PCI4510RGVF

Series:	--
Packaging:	Tray
Part Status:	Obsolete
Type:	PCI CardBus Controller
Applications:	High-Volume PC Applications
Mounting Type:	Surface Mount
Package / Case:	224-LFBGA
Supplier Device Package:	224-NFBGA
Base Part Number:	PCI4510

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Introduction of PCI4510RGVF

The PCI4510RGVF is a multifunctional Peripheral Component Interconnect (PCI) card designed specifically for embedded systems. The design of the card is based on the popular 82345 chipset, and is a specialized integrated circuit (IC) designed to provide advanced PCI compatibility and robust interfaces for connecting peripheral devices.

Application Fields of PCI4510RGVF

The PCI4510RGVF is ideal for applications in the telecommunications, automotive, industrial, and medical markets. Its features make it suitable for use in military and aerospace applications as well.The 82345 chipset can support 32 or 64 bit data paths, making it a suitable platform for a variety of industrial applications. Its support for hot-swap functionality extends its utility to automotive and medical applications.The PCI4510RGVF offers a variety of options for user customization. These options include, but are not limited to, the ability to configure the 82345 chipset to provide the following functions:• Region clock and power management• Data transfer, arbitration and arbitration routing• Variable speed PCI clock• Error correction and parity checking• Hot swap and power-on self test• Multiple bus mastering• DMA controller• Expansion bus• Interrupt controller• Parallel and serial IO• JTAG/I2C ports

Working Principle

The 82345 chipset on the PCI4510RGVF is an ASIC that provides software-configurable PCI connectivity. When the device is installed, the chipset examines the software configuration parameters and configures itself accordingly. This configurable logic provide the user with an efficient way to optimize the system for a particular application.The 82345 chipset on the PCI4510RGVF supports up to 8 data paths, each with its own clock source, as well as individual interrupt and PC clock enable lines. For example, in a two-port application, two 16-bit paths could be supported, while more complicated applications may require multiple paths with different clock frequencies.The 82345 chipset also supports a region clock and power management, which provides an efficient way to manage power consumption among individual devices in the system. This feature allows the user to customize the power requirements of the system based on the application, and helps to reduce overall power consumption when the system is idle.The 82345 chipset also provides the ability to programmatically control the speed of the PCI clock, allowing the user to precisely match the speed of the device to the performance requirements of the application. The chipset also supports a programmable DMA controller, allowing the device to off-load intensive data transfer tasks from the system processor and thereby improving system performance.Finally, the 82345 chipset supports a parallel and serial I/O port, which further extends the potential applications for the PCI4510RGVF IC. Users can connect a variety of legacy devices to utilize the advanced PCI connectivity of the 82345 chipset, allowing for the deployment of legacy systems on modern platforms.

Conclusion

The PCI4510RGVF is a specialized IC designed to provide advanced PCI capability to embedded systems. It is ideal for use in a variety of applications, ranging from industrial and automotive to medical and aerospace. The 82345 chipset on the PCI4510RGVF provides user programmable configuration options to meet the performance requirements of the application, as well as supports for power management, DMA controller, interrupt controller, and parallel and serial I/O ports. The high performance, versatility, and robustness of the PCI4510RGVF make it an attractive choice for system designers looking to add advanced PCI connectivity to their embedded systems.

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