FX9600 Fixed UHF RFID Reader
The Zebra FX9600 Fixed UHF RFID Reader delivers the performance and features you need to handle it all. With support for Power over Ethernet, IP53 sealing and up to eight RF ports, the FX9600 brings a new level of cost efficiency to passive UHF asset tracking and inventory management, without compromising on performance.
Description
Specifications
Top of the line performance
High RF sensitivity for superior performance and efficiency
The faster and more accurately you can receive, inventory, pick and ship, the more efficient and profitable your operation can be. The FX9600’s eight highly sensitive monostatic RF ports provide the exceptionally high RF sensitivity required to deliver the greatest accuracy and longer read ranges. The result is the highest throughput in this class — even in the densest RF environments with challenging materials, such as metal or liquids.
Most power in its class
With a best-in-class processor and expanded memory, the FX9600 offers the power needed to support very high traffic throughput and sophisticated software applications.
Unrivaled deployment simplicity
Parse data at the edge with embedded applications
The FX9600 can host embedded applications, so data can be parsed directly by the reader. Since data is processed in real-time at the network edge, the amount of data transmitted to your backend servers is substantially reduced, increasing network bandwidth and improving network performance. Latencies are reduced, improving application performance. The integration of data into a wide variety of middleware applications is simplified, reducing deployment time and cost.
Easy, low-cost deployment with support for PoE and PoE+
Eliminate the time and cost required to run power drops to each reader with support for PoE (802.3af) or PoE+ (802.3at). Either PoE+ or a 24V power supply provides industry-best best full-output power, eliminating the loss of power due to long cable runs and connectors. You get maximum tag reads, maximum read ranges and the maximum RFID performance required to get the overage you need with fewer readers.