Smart High Efficient Impinj R2000 Module Four Port RFID Reader with Free SDK

High Efficient Impinj R2000 Module Four Port RFID Reader ?with Free SDK

Product?Introduction

UHF RFID module is a high performance reader/writer designed for high challenging RFID application environment. It employs the newest R2000 RF chip providing the customers unprecedented performance of reading and writing experience. The maximum power output of this module is 30dBm, with 8dbi antenna, which can realize a efficient reading/writing distance of 10m or above, and over 400tags/s for tags identification. Meanwhile, the compact design makes this module smaller, coupled with the low working voltage of 3.7V; the module is particularly suitable for application in a device such as a handset.

This product is suitable for RFID intensive and more challenging environment and required a higher reading/writing performance, such as warehousing, logistics, production line management, etc.

Product?Advantages

1.?Employed?IMPINJ?R2000?RF?Chips,?up?to?110dbm?receiving?sensitivity?and?the?highest?performance?in?this?field?

makes?this?module?more?suitable?for?harsh?application?environment.

2.?High?stability?and?reliability,?60*24?hours?high?temperature?of?workstation,?can?work?stably?and?continuously.

3.?Remarkable?performance?with?8dbi?RF?antenna,?can?achieve?a?reading?distance?over?10m?per?single?tag.

4.?Remarkable?performance?in?intensive?taps?reading?can?attain?a?taps?identification?rate?of?400tags/s.

5.?Provide?the?most?comprehensive?functions?SDK?and?ports,?easy?to?integrate?RFID?software.

6.?Adopted?integrating?RF?chip,?module?performance?is?more?stable,?and?more?suitable?for?harsh?application?

environment.

7.?The?use?of?carrier?wave?cancellation?technology?makes?the?tag?reading?more?accurate?and?the?reading?scope?

wider.

8.?The?smallest?module?volume?in?the?same?field?and?supply?power?of?3.7V,?it?is?especially?suitable?for?handsets?

and?other?mobile?devices.

9.?Enhance?noise?suppression?for?reliable?data?capture.

Product?Electrical?Parameters