M2M For industrial and automotive

Transcription

1 M2M For industrial and automotive

2 Content ST at a glance... 4 Where to find us... 5 The value chain... 5 Secure MCU... 6 Focus on ST33 secure microcontrollers... 6 M2M fields of application... 7 What is M2M... 7 Industrial... 7 Automotive... 7 Industrial and Automotive requirements... 8 Product qualification... 9 Continuous Improvement Program... 9 Our M2M Solutions...10 ST32 Standard M2M platform ST32 Standard M2M Commercial Derivatives ST32 main features ST33 Secure M2M platform Security and certifications ST33 Secure M2M Commercial Derivatives ST33 main features... 11

3 ST at a glance The value chain STMicroelectronics is a global leader in the semiconductor market serving customers across the spectrum of sense & power, automotive and embedded processing solutions. From energy management, healthcare or data security, ST is in every step of your daily life and its microelectronic devices make a positive and innovative contribution to people s lives. Suppliers Assembly line and final test back-end 4 79sales offices in35 countries We purchase silicon ingot, raw materials, equipment, energy, gas, chemicals and services from many suppliers and subcontractors. R&D conception and design New products are created in a multistep process including architecture conception, electrical layout, electrical and logic simulation, chip layout and generation of the mask that will be used to etch the design in silicon. Manufacturing front-end The manufacturing of chips is a process of around 400 separate stages, starting with a plain silicon wafer, and resulting in the etching of several hundreds to thousands of dice. Electrical wafer sorting We electrically test the dice on the wafer. It is also known as wafer sort or probing. The dice are cut from the silicon wafer before being assembled in a package. The chips are then tested prior to delivery to the customer. Business customers We offer a broad range of products and we serve a wide range of customers across the markets described below. 5 Where to find us A global semiconductor leader The largest European semiconductor company 2014 net revenues of US$ 7.40bn Approximately 43,600 employees worldwide 12 manufacturing sites 79 sales offices in 35 countries Listed on New York Stock Exchange, Euronext Paris and Borsa Italiana, Milano Advanced research and development centers around the globe: ~ 15,000 patents ~ 9,000 patent families More than 500 new filings in 2014 ~ 8,700 people working in Research and Development, and Product Design Our automotive products are making driving safe Our smart power products are allowing our mobile products to operate longer and making more of our energy resources Our digital consumer products are powering the augmented digital lifestyle Our MEMS & Sensors are augmenting the consumer experience Our microcontrollers are everywhere making everything smarter and more secure

