APEK4960KJP-01-T-DK

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Evaluation and Demonstration Boards and Kits - APEK4960KJP-01-T-DK

The APEK4960KJP-01-T-DK is an evaluation and demonstration board for embedded systems development. The board is equipped with an 8th Generation Intel Core processor, Intel HD Graphics, USB 3.1 Gen 2, 64GB of all-flash storage, and up to 16GB of DDR4 memory. The board features a variety of power modes for increased energy efficiency while providing the performance needed for efficient system development. The board is also equipped with a range of peripherals to enable prototyping and development for embedded applications including Raspberry PI, Arduino, or other microcontroller-based systems.

Application Fields

The APEK4960KJP-01-T-DK can be used to develop control systems, complex user interfaces, and interactive real-time systems. It is especially well suited for running real-time operating systems (RTOS). The board also provides the performance and integration to develop a wide range of applications, such as home automation, robotics, drones, machines, medical equipment, wearables, and embedded systems in general.

Key Features

The APEK4960KJP-01-T-DK offers a robust range of its features. It offers wide range of Intel Core processors with integrated graphics allowing for a comprehensive range of graphics heavy development and integration. The board supports up to 64GB of all flash storage allowing for plenty of boot flash and data storage with fast read and write speeds. The board also has up to 16GB of DDR4 memory for truly powerful computing.

The APEK4960KJP-01-T-DK features multiple power modes for increased energy efficiency and optimized performance. With its custom power switches, the APEK4960KJP-01-T-DK provides a robust design that supports multiple power savings modes while also reducing noise levels. It also supports multiple power-on-self-test (POST) modes to help ensure quick and accurate system booting.

The board is equipped with multiple I/Os making it suitable for a wide range of embedded system development. It includes access to multiple ports on the back side and multiple USB ports on the front side, ensuring the flexibility of expansion and connectivity. It also features an M.2 port and multiple UART interfaces for connecting to other peripheral devices. The APEK4960KJP-01-T-DK also supports a range of industry-standard interfaces such as HDI (AC9045), I2C, HDMI, and Ethernet.

Working Principle

The APEK4960KJP-01-T-DK is designed to help developers quickly and easily develop complex, powerful embedded applications. The board works in conjunction with the Intel Core processor unit to provide high performance and energy efficient computing. The board\'s dual-channel DDR4 memory allows the user to expand memory capacity to meet the needs of their embedded applications.

The board\'s hardware design ensures that energy consumption is kept to a minimum while providing a high-level of performance. The board\'s multiple power modes allow for efficient switching between power modes to ensure optimal performance and energy-efficiency.

The board also features a range of software and firmware features designed to facilitate rapid development and prototyping. For example, the board can run a range of popular software development tools and embedded development environments such as Linux, Ubuntu, Debian, Windows, and Android. This allows the board to be used for developing and debugging applications through the use of standard development tools.

The board can also run open source firmwares such as U-Boot and AOS from Altera, allowing the user to design their own application-specific boards. Additionally, it features support for field upgrades and new features through serial or ethernet connections. With its advanced features and flexibility, the APEK4960KJP-01-T-DK makes a great choice for anyone looking to develop embedded applications quickly and easily.

The specific data is subject to PDF, and the above content is for reference