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DeepCover® embedded security solutions cloak sensitive data under multiple layers of advanced physical security to provide the most secure key storage possible.
The DeepCover secure microcontroller MAX32520 provides an interoperable, secure, and cost-effective solution to build new generations of trusted embedded systems and communication devices such as IoT, IoT gateways, and wireless access points.
The MAX32520 incorporates Maxim's patented ChipDNA™ PUF technology. ChipDNA technology involves a physically unclonable function (PUF) that enables cost-effective protection against invasive physical attacks. Using the random variation of semiconductor device characteristics that naturally occur during wafer fabrication, the ChipDNA circuit generates a unique output value that is repeatable over time, temperature, and operating voltage. Attempts to probe or observe ChipDNA operation modifies the underlying circuit characteristics, preventing discovery of the unique value used by the chip cryptographic functions. The MAX32520 utilizes the ChipDNA output as key content to cryptographically secure all device stored data including user firmware. User firmware encryption provides ultimate software IP protection. The ChipDNA can also generate a private key for the ECDSA signing operation.
The MAX32520 integrates an Arm® Cortex® -M4 processor, 2MB of Flash, 136KB of system RAM + 34KB ECC, 8KB of one-time-programmable (OTP) memory and 128KB of boot ROM.
The MAX32520 provides a FIPS/NIST compliant TRNG, environmental and tamper detection circuitry to facilitate system-level security.
Multiple high-speed interfaces are supported including SPI, UART, and an I²C. The four on-chip timers also support PWM output generation for direct control of external devices. One of the SPI ports has a serial flash emulation mode allowing direct code fetching enabling secure boot for a host microcontroller.
The DeepCover secure microcontroller MAX32520 provides an interoperable, secure, and cost-effective solution to build new generations of trusted embedded systems and communication devices such as IoT, IoT gateways, and wireless access points.
The MAX32520 incorporates Maxim's patented ChipDNA™ PUF technology. ChipDNA technology involves a physically unclonable function (PUF) that enables cost-effective protection against invasive physical attacks. Using the random variation of semiconductor device characteristics that naturally occur during wafer fabrication, the ChipDNA circuit generates a unique output value that is repeatable over time, temperature, and operating voltage. Attempts to probe or observe ChipDNA operation modifies the underlying circuit characteristics, preventing discovery of the unique value used by the chip cryptographic functions. The MAX32520 utilizes the ChipDNA output as key content to cryptographically secure all device stored data including user firmware. User firmware encryption provides ultimate software IP protection. The ChipDNA can also generate a private key for the ECDSA signing operation.
The MAX32520 integrates an Arm® Cortex® -M4 processor, 2MB of Flash, 136KB of system RAM + 34KB ECC, 8KB of one-time-programmable (OTP) memory and 128KB of boot ROM.
The MAX32520 provides a FIPS/NIST compliant TRNG, environmental and tamper detection circuitry to facilitate system-level security.
Multiple high-speed interfaces are supported including SPI, UART, and an I²C. The four on-chip timers also support PWM output generation for direct control of external devices. One of the SPI ports has a serial flash emulation mode allowing direct code fetching enabling secure boot for a host microcontroller.
