TRAVEO? T2G CYT3DL
Driving automotive instrument clusters and head-up displays (HUD) with a powerful 240 MHz Arm? Cortex?-M7 CPU and up to 4 MB flash
Introducing the TRAVEO? T2G CYT3DL: a cutting-edge microcontroller family tailored for automotive applications like instrument clusters and heads-up displays (HUD). With its robust 240 MHz Arm? Cortex?-M7 and Arm? Cortex?-M0+ 32-bit MCU core systems, it delivers exceptional performance. Featuring 4 MB flash, 384 KB RAM, and 128 KB work flash. It is 2.7 V to 5.5 V kow power operation.
The TRAVEO? T2G CYT3DL family offers a wide range of interfaces, including Ethernet, 4-channel CAN FD, up to 12-channel SCB, and 2-channel LIN-UART. It also includes a 2-channel SMIF supporting various modes. Its 2.5D engine, 2 MB VRAM, and versatile video-in and video-out options enhance its cluster capabilities. The family supports audio features like sound modules, PCM-PWM, I2S, and DAC.
Packaged in 216-pin TEQFP and 272-ball BGA, the TRAVEO? T2G CYT3DL family ensures design flexibility. It integrates seamlessly with various automotive systems through embedded peripherals and supports protocols such as CAN FD, LIN, CXPI, and Ethernet.
Experience the power of TRAVEO? T2G CYT3DL: the ultimate choice for automotive cluster excellence.
Key Features:
- Arm? Cortex?-M7 & Arm? Cortex?-M0+
- 2.5 D WVGA GFX, 2 MB VRAM
- 6-channel SMC + ZPD, Ethernet
- 4ch CAN FD, 12ch SCB, 2ch LIN-UART
- Up to 4 MB flash, 384 KB SRAM
- 1xVideo Int, 2xVideo Out, HYPERBUS?
- 2.5D engine, vector drawing
- Packages: 216-TEQFP, 272-BGA
- MIPI
- Up to 48x ADC channel, 135x GPIO
- Sound module, PCM-PWM, I2S, DAC
- S-grade Temperature ¨C40 ¡ãC to 105¡ãC
The TRAVEO? T2G CYT3DL offers one of the most scalable graphic MCU portfolio. In terms of performance, it offers single core Cortex-M7 up to 240 MHz, up to 2M Bytes embedded VRAM, GFX for up to 1280x480 display on two packages (216-TEQFP and 272-BGA). It is consuming below 457 mA in Active mode and 50 uA in Deep sleep mode with 32 KB RAM retention. Its mirrored embedded flash banks offer A/B swap capabilities.
Graphics subsystem supports 2D and 2.5D (perspective warping, 3D effects) graphics rendering up to 24-bit color resolution (RGB). The CYT3DL provides one capture engine for video input processing for ITU 656 or parallel RGB/YUV or MIPI CSI-2 input and up to 2 video output interfaces supporting 2 displays from parallel RGB, FPD-link
On-The-Fly rendering mode and hardware decompression enables the most cost-efficient smart Cockpit without high-end 3D SoC or a complex software. It features as well a dedicated best-in-
class standby mode controller, with its own voltage domain to, not only support low power modes, but also to perform certain operations such as analog measurements, CAN and LIN, RTC and basic processing while the rest of microcontroller is in standby.
Infineon's HMI Tool Certification Program is meticulously crafted to enhance the user experience when employing HMI tools together with our advanced TRAVEO? T2G graphics controllers. Our esteemed partners who meet the criteria for Infineon's HMI Tool Certification undergo a complete joint testing and evaluation of their integration with Infineon's reference use cases.
Through this collaborative methodology, Infineon aims to establish a network of reliable partners whose HMI tools seamlessly match the key hardware capabilities of our microcontrollers. By combining TRAVEO? T2G graphics controllers with these certified HMI tools, customers can reliably optimize their applications for peak performance.