4 1996 1st French ITSEC E3-High certificate on ST16601 Secure MCU EAL5+ Common Criteria 1st EAL4+ Common certificate on secure RF Criteria certificate platform with elliptic curve on ST19SF08 cryptographic (ECC) library 2005 EAL5+ Common Criteria certificate on a 32-bit microcontroller 2010 ST33 integrates Flash technology & ARM SecurCore SC300 TM processor st EAL6+ Common Criteria on ST23 contactless platform with RSA/ECC cryptographic library (NesLib) ST31 contact & 250 million ST33 contactless platforms units shipped to date integrate Flash technology EAL5+ Common Criteria Awarded France certificate on ST31 Cybersecurity label 32-bit MCU with ARM SecurCore SC000 processor WHAT IS M2M With the growth of Connected Things, more and more objects, devices, machines and automotive systems are being connected through cellular networks using 2G, 3G and 4G technologies. When connected, the remote device communicates with other machines or computer servers to transfer data and receive instructions ensuring the complete life cycle management of the connected device. To provide such data communication with the cellular network, SIM technology plays a key role in M2M (Machine to Machine) applications. SIM for M2M applications are based on traditional SIM technology which is reinforced to operate in harsh conditions and is enhanced with state-of-the-art security and larger memory capacity to fulfill the latest standards such as the GSMA s Embedded SIM specification for the remote provisioning and management of machine-to-machine connections. Such applications require the use of advanced secure microcontrollers including a comprehensive set of SMD (Surface Mounted Device) packages to operate in various environments and fit in small dimensions. Additionally, M2M refers to applications used to secure communication between subsystems such as electronic components or modules connected with a wire interface. As more and more assets such as private data, sensitive user information, and secret keys are stored in machines, devices and automotive systems need to be protected from malicious attacks; secure microcontrollers play a key role in these kinds of applications. 6 ST s Secure Microcontroller product portfolio covers mobile and secure applications, offering compliance with the latest security standards such as Common Criteria up to EAL6+ and EMVCo or specific standards including ICAO as well as TCG 1.2 and 2.0. Our secure microcontrollers cover a complete range of interfaces for both contact and contactless communication, including ISO/IEC 7816, ISO/IEC Types A & B, ISO/IEC 18092, VHBR, NFC, USB, SPI and I²C. ST s Secure Microcontroller platforms rely on a highly-secure architecture combined with leadingedge CPUs, such as ARM s SC300 TM and SC000, and advanced embedded non- volatile memory technologies such as 80 nm embedded Flash and embedded EEPROM technologies. FOCUS ON ST33 SECURE MICROCONTROLLERS The ST33 secure microcontroller family is designed to meet advanced security and performance requirements for applications including NFC SIM Secure Element, NFC embedded Secure Element, embedded UICC for Consumer, and Machine to Machine Industrial & Automotive segments. With the latest ARM SecurCore SC bit RISC processor and an architecture optimized for high performance, the ST33 platform offers large memory capacity, multiple communication interfaces and certified cryptographic libraries in different form factors including wafers, SIM modules, DFN and WLCSP. The platform addresses the highest security standards including Common Criteria up to EAL5+ and EMVCo. M2M FIELDS OF APPLICATION INDUSTRIAL Monitoring Alarm Utilities Vending machine Remote control Mobile health AUTOMOTIVE Road charging Tracking device Tachograph Navigation ecall M2M applications can be clustered into two segments addressing either Industrial or Automotive systems. Indeed, depending on the field of application, product qualification, compliance with standards or product certification can differ. 7 Secure zone RAM Enhanced HW MPU and 3DES/AES accelerator Flash ST33 ARM SC300 core Timers PKI cryptoprocessor SWP SPI GPIOs ISO7816

5 Industrial and Automotive requirements M2M applications can be addressed either with the ST32 Standard M2M platform or the ST33 Secure M2M platform, depending on the level of security required by the application. The ST32 Standard M2M platform fulfills the requirements of an embedded SIM for cellular applications. The ST33 Secure M2M platform is designed to be used as an embedded SIM compliant with the GSMA s specification for the remote provisioning and management of machine to machine connections allowing the management of several Mobile Network Operator profiles on the same device. Additionally, the security features available on the ST33 secure M2M platform enable authentication between subsystems, data encryption and key generation, while data such as secure keys, certificates, or other sensitive data can be stored securely and can only be modified by authorized people. These devices are designed to perform services like platform integrity such as Secure Boot ensuring that both the subsystem s hardware and software have not been compromised. PRODUCT QUALIFICATION The product qualification performed in the industrial field follows industrial grade JEDEC Standards applicable to the microelectronics industry. The product qualification performed in the automotive field complies with AEC-Q100 Standards. Those standards are defined and managed by the Automotive Electronics Council (AEC) and are required in the Automotive electronics industry. PPAP level 3 documentation (Product Part Approval Process) can be delivered on customer request by ST. This document provides all the evidences that the ST Automotive products have been developed, qualified and produced to meet the Automotive Customer requirements. CONTINUOUS IMPROVEMENT PROGRAM ST s Continuous Improvement Program implements a very innovative solution for failure analysis on the ST33 Secure Platform. The ST process flow integrates a reinforced control plan that ensures a test coverage above 98% and includes statistical tools for protecting our customers from any quality or reliability issues in the field. 8 9 Key industrial applications: Vending machines Remote control Remote monitoring Alarms and security Energy and utilities Mobile health (mhealth) Industry 4.0 Platform integrity Key automotive applications: ecall Connected cars In-car infotainment Intelligent transport systems (ITS) Fleet management Vehicle tracking Pay-as-you-drive insurance Java Card applications Platform integrity

