RFID tags & antennas
Active, passive and chipless RFID; antenna design and RFID system architectures.
The 17th IEEE International Conference on Radio Frequency Identification Technology and Applications brings the RFID community to Kuala Lumpur from 20 to 22 September 2027.
IEEE RFID-TA provides a forum for researchers, engineers, students and industry practitioners to share advances in RFID technology and explore their practical applications. The conference strengthens connections between academia, research institutions and industry.
The local organizing team is led by the IEEE Council on RFID Malaysia Chapter, whose community works across RFID, antenna design, applied electromagnetics and the Internet of Things.
Research areas reflected in conference planning are shown below. The call for papers welcomes contributions across RFID hardware, communication and signal processing, power and energy, applications and emerging use cases.
Active, passive and chipless RFID; antenna design and RFID system architectures.
Artificial intelligence for RFID systems and intelligent identification applications.
Energy harvesting and wireless power transfer for RFID and connected devices.
Secure RFID systems and privacy-enhancing identification technologies.
RFID-based localization and sensing for connected environments.
RFID-integrated IoT systems and the convergence of identification, sensing and wireless technologies.
20–22 September 2027
Conference dates, paper deadlines and the early-bird registration deadline are listed below. Further registration details will be announced.
Contact the organizers ↗An early overview from conference planning. Sessions, speakers and timings remain subject to confirmation.
Registration, opening ceremony, keynote session and parallel technical sessions.
Keynote session, parallel technical sessions, workshop and gala dinner.
An industry visit is planned. Destination and participation details will be announced.
Berjaya Times Square Hotel is the confirmed conference venue for IEEE RFID-TA 2027.
1 Jalan Imbi
55100 Kuala Lumpur
Malaysia
Accommodation, transport guidance and any conference hotel arrangements will be announced.
Plan for three days of conference activities with the RFID research and industry community.
Connect your organization with researchers, engineers and industry practitioners advancing RFID technology and applications.
Sponsorship packages will be announced later. Enquire now to discuss your interests with the organising committee.
To be announced. Package names, fees and availability will be published here.
To be announced. Package benefits and acknowledgement arrangements will follow.
To be announced. Details of available partnership opportunities will follow.
Complete this short form to contact the sponsorship committee for IEEE RFID-TA 2027, 20–22 September 2027 in Kuala Lumpur. Fields marked * are required.
Sponsorship Chair: khairulnajmy@unimap.edu.my
Registration for IEEE RFID-TA 2027 will open after the registration details are announced. Plan your visit for 20–22 September 2027 at Berjaya Times Square Hotel.
Opening date and the official registration link will be published here.
Early-bird registration closes on 15 July 2027. Delegate categories, student rates, fees and registration inclusions will be announced.
Payment instructions, author registration requirements and cancellation terms will be provided when registration opens.
Showcase your research and RFID designs at IEEE RFID-TA 2027 in Kuala Lumpur, Malaysia, on 20–22 September 2027.
Papers led by full-time students are eligible. The lead author must have been a full-time student both when the research was conducted and when the paper is submitted, and must present the paper personally at the conference. Papers follow the same review process as other conference contributions.
All conference papers are considered. The award recognises outstanding technical quality, originality and presentation among accepted papers presented at IEEE RFID-TA 2027.
There are three independent technical topics. A team may enter one or more topics if it meets the requirements of each selected topic.
Design and optimise an 868 MHz rectifying antenna for a specified footprint and fixed load conditions, maximising RF-to-DC conversion efficiency.
Design, fabricate and test an antenna with a binary backscatter modulator using BASK or BPSK. Optimise sensitivity and power consumption in the UHF RFID band. Evaluation uses an 868 MHz continuous-wave signal.
Design, fabricate and test a near-field inductive receiver at 13.56 MHz, comprising a receiving coil, matching network and rectifier. Optimise transferred power and DC output under controlled magnetic-field excitation.
The 2027 technical requirement documents for all three topics will be announced. Please use the published 2027 specifications when preparing your entry.
Performance balances prototype dimensions, sensitivity and power consumption under the specified excitation conditions. Designs achieving the highest figure of merit (FOM) are the winners within the applicable topic.
FOM = P × [50 cm³ / (D1 × D2 × D3)] × [10 g / weight]
D1, D2 and D3 are the dimensions, in centimetres, of the box enclosing the prototype. Weight is measured in grams. The definition of P depends on the topic and must be taken from its technical requirements.
A panel of at least three experts from academia and industry evaluates the final entries:
The dedicated 2027 submission email or portal will be announced. Submit the project report with team details in a separate file, and include the full names of all members and their university affiliations in the submission message, not in the anonymous report.
If an acknowledgement is not received, contact the organising team. For enquiries while the competition channel is being finalised, email cclim@unimap.edu.my.
2027 competition guide and technical requirement downloads — To be announced.
For conference information, research participation, exhibitions or sponsorship enquiries, contact the organizing team.
Assoc. Prof. Ir. Ts. Dr. Lim Chee Chin
cclim@unimap.edu.my
Dr. Low Jen Hahn
lowjh@utar.edu.my
Assoc. Prof. Ts. Dr. Khairul Najmy Abdul Rani
khairulnajmy@unimap.edu.my