主要特征
- High-Efficiency Microcontroller for Secure Element IoT
- Arm Cortex-M4F with FPU Up to 120MHz
- 16KB Unified Code Cache
- 2MB PUF Encrypted Flash Memory with Cache Provides Ultimate Firmware IP Protection
- Low Latency On-the-Fly Decryption of Flash Execution
- 136KB SRAM + 34KB ECC
- 8KB User-Programmable OTP
- Secure Element
- PUF-Based Keys
- For Internal Flash Encryption
- For Strong Device Authentication
- Secure Boot Loader with Public Key Authentication and Serial Flash Emulation
- AES, SHA, and ECDSA Accelerators
- Hardware True Random Number Generator
- SP800-90B Compliant Entropy Source
- SP800-90A Compliant DRBG
- Die Shield
- Temperature and Voltage Tamper Monitor
- External Tamper Sensor with Random Dynamic Pattern
- PUF-Based Keys
- Power Management Maximizes Operating Time for Battery Applications
- Single 3.3V/2.5V/1.8V Supply
- Down to 3.2μA Backup Mode
- 15μs Wake-Up Time from Standby Mode
- Clock Gating, Power Gating, Registers, and Memory Retention Modes
- Multiple Peripherals for System Control
- One UART
- One I²C Interface
- QSPI
- Four Timers with PWM Capability
- Up to 27 General-Purpose I/O Pins with Selectable Output Driver Strength
- 4-Channel DMA Controller
- 4-Pin JTAG
应用/用途
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- 机顶盒
Parametric specs for Microcontrollers
| MCU Core | ARM Cortex-M4F |
| Internal Flash (KBytes) | 2048 |
| Core Clock Speed (MHz) (max) | 120 |
| Data Processing | 32-bit |
| Internal SRAM (KBytes) | 170 |
| Package/Pins | TQFN-CU/32 |
| Budgetary Price (See Notes) | $3.44 @1k |
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技术文档
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Why a Secure Micro with PUF Is a Strong IoT Hacking Defense
How ChipDNA PUF Technology Delivers the Highest Level of IoT Security描述
The MAX32520 evaluation kit (EV kit) provides a platform for evaluation capabilities of the MAX32520 for secure element IoT utilizing Maxim’s proprietary PUF (physically unclonable function) technology.
The MAX32520 integrates an Arm® Cortex® M4 processor with FPU, 2MB of flash, 136KB of system RAM and 34KB ECC, 8KB of one-time-programmable (OTP) memory and 128KB of boot ROM. It provides a FIPS/ compliant TRNG, as well as environmental and tamper detection circuitry to facilitate system-level security. Multiple high speed interfaces are supported including SPI, UART, and an I2C. One of the SPI ports has a serial flash emulation mode allowing direct code fetching enabling secure boot from a host microcontroller.
查看详情特征
- Arm® Cortex® M4 Processor with FPU with ChipDNA™ PUF Technology
- USB 2.0 Micro B to Serial UART
- Serial UART Access Selectable Through a USB 2.0 Serial Bridge or from an Optional Host Processor
- Security Self-Destruct Jumper
- Arm® or SWD JTAG 20-Pin Header and Cortex 10-Pin Header
- 40-Pin Connector for Interfacing to a Host Processor
- 16-Pin Ribbon Cable Connector for Interfacing to QSPI
- Three PMOD Connectors for Interfacing to SPI, I2C, or Timer Modules
- Select GPIOs Accessed Through Shared 0.1in Headers
- Board Power Provided by Either USB Port or from a Host Processor
- Onboard 1.8V, 2.5V, and 3.3V Regulators for IC and Peripherals
- Individual Power Measurement on All IC Rails Through Jumpers
- Two General-Purpose LEDs and One General- Purpose Pushbutton Switch
描述
The MAX32520FTHR evaluation kit provides an inexpensive and convenient platform for evaluating the MAX32520 secure Arm® Cortex®-M4 processor with FPU that incorporates Maxim’s patented ChipDNA™ PUF technology and other security features. The featherwing form factor and USB connectivity enable rapid prototyping and firmware development.