6 Our M2M Solutions ST33 32bit ARM SC300 CPU 1.2MB eflash in 80nm DES, AES, ECC, RSA Co-processors 10 Based on a very large experience in secure mobile transactions and automotive applications, ST s M2M platforms provide solutions that enable secure wire and wireless communication between connected devices exploiting the Internet of Things. ST s M2M product families are designed to reach high levels of performance such as more than 500,000 erase/write cycles per page over an extended temperature range from 40 to +105 C under very harsh environmental conditions. Thanks to its native Page Flash robustness, and the increased failure analysis capability, STMicroelectronics can target very low ppm levels in line with the expectations of automotive customers. ST manufacturing plants in Europe have been qualified and certified to improve flexibility, service and ensure the implementation of our Business Continuity Plan (BCP). ST32 32bit ARM Cortex M3 CPU 512KB eflash in 90nm DES Co-processors ISO 7816 No CC Certification DFN8 30 mm 2 DFN8 6x5 (MFF2) remains the standard package for Automotive segment. For Industrial segment, the product can be delivered in wafer, D68 (3FF) or D18 (4FF) micro modules. ISO 7816, SPI M/S Certified CC EAL5+ ST33 SECURE M2M PLATFORM The ST33 Secure M2M platform is based on an ARM SecurCore SC bit RISC which is Common Criteria certified (CC EAL5+). It features up to 1280 Kbytes of embedded Flash memory, symmetric and asymmetric cryptographic engines and a large number of communication interfaces. It is designed to be used as an embedded SIM compliant with the GSMA s specification for the remote provisioning and management of machine-to-machine connections. The ST33 Secure M2M platform can be used as a Secure Element to protect sensitive information or ensure platform integrity.. DFN8 30 mm 2 UFDFPN mm 2 WLCSP Thin 7 mm 2 DFN8 6x5 (MFF2) remains the standard package for Automotive segment. For Industrial segment, the product can be delivered in wafer, D68 (3FF) or D18 (4FF) micro modules ST33 MAIN FEATURES 30 Kbytes of User RAM Up to 1.2 Mbytes of user Flash memory with OTP area 10 year data retention at 105 C, or 17 years at 85 C 500,000 erase/write cycles per page 256 Bytes of OTP for user ISO/IEC 7816, SPI master & slave and 7 GPIO interfaces Hardware security-enhanced DES and AES accelerators RSA and ECC cryptographic algorithms EAL5+ CC certification ST33G1M2M is qualified according to JEDEC specifications for Industrial applications ST33G1M2A is qualified in compliance with AEC-Q100 rev G specifications for Automotive applications 11 ST32 STANDARD M2M PLATFORM The ST32 Standard M2M platform is based on an ARM Cortex -M3 32-bit core. It features up to 512 Kbytes of embedded Flash memory and a standard DES cryptographic engine to enable secure authentication. It is designed to be used as an embedded SIM for cellular applications. ST32 MAIN FEATURES 12 Kbytes of User RAM Up to 512 Kbytes of user Flash memory with OTP area 10 year data retention at 105 C, or 17 years at 85 C 500,000 erase/write cycles per page 128 Bytes of OTP for user Hardware data encryption accelerator (DES) ST32G512M is qualified according to JEDEC specifications for Industrial applications ST32G512A is qualified in compliance with AEC-Q100 rev G specifications for Automotive applications SECURITY AND CERTIFICATIONS Beyond the encryption of data, signing of data, or pure authentication mechanisms, the ST33 secure microcontroller is designed to store secret information and keep it safe while being used. The ST33 M2M platform for Industrial and Automotive applications embeds state-of-the-art hardware security to resist against modern attempts to break its cryptosystems such as side-channel, fault injection and physical attacks. To guarantee a high level of security and ensure that your assets are protected, the ST33 M2M platform has been evaluated according to Common Criteria for Information Technology Security. It is the reference for the international standard (ISO/IEC 15408) of computer security. Under this standard, the ST33 M2M platform is certified according to the high security level of Common Criteria EAL5+. ISO/IEC 7816 interface ST33 SECURE M2M COMMERCIAL DERIVATIVES ST32 STANDARD M2M COMMERCIAL DERIVATIVES Flash memory (Kbytes) Industrial Automotive 512 ST32G512M ST32G512A 416 ST32G416M ST32G416A 320 ST32G320M ST32G320A 256 ST32G256M ST32G256A Flash memory (Kbytes) Industrial Automotive 1280 ST33G1M2M ST33G1M2A 1024 ST33G1M0M ST33G1M0A 896 ST33G896M ST33G896A 768 ST33G768M ST33G768A 640 ST33G640M ST33G640A 512 ST33G512M ST33G512A 384 ST33G384M ST33G384A

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