Intelligent
Surface Trak
The Venture Research Surface Trak™ brings the State of the Art Integrated Reader/Antenna Solution.
At only 9/16” tall, the Venture Research Surface Trak™ can sit on any desktop surface or be incorporated into a cabinet allowing real time tracking of material in the following industries:
• Health Care and Pharmaceutical • MRO Tool Management • Tool Crib / Check in /Check out systems
• File and Document tracking
• Specimen management and many more
BLE (Low Energy Bluetooth) Support
For the first time, an RFID reader can support both passive tags and active BLE (low energy bluetooth) tags, with the Venture Research Surface Trak. Critical assets can now be tracked using BLE along with UHF Passive Tags.
Integrated LED Edges Allow Visibility To Users Of Tracking activity
The Surface Trak lets the customer track tools without the hassle of needing extra storage allowing the client to save time during the day.
Daisy Chain of Surfaces
Along with communication options of Ethernet (including POE), Wifi and Cellular, the shelf reader allows daisy chaining of many shelves via a simple CAN bus interface. Up to 3 surfaces can be tied together on a single cable to cover large work areas.
Direct Cloud Communication
The Surface Trak has built in store and forward capability allowing collection even when the network is unavailable. Direct interfacing allows the Surface Reader to post the information to a simple REST web service, eliminating Middleware.
Multiple Configurations Available
Twelve Standard sizes available, as well as tuning to ETSI frequencies.
Additional Sensors
Along with RFID reading, the Surface Reader has 3 thermal sensors, optional proximity detection and GPIO for 2 inputs and 2 outputs.
Applications
Pharmaceutical Tracking
Tool Management
WIP Tracking
Packing and Shipping
Check in/Check out station
Expiration/Calibration Validators
Features
Integrated UHF Reader and Surface Antennas
Eliminates cabling integration and allows the smallest form factor
Designed for Tool
Management
Allows tool tracking directly where people work
Optimized for Reading
only Above the Surface
Minimizes false reads of nearby tagged material