All RFID Product

Section 3 | RFID Antenna(images 1)

Welcome to Part 3

RFID Roadmap

We divide the information into nine parts: RFID overview, RFID readers, RFID antennas, RFID tags, hardware, auxiliary equipment, advanced principles, ideal device performance, RFID system deployment, and different types of RFID.

Cykeo RFID Antennas are a series of high-performance antennas designed for RFID systems. They support the two most common RFID frequency bands, HF (13.56 MHz) and UHF (860–960 MHz), and offer multiple gain options such as 3 dBi, 6 dBi, 9 dBi, and 12 dBi to meet different reading distance and coverage requirements. These antennas are typically used with fixed RFID readers or RFID modules to transmit and receive radio frequency signals between the reader and RFID tags, enabling stable and efficient tag identification.

Cykeo RFID antennas are built with an industrial-grade design, providing reliable signal coverage, strong environmental adaptability, and flexible installation options. They are widely used in applications such as RFID smart cabinets, access control gates, warehouse logistics, asset tracking, and automated identification systems. By selecting the appropriate antenna gain, polarization type, and installation layout, users can optimize the reading zone, improve detection accuracy, and reduce misreads.

Cykeo RFID Antennas provide a range of solutions from short-range to long-range RFID reading scenarios. They integrate seamlessly with Cykeo RFID readers and modules to build a complete RFID hardware system. Supporting both HF and UHF technologies and global frequency standards, these antennas are suitable for industries such as logistics, manufacturing, retail management, and smart device integration,

Section 3 | RFID Antenna(images 2)

FID antenna is a critical component of an RFID system that transmits and receives radio frequency signals between an RFID reader and RFID tags. Essentially, it acts as the “communication bridge” that enables data exchange. The antenna’s design, shape, and frequency determine the reading range, signal strength, and accuracy of the system. There are various types of RFID antennas, such as linear, circular, patch, and panel antennas, each optimized for specific applications and environments. RFID antennas are widely used in industries like logistics, retail, healthcare, and manufacturing, where automatic identification and tracking of items are essential. Proper antenna selection and placement are key to ensuring efficient RFID system performance.

Key points:

Device that sends/receives radio waves in an RFID system

Determines reading range, coverage, and accuracy

Types include linear, circular, patch, panel

Applications: inventory, asset tracking, access control, logistics

Proper selection and positioning are critical for performance

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Section 3 | RFID Antenna(images 3)

CK-A10A 10.5dBi UHF RFID Antenna is a high-gain circularly polarized antenna designed to enhance the performance of UHF RFID systems. Operating within the 840–960 MHz frequency range, it supports global RFID standards such as EPC Class1 Gen2 and ISO/IEC 18000-6C, enabling stable and long-distance tag detection in a variety of industrial and commercial environments.

With a 10.5 dBi gain and circular polarization design, the antenna provides strong signal transmission and reliable tag reading even when tag orientation changes. Its optimized radiation pattern and low VSWR (≤1.2:1) help improve communication efficiency between the RFID reader and tags, ensuring consistent performance in high-density or dynamic scenarios.

Key points:

Built with a durable ABS and aluminum housing and rated up to IP65/IP67 protection, the CK-A10A can withstand harsh environments such as warehouses, logistics centers, and outdoor industrial sites. The antenna also supports flexible installation and integrates easily with most fixed RFID readers through a standard 50 Ω impedance and SMA connector.

The CK-A10A antenna is widely used in warehouse inventory tracking, logistics management, smart retail, asset tracking, and automated production lines, helping businesses achieve faster, more accurate RFID data collection.

Section 3 | RFID Antenna(images 4)

CK-A11 UHF RFID Reader Antenna is a high-gain circularly polarized antenna designed for reliable long-range RFID reading in industrial and commercial environments. Operating across the 840–960 MHz UHF frequency band, it supports global RFID standards such as EPC Class1 Gen2 and ISO/IEC 18000-6C, making it suitable for international deployments and multi-region RFID systems.

Equipped with 11 dBi high gain, the CK-A11 provides stable signal transmission and wider read coverage, helping RFID readers capture tags accurately even when tag orientation varies. Its circular polarization design and low VSWR (≤1.3:1) improve signal stability and reduce communication loss between the reader and antenna.

Key points:The antenna features a rugged ABS and aluminum housing with an IP65 protection rating, allowing it to operate reliably in harsh environments such as warehouses, production lines, and outdoor logistics areas. With a compact structure, N-type connector, and flexible mounting options, it can be easily installed on walls, shelves, or poles for quick RFID system deployment.

The CK-A11 antenna is widely used in smart retail shelves, warehouse inventory management, industrial asset tracking, and automated logistics systems, helping improve RFID reading efficiency and system reliability.

Section 3 | RFID Antenna(images 5)

CK-PHF3 Smart HF RFID Antenna is a precision 13.56 MHz high-frequency RFID antenna designed for accurate item-level tracking in smart storage and asset management systems. Supporting ISO 15693 and ISO 14443A protocols, it enables fast and reliable identification of HF RFID tags in applications such as libraries, archives, medical sample management, and industrial inventory systems.

One of its key features is the 24-point dynamic positioning grid, which allows centimeter-level tracking of tagged items on shelves or cabinets. Combined with built-in LED indicators, the system can visually locate items quickly and improve operational efficiency in document or asset retrieval scenarios.

Key points: CK-PHF3 Smart HF RFID antenna adopts a rugged ABS and aluminum industrial design with IP65 protection, ensuring stable performance in environments exposed to dust, moisture, or frequent cleaning. It also operates reliably across a wide temperature range from –40 °C to 85 °C, making it suitable for archives, laboratories, warehouses, and industrial IoT deployments.

With its compact structure and plug-and-play integration capability, the CK-PHF3 can be easily installed in RFID smart shelves, cabinets, or automated storage systems, helping organizations achieve more efficient tracking, faster inventory checks, and improved asset visibility.

Section 3 | RFID Antenna(images 6)

CK‑A5B 5dBi Industrial Linear RFID Antenna is a high-performance UHF RFID antenna designed for precise and reliable tag reading in industrial environments. Operating within the 840–960 MHz UHF frequency band, it supports global RFID standards such as EPC Class1 Gen2 and ISO/IEC 18000-6C, making it suitable for worldwide RFID deployments and system integration.

Featuring 5 dBi gain and linear polarization, the CK-A5B provides stable directional signal transmission with a reading distance of up to 5 meters when tags are properly aligned. Its optimized beam pattern (90° H-plane and 35° E-plane) helps concentrate RF energy in the target area, improving reading accuracy while reducing interference from nearby RFID zones.

Key points:Built for industrial reliability, the antenna adopts a durable ABS and aluminum housing with IP65 protection, ensuring resistance to dust, moisture, and harsh operating conditions. It maintains stable performance across a wide temperature range and features a low VSWR (≤1.5:1) to minimize signal loss and maintain efficient communication between RFID readers and tags.

The CK-A5B antenna is widely used in warehouse logistics, production line tracking, dock door monitoring, retail inventory checkpoints, and automated sorting systems, helping businesses achieve more accurate RFID data collection and improved operational efficiency.

Section 3 | RFID Antenna(images 7)