Vision Hdmi Module

[Cynthia Skane]

The IO352 is a powerful lowest latency vision FPGA processing I/O module for use with the Performance and Baseline real-time target machines, and Simulink. Currently supported vision interfaces include USB-UVC, GigE Vision SDI, HDMI, and Display Port.

Data from the IO352 and additional installed I/O modules can be combined and used to build ultra-high fidelity real-time controls and vision applications. Such applications include detection, robotics, medical imaging, machine vision, and ADAS/AD, as well as camera emulation and video fault insertion support.

The IO352 provides low-latency interfaces to application components running on the CPU or additionally installed Simulink-programmable FPGA I/O modules. You can define within Simulink which components of your Simulink model run on the multi-core CPU or one of the multiple FPGAs.

Pricing information
We don't publish pricing information on our website. Upon request by e-mail or phone we can provide a complete price list covering our entire product portfolio in various currencies. We recommend that you get in touch with us to discuss your specific needs. We can then quickly provide you with a tailored quotation including technical and pricing information.

The integrated neural network processing unit (NPU) was designed from the ground up to execute deep learning inference, and to outperform CPU- and GPU-based solutions in the same power range by several times. Toradex provides integration with popular machine learning frameworks, such as TensorFlow.

The SoM is available with a tightly integrated Torizon Cloud (formerly Torizon Platform) accelerating the development and maintaining your products. Some key features include highly secure and reliable remote updates, fleet monitoring and remote access.

The heterogeneous multicore architecture allows the offloading of critical hard real-time tasks to the Cortex-M7 processors for extremely low latency. Toradex provides tooling and FreeRTOS to simplify development. You can also use the asymmetric multicore architecture for a connected low-power mode or to increase security. The Cortex-M7, with a clock speed of 800 MHz, is a fast and capable microcontroller.

The NXP i.MX 8M Plus SoC comes with up to four powerful, 64-bit Armv8 Cortex-A53 cores, making them a cost-effective choice for running Linux with a modern graphical user interface while providing sufficient power reserves for typical industrial and medical applications.

Toradex offers free support and maintenance for Embedded Linux and FreeRTOS on the NXP i.MX 8M Plus processor based Verdin iMX8M Plus SoMs. This allows system designers to focus on the application only, instead of focusing also on the OS and low-level device drivers. Other OS' such as Android and QNX are supported by our partners.

Torizon is a ready-to-use Linux-based software platform ideal for use in areas like industry and medicine, where reliability is critical. It is a developer-friendly ecosystem that simplifies the process of developing and maintaining embedded software.

QNX is a microkernel-based real-time operating system, primarily targeting embedded systems requiring high safety and security. An evaluation image is provided for Verdin iMX8M Plus directly from BlackBerry/QNX.

Toradex offers off-the-shelf accessories that can be directly used in end products. For a few of these accessories, design files including assembly drawings, schematics and Altium projects are available.
Toradex tests the peripherals listed in its webshop and works directly with vendors of Cameras, Modems, Displays, Sensors, and more, to make the integration with Toradex SoMs as easy as possible.

To get your products to market fast, with low risk and low engineering costs, you need more than just a System on Module with a stable operating system or BSP. We understand this, which is why we at Toradex are collaborating with a wide range of partners to make your life easier. Here are a few highlights. To find more, browse our Developer Page and take a look at our Partner Network.

Vision Components provides a large selection on camera modules, which can take advantage of the integrate Image Signal Processor (ISP) of the i.MX 8M Plus. A close collaboration allows a simple integration.

The Verdin iMX8M Plus provides high-performance graphics. Toradex partners closely with leading GUI technology providers to simplify the development process and make sure that hardware resources are utilized effectively.

The Verdin iMX8M Plus is a robust SoM, and its high performance is ideal for demanding industrial automation scenarios. CODESYS allows you to develop easily customized PLCs powered by a proven, long-lived software solution.

OPC UA is a standard technology widely used in industrial automation. The stack from Matrikon is a reliable, secure and platform-independent implementation that suits the Verdin iMX8M Plus perfectly. You can integrate it yourself, or leverage the expertise of our partner, BE.services, to outsource integration.

