Impinj Speedway xPortal

The Speedway® xPortal™, an integrated portal reader, incorporates the industry-leading Speedway Revolution  RFID reader and Impinj's Dual-Linear Phased Array (DLPA) antenna technology, yielding the industry's smallest, most flexible, and cost-effective RFID portal solution.

Impinj's Speedway xPortal RFID reader solves the size and mounting limitations of traditional portals with an attractive, light-weight, and low-profile unit.

Measuring approximately 30.5 x 8.75 x 2 in (77.5 x 22.2 x 5 cm) and weighing less than 10 lbs (4.5 kg), its compact form is unobtrusive, streamlined, and ultimately flexible, yet delivers better performance than larger, more costly industrial-scale portals.

The Speedway xPortal RFID reader integrates high-performance, Impinj-designed DLPA antenna technology with beam switching and polarization attributes that are dynamically managed by the reader, providing consistent and broad coverage of the read zone.

Designed for retail, office, hospital, and other indoor environments, the Speedway xPortal RFID reader is ideal for monitoring tagged items, pallets, equipment, files, or people passing through doorways, hallways, or other zonal coverage areas.

Total zone coverage

The Speedway xPortal reader integrates high-performance Impinj-designed Dual-Linear Phased Array (DLPA) antenna technology with beam switching and polarization attributes
that are dynamically managed by the reader. The system’s DLPA antenna configuration provides broad coverage of the read zone as the elements continuously alternate between
vertical and horizontal polarizations, delivering full omni-directional power with greater consistency and intensity than circularly-polarized antennas. Harnessing the Autopilot
capability, the Speedway xPortal senses exactly where tags appear in the field, automatically optimizing the read zone for the best, most efficient level of performance.

And the Speedway xPortal reader’s Low Duty Cycle function conserves energy while also eliminating unnecessary RF noise by limiting operation to only times when tags are detected within the field of view.