CY7C64225-28PVXC

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

CY7C64225-28PVXC is a highly-integrated USB 2.0 interface controller that helps meet the requirements of next-generation ultra-high-speed applications and provides superior performance with minimal power consumption. The device supports both slave and master-slave configurations and supports external memory and data expansion, making it a versatile and cost-effective solution for high-end USB 2.0 applications.

CY7C64225-28PVXC simplifies the device deployment process, allowing designers to develop a wide variety of easy-to-use, scalable, plug-and-play USB 2.0 devices. The device\'s internal on-chip firmware provides an automated device test and configuration solution for plug-and-play communications and eliminates the need for external drivers and software development. CY7C64225-28PVXC is also backward compatible with USB versions 1.1 and 1.0, allowing a wide range of USB devices and applications to be developed.

The CY7C64225-28PVXC operates in the following areas:

Signal Conditioning: CY7C64225-28PVXC provides signal conditioning, including signal termination, buffering, and level shifting. This ensures efficient signal transmission and reception, as well as accurate data conversion and error detection.

Interface Protocol Support: CY7C64225-28PVXC supports a wide range of general-purpose and specific protocol interfaces, such as USB 2.0, USB 1.1, 1.0, and Serial Peripheral Interface (SPI), as well as master/slave UART, IrDA, and other interfaces.

Power Management: CY7C64225-28PVXC incorporates multiple power-management strategies for improved power efficiency and improved system performance, including Power-saving modes, Input and Output Line Control, and In-System Clock Gating.

Data Access: CY7C64225-28PVXC provides access to the parameter space and bus responds for the selected protocols. The device offers the functionality of address retry, DMA access control, and data sends/receives over the data bus, which allows efficient data transfers between the device and external systems.

Data Security: CY7C64225-28PVXC features data security mechanisms such as host authentication and security measures to protect the data. It also supports data encryption, integrity check, and mutual authentication mechanisms, which safeguards the data against unauthorized access.

Real-Time Control: CY7C64225-28PVXC provides the system designer with full real-time control over the interface. The device supports an array of configurable clock sources, which allow for fast and efficient data communication and system management. Additionally, the device supports multiple clock distribution methods, which enables the device to operate in a wide range of clock frequencies and data rates.

Software Support: CY7C64225-28PVXC is supported by a wide variety of software including PC, UNIX, and PCI-Express-based operating systems. The device also offers support for a wide range of development tools, such as compilers, debuggers, and software development kits.

Software Security: CY7C64225-28PVXC provides embedded software security measures that allow the device to run in secure mode at the system startup. It also supports various software authentication approaches, including device authentication and encryption, which allows the device to be securely connected to external systems. Additionally, the device includes secure boot, which helps to defend against malicious code and attacks.

The CY7C64225-28PVXC is an extremely versatile USB 2.0 device, offering design flexibility as well as robust feature sets for supporting a wide range of USB applications. It is a robust, cost-effective solution that enables designers to develop easy-to-use, plug-and-play devices with a high level of performance. Additionally, the device features advanced power management features, a wide variety of interface protocols, and software security measures, making it the ideal solution for a variety of USB interfacing needs.

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