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cykeo CK-C8 UHF RFID Antennas

✔️ ​Wide 840-960MHz Frequency Compatibility

✔️ IP65 Rugged ABS-Aluminum Hybrid Housing

✔️ Adjustable 0-3m Read Range with 70° Beamwidth

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PRECISION COVERAGE, INDUSTRIAL STRENGTH

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CK-C8 8dBi Industrial UHF RFID Antennas Specifications

Main Specifications

  • ModelCK-C8
  • BrandCykeo
  • Product Name8dBi Industrial UHF RFID Antennas

Physical Parameters

  • Dimensions190mm*190mm*21mm
  • Connector TypeTNC
  • MaterialABS+Aluminum 6061
  • weight250g
  • IP RatingIP65

Developer Support

  • API InterfacesRESTful & Native APIs (IoT/ERP Integration Ready)
  • ​LanguagesJava, C# (Cross-Platform Compatibility)
  • ​Secondary Development SDKFull toolkit for ​custom firmware & app development

Performance Parameters

  • Frequency Range840MHz~960MHz
  • Protocol SupportISO/IEC 18000-6C, EPC Class1 Gen2
  • transmission gain>8dBi
  • Axial Ratio<3dB
  • H-plane HPBW70
  • E-plane HPBW70
  • VSWR≤1.3:1
  • Impedance50Ω

Operating Environment

  • Operating Temperature-40°C~+85°C
  • Humidity8%–100% RH
  • Storage-25°C to +50°C

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Industrial UHF RFID Antennas FAQS

How Do Industrial RFID Antennas Improve Asset Tracking in Metal-Heavy Manufacturing Facilities?​

Answer:​
Industrial RFID antennas are engineered to overcome signal interference caused by metal surfaces, a common challenge in manufacturing plants. The ​Cykeo CK-C8 Circular Polarized UHF RFID Antenna​​ uses ​​dual-feed polarization technology​​ with an ​​axial ratio <3dB​​, allowing it to capture tags on metal tools, machinery, and containers without signal degradation.

​Key Features for Metal Environments:​

  • ​Adaptive Frequency Hopping​​: Automatically adjusts between ​​902-928MHz​​ to avoid interference from welding equipment or CNC machines.
  • ​Beamwidth Optimization​​: The ​​70° symmetric beamwidth​​ ensures coverage in tight spaces between metal racks, reducing dead zones by 60% compared to standard antennas.
  • ​Mounting Flexibility​​: Use the ​​IP65-rated aluminum bracket​​ to install antennas at 45° angles relative to metal surfaces, maintaining a ​​30cm minimum clearance​​ for optimal performance.

​Case Study​​:
An automotive parts supplier reduced tool-search time by 45% by deploying these antennas near robotic assembly lines, achieving ​​99.2% read accuracy​​ on metal-embedded RFID tags.

What Are the Best Practices for Deploying Industrial RFID Antennas in Large Warehouses?​

Answer:​
Maximizing coverage in expansive warehouses requires strategic antenna placement and configuration:

​Step 1: Zone Mapping​
Divide the warehouse into zones using the ​​70° beamwidth​​ of the CK-C8 antenna. For a 20m-wide aisle, install antennas every ​​15-18m​​ on opposing racks at ​​2.5-3m height​​.

​Step 2: Phased Array Configuration​
Group antennas in ​​4-element phased arrays​​ (spaced ​​0.75λ apart​​) to extend read range to ​​12m+​​. Use the ​Cykeo ARS-2000 RFID Controller​​ to synchronize antenna phases and eliminate signal collision.

​Step 3: Environmental Calibration​
Adjust the ​​UHF frequency band​​ (840-960MHz) to account for regional regulations and nearby wireless devices. For regions with high RF noise (e.g., EU 865-868MHz), enable ​​Listen Before Talk (LBT)​​ protocols via the antenna’s firmware.

​Performance Metrics​​:

ScenarioRead RateCompetitor Average
Palletized Goods98.7%82%
High-Bay Storage (>8m)95.4%68%
Fast-Moving Conveyors97.1%73%
Can Industrial RFID Antennas Operate in Extreme Temperatures Like Freezer Warehouses?​

Answer:​
Yes. The ​​CK-C8 Industrial RFID Antenna​​ is built for harsh environments:

​Cold Chain Compliance​​:

  • ​-40°C to +85°C Operational Range​​: The ​​ABS-aluminum hybrid housing​​ prevents condensation buildup, while the ​​frost-resistant coaxial cables​​ maintain flexibility at subzero temperatures.
  • ​Anti-Icing Coating​​: Proprietary hydrophobic coating on the radome prevents ice accumulation in freezer farms (-30°C).

​Hot Environment Resilience​​:

  • ​UV-Stabilized Materials​​: Resists yellowing and warping in desert climates or sun-exposed yards.
  • ​Heat Dissipation Design​​: Aluminum fins on the antenna base reduce internal temperature by 15°C during continuous operation.

​Integration Example​​:
A pharmaceutical distributor achieved ​​99.9% inventory accuracy​​ in -25°C vaccine storage by pairing these antennas with ​Cykeo’s Cold Chain RFID Tags​. The system automatically logs temperature data via integrated IoT sensors during scans.

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Warehousing
Logistics
Tool Tracking
Healthcare
Manufacturing
Energy
Security