Based on semi active rfid technology 2 45 ghz vehicles and drivers are identified at distances up to 10 meters 33 feet and speeds up to 200 km h 125 mph.
Nedap long range card reader.
Long range uhf reader for vehicle identification.
With a handheld reader solution your investment costs are limited because all you need is an rfid handheld reader rfid labels on your merchandise and a mobile device to run the d cloud app.
Long range uhf reader for vehicle identification.
The avi system is comprised of a long distance standard transit reader and tags and when used with c cure system provides a highly secure and convenient long range security solution.
The upass reach is a uhf rfid reader for long range vehicle identification.
D cloud is hardware agnostic and off the shelf available with the nedap d hand and a range of other leading rfid handheld readers from zebra bluebird.
A driver based vehicle identification tag has a nedap prox or smartcard booster and a gallagher personnel access card.
Nedap identification systems is the leading specialist in systems for long range identification smart parking and vehicle access control.
Nedap invexs readers excells in robustness features and high security standards.
7141 dc groenlo.
Uhf reader for hands free access.
Based passive uhf technology 900 mhz vehicles are identified up to 5 meters 16 4 feet.
The nedap avi system is a long range microwave identification system that features automatic identification of vehicles from distances up to 10 m 33 ft.
The transit ultimate is an extremely robust rfid reader that enables simultaneous identification of vehicles and drivers in challenging situations.
The upass reach complies with the iso18000 6c and epc global gen 2 directive.
The transit ultimate is the robust long range reader based on semi active rfid technology which enables automatic vehicle identification at distances of up to 10 m 33 ft and speeds of up to 200 km h 125 mph.
Designed to welcome you the invexs reader line from nedap offers all you need for an optimal flow of people while ensuring optimal security.