101-0677

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

Single Board Computers (SBCs) are designed to be easy to use and understand. They provide a powerful and efficient way for computer applications and general computing needs. One such example is the 101-0677 SBC, which is designed for applications that require high speed, stable performance and reliability. This SBC has been developed to meet the most demanding requirements for embedded applications, from the automotive to the industrial sectors.

The 101-0677 SBC is based on a proven architecture, which provides extended feature sets that are no longer supported by the traditional Processor Solution Sets (PSSs). This improved feature set adds additional functionality and performance support, while offering a much lower cost than typical PSSs. The 101-0677 SBC is specifically designed for applications that require increased processing capability, such as vehicle-mounted systems, communication devices, embedded processors, and image processing.

The 101-0677 SBC utilizes a typical 32-bit processor and can be configured to operate in a dual-core configuration. Its core components include a System on a Chip (SoC), a memory controller, a high-speed simultaneous multi-thread processor, a graphics processor, an embedded real-time operating system, data I/O connectors, connectors, and memory. An on-board real-time clock (RTC) provides a stable clock source and eliminates the need for a separate cleaning cycle. This feature makes the SBC ideal for situations where multiple tasks must be completed within a limited time frame.

The 101-0677 SBC utilizes multiple I/O connectors for peripheral data interface. This includes USB, Ethernet, serial, and digital I/O ports. Additionally, the SBC includes support for a wide range of expansion options, including CompactFlash, SDRAM, SRAM, and DRAM. These expansion options give the system flexibility and scalability to support multiple applications, which also enables the system to be tailored to specific usage needs.

The 101-0677 SBC’s primary working principle is to allow multiple applications to run concurrently. This requires a large dual-core processor, which allows individual tasks to be processed independently. The SoC\'s dual-core architecture also allows multiple cores to communicate, providing flexibility for increased performance and scalability. Additionally, memory controllers allow higher processor speeds and improved multi-thread processing.

The 101-0677 SBC also includes features designed to help reduce system latency and improve system reliability. The on-board dual-core processor is capable of supporting virtualization, which allows multiple applications to run on a single processor. This reduces the overall amount of processor power required for each application, leading to overall system performance improvements. Additionally, memory controllers and real-time clock features provide the ability to quickly determine the source of system latency and increase system performance when needed.

The 101-0677 SBC is an ideal fit for a variety of embedded environments. It is specifically designed to meet the demands of applications that require high performance, reliable performance, and minimum latency. Its multiple I/O connectors, expansion options, and virtualization capabilities all contribute to making the SBC an ideal choice for a wide range of applications. While the 101-0677 SBC is an excellent choice for embedded applications, it should be noted that the performance of the SBC is limited by the size of the processor and the memory controllers. As such, applications that require increased performance may need to consider the use of an SBC with a larger size processor and larger memory controllers. Nonetheless, the performance and stability of the 101-0677 SBC make it an ideal solution for many embedded applications.

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