RFID tags being read, and the substrate the tags are attached to. Via the API, the Reader also includes the ability to write, or update, the data stored on RFID tags.

The North America version of the UHF RFID Reader is certified for use in the USA, Canada and most of South America. A Sample Tag Pack is available separately, and contains an assortment of nine RFID tags for use in rugged environments. The tags, from four manufacturers, have a range of performance characteristics and are compatible with various substrate material types and shapes.

Compatibility with the Nomad handheld
The UHF RFID Reader is compatible with all Nomad 900 and Nomad 800 models running Windows Mobile 6.1 and 6.0. The UHF RFID Reader is compatible with RFID tags designed to the EPCglobal Gen2 standard. The Reader is compatible with all Nomad feature combinations, having no adverse impact on GPS reception, Bluetooth and Wi-Fi connectivity, and so on. The impact on battery life is comparable to using the barcode laser scanner (on Nomad computers so equipped), and will vary by individual usage patterns.

 

 

NASA Report on choosing ACC for RFID

NASA employs RFID on International Space Station

 

View the full report from NASA

Monday, November 22, 2010

 NASA’s Johnson Space Center announced that it intends to purchase RFID readers and associated peripherals from ACC Systems Inc. for a space flight inventory system on the International Space Station.

NASA has a requirement for forty-one RFID readers and other associated peripherals— for example extra batteries, handle battery, USB cable and power controller.


The RFID readers and peripherals provided by ACC Systems are qualified to support program requirements – shielded such that they passed radiation testing and can accept a total dose of radiation exposure of 600 RAD (with 200 MeV protons.

They are also certified for an on-orbit lifetime of 10 years for International Space Station utilization.