This roadmap indicates how the product is planned from a Toradex hardware development point of view. This is not a detailed release date representation, but visualization of our internal product development timeline.

* Please note that the Product Version might change before going to Volume Product state without prior notice. Toradex is striving to provide a flawless experience once the product is being declared a Volume Product and therefore the hardware might be updated during the Sample Product phase. For details about the Toradex phase-over policy please refer to the PCN Policy Page.

Sample Production: Sample Products are available for purchase in lower quantity. Such products can be new products or in exceptional cases an updated versions of an existing product. Please note that the products listed under this state are subject to change without prior notice from Toradex. Software support is not full-featured and typically hardware revisions are only supported until the next version is released. Generally, Sample products are supported with Monthly Software releases.

Volume Production: Volume Products are fully validated products in mass production. Smaller volumes are usually available from stock, while a reliable supply of higher volumes does require firm orders. Customers will be notified about any changes and they will have the possibility to place Last Time Buy (LTB) orders for a change of a Volume Product, according to our PCN Policy. The full Toradex Software support is provided, including Long Term Supported (LTS) production releases. Note: Toradex guarantees minimum availability for products - not for a specific version of a product.

Last Time Buy: Last Time Buy (LTB) product state refers to the final opportunity for customers to place orders for a specific product before it it reach End-of-Life and will be no longer available for purchase. Note: there will be no further versions of the product, but Toradex will offer an alternative product family as a replacement option.

End-of-Life: Products listed in this state are in the end of a product's life cycle. Toradex will no longer produce this product and this product may no longer be available for purchase beyond the LTB dates indicated in respective PCN.

The Connect Tech HDMI Camera platform includes dual HDMI 30pin headers, enabling easy integration and deployment of multiple exciting cameras, supporting a full range of additional input options. Conversion of this camera data to MIPI-CSI ensures a low latency path directly to the NVIDIA Jetson module.

Connect Tech is committed to finding solutions that easily integrate sensors with embedded hardware to empower rapid product development and field deployment. The NVIDIA Jetson AGX Orin module is supported with products specially designed for a variety of camera connectors, including GMSL2, MIPI-CSI2, 3G-SDI/HD-SDI, and FPD-Link III. Explore our vision solutions further.

An Elite Jetson ecosystem member in the NVIDIA Partner Network, Connect Tech has teamed up with industry-leading vision camera and sensor providers to develop pre-integrated and verified solutions. With trusted hardware that comes supplied with the necessary camera and sensor software, customers can minimize overall application development time.

Connect Tech is a global leader in providing embedded computing solutions for a wide range of industries, including industrial automation, defense, robotics, transportation, and more. With a strong focus on innovation and customer satisfaction, Connect Tech offers a diverse portfolio of products designed to meet the demands of the most challenging embedded applications. For more information, visit www.connecttech.com.

The Institute of Embedded Systems (InES) at ZHAW, with great experience in hardware and software development for NVIDIA Jetson computing modules, is presenting the successor of the NVIDIA Jetson AGX Xavier modular vision system based on the new high-performance NVIDIA Jetson Orin NX.

As the Jetson AGX Xavier system, this new prototyping platform consists of a greatly reduced baseboard which can be extended with different types of M2-footprint modules to add functions like HDMI in, FPD-Link III, USB-C, etc. Due to the modular architecture, a personalized system can be configured. The low complexity and flexibility of the provided interfaces allow the development of more custom-made, application-specific extension boards.

The baseboard is powered with a common 12V DC power supply. To keep size and costs low, the available peripheral interfaces on the mainboard are limited to 2x USB-A 3.2 Gen 2, 1x Micro-USB for flashing, 1x HDMI out, and 1x Gigabit Ethernet.

All additional interfaces are exposed by M2-footprint sockets. The Networking interface, SSD interface, and PCIe x4 slot meet industry standards. The Video Input and General-Purpose interfaces on the other hand implement a custom pinout defined by ZHAW InES and share dedicated Orin NX interfaces like MIPI CSI-2 (2x 4-lane), USB, I2C, SPI, and UART, as well as GPIO functionalities.

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