Introducing the SGP-TC-EVK: A Comprehensive Smart Gateway Platform for Advanced Automotive Applications
STMicroelectronics has launched the SGP-TC-EVK, an innovative Smart Gateway Platform evaluation kit, designed to empower automotive engineers with a versatile and secure development environment. Built to support modern automotive gateway and domain controller applications, the SGP-TC-EVK integrates cutting-edge processing power and real-time network performance, ideal for critical tasks like Over-The-Air (OTA) management, CAN-to-Ethernet routing, intrusion detection, and more.
Powerful Processing and Security
The platform is equipped with ST’s advanced SPC58NH92C5 microcontroller and STA1385 microprocessor, offering exceptional computational abilities and high security standards. The SPC58NH92C5 is built with triple e200z4d cores running at up to 200 MHz, with 10 MB of embedded flash memory and 1.28 MB RAM. This secure automotive microcontroller also supports ISO 26262 ASIL-D SEooC, ideal for safety-critical automotive applications.
Meanwhile, the STA1385 microprocessor, featuring dual Arm® Cortex®-A7 cores running at 600 MHz, ensures fast processing and is backed by an Arm® Cortex®-M3 core for real-time operations. Its hardware security module supports both symmetric and asymmetric cryptography, enhancing protection against cyber threats.
Comprehensive In-Vehicle Network Interfaces
Designed to handle complex automotive communications, the SGP-TC-EVK comes equipped with a wide array of in-vehicle network interfaces, including:
1x FlexRay
6x CAN FD CMOS and 4x CAN FD
5x 100BASE-T1 and 1x 1000BASE-T1 automotive Ethernet ports via a secure Ethernet switch
5x LIN CMOS and 1x standard LIN
These interfaces enable seamless connectivity across multiple vehicle networks, allowing the platform to serve as a powerful automotive gateway capable of routing data between systems while maintaining secure and real-time communication.
Connectivity and Expansion Options
One of the standout features of the SGP-TC-EVK is its integration with M.2 and Mini PCIe connectors, allowing users to add Wi-Fi and LTE modules to enhance cloud connectivity. These options make the platform perfect for prototyping applications requiring external communication, such as OTA updates and predictive maintenance.
Versatile Memory and Storage Capabilities
The SGP-TC-EVK also supports various memory interfaces, including eMMC, DDR3L, LPDDR2, and parallel NAND flash, allowing for extensive memory expansion and flexibility. It also includes OctalBus and SQI NOR interfaces for even greater versatility in managing complex automotive data.
Security at the Core
Security is a key concern in modern vehicles, and the SGP-TC-EVK addresses this with a suite of secure elements. The platform includes an embedded Hardware Security Module (HSM), an ST33G1M2A Secure Element, and a TCG-certified Trusted Platform Module (TPM) for robust key management and secure data storage. These features, combined with ST’s tamper-resistant vault technology, ensure that sensitive information remains protected from cyber threats.
Starter Package for Quick Prototyping
STMicroelectronics provides a comprehensive Starter Package with the SGP-TC-EVK, including hardware design files, documentation, software utilities, and sample applications to help engineers get started quickly. This package ensures a smooth development process for building automotive gateway and domain controller prototypes, allowing for faster time-to-market and increased innovation.
Ideal Use Cases
The SGP-TC-EVK is ideal for various automotive applications, including:
OTA update management
CAN-to-Ethernet secure routing
Real-time network performance
Intrusion detection and predictive maintenance
Low-power body control management
With its robust set of features, this smart gateway platform is positioned to drive the next generation of connected and secure automotive systems.
The SGP-TC-EVK is now available for automotive engineers and developers looking to prototype and develop advanced, secure automotive gateway applications.
To know more ...
Click here
Comments