ALR9900+ Fixed Mount RFID Reader
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The Alien® ALR-9900+ Enterprise Category Reader enables users to deploy manageable, robust, best in class EPC Gen 2 RFID solutions for supply chain, manufacturing and asset management applications.
The ALR-9900+ reader delivers exceptional performance with receive sensitivity, enhanced interference rejection, Dynamic Authentication, a monostatic antenna architecture and a compact footprint, delivering high read rates for demanding applications in an easy to integrate, easy to manage package.
Benefits
- A flexible API with broad software support
- A high performance radio
- Data protection
- Robust dense reader interference management
High Performance, Easy to Deploy, Easy to Manage
The Alien ALR-9900+ Enterprise Reader enables users to deploy manageable, robust, EPC Gen 2 RFID solutions for supply chain, manufacturing and asset management applications. The result is highly reliable, automatic data capture.
Interoperable and Broadly Supported
The ALR-9900+ is supported by key RFID platforms including Microsoft BizTalk RFID, IBM WebSphere 6.2, Xterprise, Oat Systems, Oracle, GlobeRanger, BEA and many others. Proven support for SAP through 3rd-party middleware is also available.
Interference Management
The ALR-9900+ offers several methods for interference mitigation that provide a powerful solution to the challenge of noisy environments.
EPC Gen 2 Dense Reader Mode
The ALR-9900+ is compliant with the EPC Gen 2 Dense Interrogator specification, which reduces interference impact on other readers.
Strong Filtering for Interference Rejection
The powerful, dynamically adjustable signal processing architecture of the ALR-9900+ ensures strong interference rejection in the presence of other readers or devices.
Event-triggered operation and Autonomous Mode
The Autonomous Mode functionality of the Alien Reader Protocol enables the reader to collect tag data when triggered by external events detected by electric eyes and other sensors. In this mode, readers are activated only when needed, thereby reducing the ambient signal level.
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