Times-7 A8065 Horizontal Linear

Slimline A8065 Doorway Portal Combo

The Slimline A8065 Doorway Portal Combo provides an attractive RFID solution for applications such as attendance tracking. The slim form factor and low profile give this antenna combo the capability of fitting snugly into any door frame with no compromises to space whatsoever. Mounted on either side and on top of a door frame, the A8065 provides a full 360° read range with a combination of all three polarizations to maximize reading capabilities. The dense read range and aesthetic qualities of the A8065 make it the ideal doorway portal for any event where attendance tracking is needed.

  A8065-71887 - Times-7 A8065 Doorway Portal Horizontal (ETSI)

Frequently Asked Questions

What is the Times-7 A8065 Horizontal Linear antenna used for?

The A8065 Horizontal Linear antenna is ideal for doorway portals in applications like attendance tracking, offering reliable horizontal polarization and excellent tag read coverage in confined, high-traffic areas.

How does the horizontal linear polarization benefit my application?

Horizontal polarization enhances tag readability when tags are aligned horizontally, which is common in badge-based attendance or access control environments.

Can the A8065 horizontal linear antenna be used with other A8065 variants?

Yes, it can be combined with vertical or dual linear variants to achieve complete 360° coverage around doorways for more comprehensive read zones.

What's the difference between horizontal and vertical polarization in RFID antennas?

Horizontal polarization is optimized for tags aligned horizontally, while vertical polarization works better when tags are oriented vertically. Matching polarization improves read reliability.

Can I use multiple antennas to increase read accuracy?

Yes, combining multiple antennas with different polarizations (like horizontal and vertical) helps ensure tag detection regardless of tag orientation.

Do RFID antennas interfere with each other when placed close together?

Yes, improper placement can cause interference. Spacing and strategic orientation (e.g., using directional antennas) help minimize signal overlap and ensure accurate reads.