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Your digital wallet in your secure wearable
A highly integrated and cost-optimized white label platform to digitize any secure NFC service such as payment, ticketing, transport and access.
MK101 Solution is a whole suite of products and services designed to support the development of your “wearable as your personal wallet”.
A reference design and development platform with secure NFC and BLE functionalities, combined with an additional plug board for developing additional features such as fingerprint, display, sensors or LTE connectivity amongst others.
Ready for manufacturing and volume deployment. It can be used as is, adapted to your preferred form factor, or as the qualified basis for your next electronic design and device development of your own wearable functionality.
A pre-integrated platform with selected service providers and their wallet server platforms (contactless payment and closed-loop applications). EMVco pre-certified.
A mobile phone Android and iOS white label wallet application, for users to manage their digital credentials on their secure wearable device.
State of the art security
Featuring NXP Semiconductors PN80T series IC, a tamper-proof, banking grade secure element + NFC controller interface in one
Low BoM
Cost-optimized solution in terms of BoM to ease the deployment of your own branded NFC-enabled wearable
High integration
Highly integrated design with minimal size allows it to be integrated in several wearable form factors
Long battery lifetime
Benchmark battery lifetime compared to similar solutions and it supports both contact and NFC battery charging
Outstanding RF performance
Cutting-edge antenna design achieving EMVCo reading range without any additional booster
Usable as development platform
The architecture of MK101 allows you to easily add features, develop test strategy for MP or develop your own platform
CD-CVM
Pin code entry. No one else can use it except you
Digital wallet
All your cards and keys securely saved in one place, comfortably loaded and organized through your mobile phone app
FW upgrade over the air
Easy and secure firmware updates over-the-air through your phone interface
Wireless charging
An NFC energy harvesting system that allows the battery to be charged (with compatible charger)
NFC-ready payment device
MK101 EMVCo pre-certified platform and the integration with NXP's mWallet 2GO offers a ready-to-go NFC wearable payment solution
MIFARE® compatible
MIFARE4Mobile® ready for hosting and managing MIFARE based services
MK101 is a proven and ready-to-go NFC-enabled core platform. It is the minimum system footprint to enable secure NFC services in a wearable form factor. Our solution is a completely optimized bill of materials, size, power consumption, RF performance, antenna tuning and firmware stack.
Core Board
Get rid of main economic and technological barriers and improve your time to market. Leverage MK101 as a solid base to build your NFC-enabled secure wearable.
Extension board for development
Check the different customized documentation and support levels of the MK101 Solution through the specific MK101 Kit product details.
MK101 Kit
Get a head start on your wearable development, and save cost and time during the prototyping and development phase in order to meet your goals faster. Focus on the added value of your solution beyond NFC technology.
Related topics
A set of hardware, software tools and documentation to prototype your idea and accelerate the time to market of your new NFC wearables
MobileKnowledge is pleased to announce the release of the MK101 Solution, a highly integrated and cost-optimized white label platform to digitize any secure NFC services
Add NFC technology to your wearable…
and turn your device into a payment, transport, loyalty, or access card
More and more, small battery-driven devices such as wearables are increasingly available. With their low power consumption, the challenge is to use NFC technology for battery charging
When integrating NFC technology into wearable devices, the impact on the power consumption is a key concern. The Connected Device has been characterized in terms of power consumption to support wearable manufacturers so they may assess the power requirements of devices using similar architecture