查看详情特征
- Featherwing Form Factor for General Hardware Prototyping
- PMOD Connector for Interface with PMOD-Compatible Peripherals
- USB Controller for High-Speed Data Transfer with a PC Host
- SWD Port for Programming and Debugging
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参量
Parametric specs for Microcontrollers
| MCU Core | ARM Cortex-M4F |
| Internal Flash (KBytes) | 2048 |
| Core Clock Speed (MHz) (max) | 120 |
| Data Processing | 32-bit |
| Internal SRAM (KBytes) | 170 |
| Package/Pins | TQFN-CU/32 |
| Budgetary Price (See Notes) | $3.44 @1k |
主要特征
- High-Efficiency Microcontroller for Secure Element IoT
- Arm Cortex-M4F with FPU Up to 120MHz
- 16KB Unified Code Cache
- 2MB PUF Encrypted Flash Memory with Cache Provides Ultimate Firmware IP Protection
- Low Latency On-the-Fly Decryption of Flash Execution
- 136KB SRAM + 34KB ECC
- 8KB User-Programmable OTP
- Secure Element
- PUF-Based Keys
- For Internal Flash Encryption
- For Strong Device Authentication
- Secure Boot Loader with Public Key Authentication and Serial Flash Emulation
- AES, SHA, and ECDSA Accelerators
- Hardware True Random Number Generator
- SP800-90B Compliant Entropy Source
- SP800-90A Compliant DRBG
- Die Shield
- Temperature and Voltage Tamper Monitor
- External Tamper Sensor with Random Dynamic Pattern
- PUF-Based Keys
- Power Management Maximizes Operating Time for Battery Applications
- Single 3.3V/2.5V/1.8V Supply
- Down to 3.2μA Backup Mode
- 15μs Wake-Up Time from Standby Mode
- Clock Gating, Power Gating, Registers, and Memory Retention Modes
- Multiple Peripherals for System Control
- One UART
- One I²C Interface
- QSPI
- Four Timers with PWM Capability
- Up to 27 General-Purpose I/O Pins with Selectable Output Driver Strength
- 4-Channel DMA Controller
- 4-Pin JTAG
应用/用途
- null
- null
- null
- null
- 机顶盒
描述
DeepCover® embedded security solutions cloak sensitive data under multiple layers of advanced physical security to provide the most secure key storage possible.
The DeepCover secure microcontroller MAX32520 provides an interoperable, secure, and cost-effective solution to build new generations of trusted embedded systems and communication devices such as IoT, IoT gateways, and wireless access points.
The MAX32520 incorporates Maxim's patented ChipDNA™ PUF technology. ChipDNA technology involves a physically unclonable function (PUF) that enables cost-effective protection against invasive physical attacks. Using the random variation of semiconductor device characteristics that naturally occur during wafer fabrication, the ChipDNA circuit generates a unique output value that is repeatable over time, temperature, and operating voltage. Attempts to probe or observe ChipDNA operation modifies the underlying circuit characteristics, preventing discovery of the unique value used by the chip cryptographic functions. The MAX32520 utilizes the ChipDNA output as key content to cryptographically secure all device stored data including user firmware. User firmware encryption provides ultimate software IP protection. The ChipDNA can also generate a private key for the ECDSA signing operation.
The MAX32520 integrates an Arm® Cortex® -M4 processor, 2MB of Flash, 136KB of system RAM + 34KB ECC, 8KB of one-time-programmable (OTP) memory and 128KB of boot ROM.
The MAX32520 provides a FIPS/NIST compliant TRNG, environmental and tamper detection circuitry to facilitate system-level security.
Multiple high-speed interfaces are supported including SPI, UART, and an I²C. The four on-chip timers also support PWM output generation for direct control of external devices. One of the SPI ports has a serial flash emulation mode allowing direct code fetching enabling secure boot for a host microcontroller.
The DeepCover secure microcontroller MAX32520 provides an interoperable, secure, and cost-effective solution to build new generations of trusted embedded systems and communication devices such as IoT, IoT gateways, and wireless access points.
The MAX32520 incorporates Maxim's patented ChipDNA™ PUF technology. ChipDNA technology involves a physically unclonable function (PUF) that enables cost-effective protection against invasive physical attacks. Using the random variation of semiconductor device characteristics that naturally occur during wafer fabrication, the ChipDNA circuit generates a unique output value that is repeatable over time, temperature, and operating voltage. Attempts to probe or observe ChipDNA operation modifies the underlying circuit characteristics, preventing discovery of the unique value used by the chip cryptographic functions. The MAX32520 utilizes the ChipDNA output as key content to cryptographically secure all device stored data including user firmware. User firmware encryption provides ultimate software IP protection. The ChipDNA can also generate a private key for the ECDSA signing operation.
The MAX32520 integrates an Arm® Cortex® -M4 processor, 2MB of Flash, 136KB of system RAM + 34KB ECC, 8KB of one-time-programmable (OTP) memory and 128KB of boot ROM.
The MAX32520 provides a FIPS/NIST compliant TRNG, environmental and tamper detection circuitry to facilitate system-level security.
Multiple high-speed interfaces are supported including SPI, UART, and an I²C. The four on-chip timers also support PWM output generation for direct control of external devices. One of the SPI ports has a serial flash emulation mode allowing direct code fetching enabling secure boot for a host microcontroller.
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