Richint Technology Corp.(RIT) is the leading secure NFC system products and solutions provider.
In the connected world the trusted component plays the essential role for service and applications. No matter it is for people or device, security should be guaranteed without being an obstacle. RIT cares the needs with tailored system solutions for the best user experience for both developers and end customers.
As the leading pioneer to integrated the contactless antenna system with security semiconductors in ultra-small packages, RIT reduced the complexity of secure NFC system and enables fast design of smart devices.
Boosted NFC MicroSD card was the first commercially launched product of RIT. It integrates the Secure Element(SE) and NFC front-end within a MicroSD Card to enable secure payment and other applications on mobile. In association with the Peoples Bank of China(PBoC) and the MTPS TSM, the product was volume deployed with the EMVCo payment application for mobile devices. Among several suppliers, RIT was the only one being selected due to the product's best contactless transaction performance and the broadest adapatability to handsets.
After the announcement of All-in-One NFC SE (RIT-Core) in 2015, RIT established the collboration with mobile handset IC platform and further developed the reference design of connected wearble devices. The RIT-Core integrates SE with active NFC frontend as well as micro antenna for embedded systems. It collaborates seamlessly with TSM and received the certification of CFCC for mobile finance multi-applications. Several mobile and wearble devices were developed by OEMs using the RIT-Core afterwards.
The Bluetooth-Low-Engergy technology enables the internet connectivity of SE with any smart devices. With the highest integration level, the RIT-Nano provides the BLE API for access to SE thus build the easy path of development on IoT security applications. RIT also captured the demand of aggregated payment acquiring smart devices and developed the secure Smart Phone PoS for payment networks.