World's first fully integrated NFC & EPC Gen2V2 dual-frequency RFID solution
from EM Microelectronic
The EM4423 enables cost-optimized 1:1 retailing
MARIN, Switzerland, 14 April - Today, EM Microelectronic, the semiconductor company of the Swatch Group, announces the EM4423, the world’s first RFID circuit featuring a UHF EPC Gen2V2 RF and an NFC Type 2interface. The EM4423 is uniquely suited for manufacturers/brands which are compelled to support EPC functionality for retail logistics and inventory control, but who also want to communicate directly with the consumer for marketing and advertising, product authenticity, and product registration on a per-item level.
With common rewritable memory areas, a common Unique Identifier (UID) and value-added privacy and security features, the EM4423 also simplifies adoption of EPC inventory control procedures by smaller retailers who are not willing or able to make the substantial investment required for specialized RFID equipment and software. Similar functionality can be achieved through the use of mobile devices, such as smartphones and tablets and applications.
As a single chip NFC/EPC solution with common memory, the new device offers several unique and valuable capabilities:
- One-step NFC/EPC inlay manufacturing
- Dual-interface memory access (NFC and/or EPC)
- EPC for fast data collection & long range
- NFC access to consumer data and secured access (e.g. digital signature for tag and product authenticity)
- NFC field powering option for increased UHF performance and reading range
- NFC access counter readable through EPC air interface
- Enhanced privacy features including EPC Gen2V2 “UNTRACEABLE” command
- Large User Data - more than 2Kbit
“With its unique feature set, combining traditional EPC Gen2 logistics capabilities with the customer-focused benefits of NFC, the EM4423 is creating quite a bit of excitement with our RFID customers,” commented Michel Willemin, CEO of EM Microelectronic. “By enabling a low-cost, unified solution for logistics and marketing, EM brings value to and simplifies the lives of both small retailers and product manufacturers looking to differentiate their products.”
EM Microelectronic will be demonstrating its EM4423 EPC/NFC dual frequency solution, the EM4327 secure messaging RFID, and other RFID, Bluetooth Smart and NFC solutions in a private meeting room at RFID Journal LIVE! 2015, in San Diego, California from April 15-17. For more information on EM’s RFID, Bluetooth Smart and NFC solutions, please refer to our vendor information on www.rfidconnect.com or visit www.emmicroelectronic.com.
Notes to editors
EM Microelectronic, a Swiss semiconductor manufacturer, designs and produces ultra-low-power, low-voltage, digital, analog and mixed-signal integrated circuits for battery-operated and field-powered devices in wearable, consumer, automotive and industrial applications. The company is specialized in customer specific integrated circuit and display solutions; its product portfolio includes Bluetooth Smart controller ICs and beacons, the SENtral sensor fusion co-processor, display drivers and capacitive touch controllers, NFC & RFID tag and reader ICs, 2.4GHz CoolRF digital wireless transceivers, long range 2.4GHz transceivers, embedded flash microcontrollers, power management ICs, smartcard ICs, timing circuits, sensor interface and optoelectronic ICs, as well as plastic LCDs and display modules.
EM Microelectronic is one of the electronic systems companies within the Swatch Group, producing and assembling ultra-low power, miniaturized and accurate microelectronic components and systems.
Caption: Dual-frequency RFID for 1:1 retailing
Photo courtesy MTA New York City Transit / Marc A. Hermann, used under CC BY 2.0 / derivative work.
For further information please contact:
Monika Ailinger, tel +41 41 850 44 24, fax +41 41 850 45 29, firstname.lastname@example.org
EM Microelectronic - Marin SA
Thomas Gyger, tel +41 32 755 51 00, email@example.com
For North America
EM Microelectronic - US, Inc.
Mark Jakusovszky, tel +1 719-337-3179, firstname.lastname@example.org