RFID Slim CP2525

RFID Slim CP2525 is a compact, low-profile UHF RFID panel antenna covering 0.902-0.928 GHz in a 258x258x14.5 mm ABS enclosure.

  • Frequency Range: 0.902-0.928 GHz
  • Gain, Typ: 9.0 dBic
  • Dimensions: 258x258x14.5 mm
Quotation / Buy

Description

RFID Slim CP2525 is a compact, low-profile UHF RFID panel antenna covering 0.902-0.928 GHz in a 258x258x14.5 mm ABS enclosure. It provides 9.0 dBic typical gain with RHCP circular polarization and a 1.5 dB axial ratio, helping it read tags in varied orientations. VSWR of ≤ 1.1, 10 W power handling and an SMA Female connector suit warehouse, retail inventory, asset tracking, library and access control installations.

Features

  1. 9.0 dBic typical gain across the 0.902-0.928 GHz UHF band
  2. RHCP circular polarization with 1.5 dB axial ratio for varied tag orientation
  3. Compact 258x258x14.5 mm ABS enclosure
  4. VSWR ≤ 1.1 and 10 W maximum power handling
  5. SMA Female connector for standard RFID reader cabling

Applications

  • Warehouse Management
  • Retail Inventory
  • Asset Tracking
  • Library Management
  • Access Control

Technical Specifications

Frequency Range
0.902-0.928 GHz
VSWR
≤ 1.1
Axial Ratio (typ.)
1.5 dB (entire US band)
Gain, Typ
9.0 dBic
Power max
10 W
Polarization
RHCP (or LHCP)
Dimensions
258x258x14.5 mm
Connector
SMA Female
Cover
ABS
Front to Back Ratio
> 20 dB
Impedance
50 Ω

RESOURCES

RFID Tools & Documentation

Access our SDK, reader connectivity tools, and user guides to integrate and deploy RFID solutions effectively.

Nextwaves NRN Protocol SDK

Our open-source SDKs for TypeScript, Python, and Go provide complete integration with Nextwaves NRN protocol RFID readers. Build inventory applications, asset tracking, and real-time tag monitoring with minimal setup.

View on GitHub

GS1 EPC Tag Encoding Reference

Detailed reference for SGTIN-96, SSCC-96, GRAI-96 and other GS1 EPC encoding schemes. Includes check-digit calculation, company prefix lookup, and Digital Link URI generation for seamless supply chain integration.

Try EPC Encoder