EZ80F917150MODG

The EZ80F917150MODG is a very effective system-on-chip developed by Zilog. It combines Zilog’s powerful eZ80F811 processor with a full-featured peripheral set, dynamic power and reset control, and multiple memory options. This system-on-chip is designed for low-power, embedded applications like portable medical device, wireless, automotive, consumer, and other industrial applications.

Application Fields

The EZ80F917150MODG is mainly used in a variety of consumer, automotive, medical and industrial applications. It is well-suited for a variety of tasks, such as:

• Data acquisition,
• Signal processing,
• Image processing,
• Voice recognition, and
• Communication.

The EZ80F917150MODG also has ideal features for automotive, consumer, medical and industrial applications, including support for a variety of communication protocols such as CAN, USB, UART, I2C and more. Additionally, thanks to its scalability and power savings, the EZ80F917150MODG can be used for different types of applications with the same area, cost, time to market and feature set.

Working Principle

The EZ80F917150MODG is an efficient, low-power SoC optimized for performance and system integration. With its integrated power management, on-chip debug and trace capabilities, the Zilog eZ80F811 processor helps to reduce system costs, speed time to market, and simplify design tasks. The system-on-chip combines different peripheral sets and memory options, advanced power management features, signal processing accelerators, and additional peripherals into one physical package.

At the core of the eZ80F917150MODG is Zilog’s eZ80F811 processor, a 32-bit, RISC processor that runs at up to 50MHz. The processor is designed for low-power, embedded applications and has a range of power-saving features such as clock gating, dynamic clock frequency scaling and power gating. It also provides short sleep and power down modes for extreme power-saving applications.

The SoC also includes a peripheral set with several memory, I/O and communication peripherals. These include an on-chip memory controller, a 16-bit dedicated audio port, a four-channel PWM module and a true LIN-UART on-chip modem as well as additional peripherals. Additionally, the system-on-chip integrates dedicated signal processing accelerators to reduce power consumption, increase performance and reduce system cost.

The EZ80F917150MODG also features a dynamic power management system. The system ensures that the SoC will always remain within its maximum power specifications, even when running different applications with significantly varied workloads. The dynamic power management system also provides system reset control, clock and power gating for power savings and thermal management.

Overall, the EZ80F917150MODG is an efficient and cost-effective embedded processor for a wide range of consumer, automotive, medical and industrial applications.