Building upon proven SIM technology, MIMs secure the identity of machines communicating on cellular networks and provide security authentication and ciphering information among other features. MIMs are optimized to:
- Survive extremes of vibration
- and humidity common to M2M applications
- Endure a long life span (ex: 10+ years)
- Occupy a small footprint (miniaturization)
- Withstand and integrate into industrial manufacturing processes.
Semiconductor packaging (SMD) resistant to high temperature (105°C), shocks, vibrations and humidity.
Ideal for consumer M2M applications Miniaturized, standardized format (TS 102.671) Resistant to theft. GSM standard.
Ideal for replacement of classic SIM in existing modems. Standard SIM card format but made with a more robust material.
Smartjac OTA platform permits Operators to administer their SIM cards remotely and effectively managing preferred roaming agreements.
Miniaturized standardized format (TS 102.671) Resistant to theft. Semiconductor packaging (SMD) resistant to high temperature (105°C), shocks, vibrations and humidity.
M2M and IoT applications present new technology challenges, and in many cases, standard components designed for consumer devices are not ideally suited to the job. To meet the need for an M2M optimized SIM card that is ruggedized for long life in extreme conditions, R&D developed a specialized platform called the Machine Identification Module - MIM™ that has quickly become the preferred solution for enabling secure cellular connections.
A tamper-resistant secure element to provide a secure environment for the storage and processing of sensitive data.
Accelerating the adoption of eSIM around the world.
In its most basic form, SMARTJAC eSIM Platform As A Service is just a digital replacement of what an operator does today when they hand out plastic SIM cards and assign them to subscriber profiles in their systems when they are activated.
Except now instead of plugging in the SIM card, the user downloads a digital SIM profile to the device after scanning a QR code provided by SMARTJAC managed platform.
Mobile Network Connection:GSM,CDMA 2000,WCDMA,USIM,ISIM,RUIM,LTE
Algorithms: DES/T-DES/SM1/SM4/SSF33/RSA/SM2/- SHA1/SM3/CRC
Interface: ISO/IEC 7816-3 Serial interface/GPIO/SPI/SWP
Secruity Certifcation EAL4+,BCTC
Card Demension:25 x 15 x0.8mm Material: Plastic/PVC
Mobile Network Connection:2G/3G/4G
Operating temperature:-40°C to 105°C
-lndustrial and machine-to-machine
Frequency 13.56 MHz
Suitable for ordinary mobile phone terminals
The SE module is embedded in the SIM card
RF controller and antenna embedded in SIM card
Support 3GPP and 3GPP2, ISO 14443-A
Support card mode, card reader mode, peer-to-peer mode
Application: Consumer IoT, Industrial IoT,Vehicle IoT
SWP-SIM, also known as SIMepay, consists of a CLF module, an SE module, a high frequency 13.56MHz RF amplifier and an antenna. SIMepay actively sends a signal synchronized with the POS carrier signal to implement near field payment. SIMepay
can load a variety of mobile payment applications such as micro- payment applications and city bus cards.
OTA (over the air)is a data-value-added service that enables users to obtain personalized information services by dynamically downloading, deleting, and updating the business menus in the SIM card through a mobile terminal or a server(online). OTA service (Over-the-Air Technology) is a technology face of mobile communication (GSM or CDMA).
The air interface can use WAP, GPRS, CDMAlX and SMS technology. Through the OTA download technology, mobile phone users can download various service menus provided by the network to the mobile phone according to personal preferences, and can also customize the specific service according to their own wishes.