EP7312-IBZ

Omlox EP7312-IBZ is an embedded microprocessor, developed with a highly integrated design to enable fast and efficient embedded computing while keeping low cost and low power consumption. It is a single-chip solution with a robust architecture, optimized for various applications such as industrial control, medical, automotive, home appliances and so on.

By integrating a 32-bit ARM7 Computer-On-Chip (COC) with 24 KB of SRAM and 64 KB of Read-only Memory (ROM) as well as an onboard 24-bit DMA controller, the EP7312-IBZ provides a high performance and fully integrated computing solution for developers. As an associated feature, a maximum system clock frequency of 50 MHz is added to the main processor.

The following content will provide an introduction about the application field and working principle of the EP7312-IBZ embedded microprocessor.

The EP7312-IBZ is widely applied in various industrial automation and control fields, including industrial process control systems, medical equipment, home appliances, automotive, and more. It provides an adequate computing power to deal with complicated and data-intensive processing tasks involving multiple sensors and actuators, and large amounts of data to be handled in a short time.

Its typical application scenarios include everything from smart factory and automation, IoT implementation and energy management to so-called “machine-to-machine” applications. In an industry 4.0 environment, the EP7312-IBZ can be used to develop in-house controllers, robotics, and many other smart, intelligent, distributed control systems.

The EP7312-IBZ supports a wide range of porting and software development options for Real-time Operating Systems (RTOSs), including popular operating systems like Windows CE, VxWorks, ITRX and eCos. Additionally, third-party development tools such as an integrated development environment (IDE) are compatible with the EP7312-IBZ, providing users with an efficient programming environment.

The embedded microprocessor adopts the widely-used ARM7 core, with a low-power, cost-effective design. In terms of bus architecture, the maximum bus clock frequency reaches 50 MHz, and advanced 32-bit memory management and access technologies are also adopted.

Moreover, the EP7312-IBZ is equipped with a 24 KB on-chip SRAM and a 64 KB Non-volatile on-chip Flash ROM allowing users to store significant amounts of data like firmware and user data. There is also a 16KB off-chip SRAM which can be used to store the state of the processor, increasing the overall processing efficiency.

In terms of peripheral architecture, the EP7312-IBZ provides an unbeatable solution for embedded applications, including two UARTs, two I2C/SMBUSs, four 10-bit A/D ports, two 8-bit D/A ports, a 24-bit DMA controller, and two independent clock sources. The highly integrated design improves system performance and saves the hardware cost of complex designs.

To summarize, the EP7312-IBZ embedded microprocessor is a suitable solution for various industrial and commercial applications. It provides a high-performance, low-cost, and low-power COC platform. In addition, the 24KB SRAM, 64KB ROM and powerful peripherals give the EP7312-IBZ the capability to handle complicated data processing tasks quickly and efficiently.