Learn more
Our TRAVEO? T2G preferred design houses is a trusted partners' ecosystem that extends the support force by tailoring their know-how to meet your specific needs.
By partnering with one of our qualified preferred design houses, you can be assured that you'll receive expert advice and customized support to help you achieve your goals. Our team of professionals brings added value to customer service, working together to optimize your design and help you succeed in your business objectives.
We understand that every customer is unique, which is why we offer tailored solutions to meet your specific needs. From product-specific support to application-specific advice, our preferred design house is fully trained to use TRAVEO? T2G and provides a wealth of knowledge and expertise to help you succeed.
Together with our partners, we offer optimized customer support for systems using our products. Our preferred design houses are committed to delivering exceptional service and support to ensure your success. So why wait? Achieve your goals and take your business to the next level.
ModusToolbox?
ModusToolbox? Software is a comprehensive suite of development tools and embedded run-time assets that provide such a flexible and efficient development environment. ModusToolbox? Software provides specific tools and capabilities that support a seamless transition from the initial getting started setup, through the edit-compile-debug cycle of prototyping, and finally the retargeting of the embedded application to final hardware. The development environment supports TRAVEO? T2G Arm? Cortex? Microcontroller as well as including PSoC? Arm? Cortex? Microcontrollers.
Infineon TRAVEO? T2G AUTOSAR Software
The TRAVEO? AUTOSAR Software was introduced to the market in 2014 and has since undergone numerous improvements and upgrades. For the TRAVEO? T2G, a mature, feature-rich driver layer is now available, which is developed, maintained, and supported by in-house TRAVEO? experts. The TRAVEO? T2G AUTOSAR Software was developed in compliance with AUTOMOTIVE SPICE and ISO26262 standards, making it suitable for applications with safety targets up to ASIL-B. Additionally, the delivery package includes the EB Tresos? configuration tool, which comes with a node-locked license.
Register to the myInfineon Collaboration Platform (myICP) and gain access to additional microcontroller information: Technical add-on documentation, training, tools, and much more. Follow these steps to get started:
- Sign up to myInfineon here
- Send your access request to traveo@infineon.com (with your MyInfineon login name).
- You will receive a confirmation email explaining how to use your new access.
TRAVEO? T2G CYT3DL Block Diagram
Online Trainings / eLearning
- Direct memory access (or DMA) is a key technology that enables efficient data transfer and management without CPU involvement
- Become familiar with the transfer modes of the DMA and get to know some basic DMA use cases
- Know the features of the Inter-Processor Communication (IPC)
- Gain knowledge on basic use cases of the Inter-Processor Communication (IPC)
- Define MCU companions, list the challenges they address and describe some use cases
- Know about Infineon¡¯s automotive MCUs
- Understand the evolution of the cockpit architecture
- Recognize the importance of the central modules like head unit and cockpit domain controllers and get to know Infineon solutions and their components
- Be aware of the Ethernet¡¯s interface basic operations on AURIX? TC3xx and TRAVEO? T2G
- Identify which time-sensitive networking (TSN) features are supported by both generations¡¯ derivatives
- Identify common security threats to modern cars
- Understand how OPTIGA? TPM can help automotive systems achieve a high level of security and their applications in different use cases in various host environments
- Describe the main features of Infineon¡¯s TRAVEO? T2G microcontrollers
- Recognize the different variants that make up this family of products
- Infineon has a successful history of supporting various graphics applications in cars with displays.
- Infineon's TRAVEO? T2G microcontrollers are designed to meet size constraints, reduce costs, and improve performance and bandwidth for car displays, compared to system-on-chip solutions.
In this training, you will get to know the TRAVEO? T2G portfolio for body and graphics applications, its key features and safety functions, development kits, and finally TRAVEO?¡¯s automotive software and tool partner ecosystem.
TRAVEO? T2G protection units provide robust security and protection against malicious or unintended access.
With TRAVEO? T2G fault subsystem it is possible to detect and diagnose faults in microcontroller systems.
