85356AGILFT

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Clock/Timing - Clock Buffers, Drivers is an important technology for communicating data and synchronizing information. The 85356AGILFT application field and working principle have been developed as a reliable solution for achieving just that. This technology provides for buffering and driving of high speed signals, that is, transferring high speed clock, timing or data signals from a source to a destination. The device can be equally suited in a variety of communication systems including PCI Express, Serial ATA, Ethernet and high speed communication systems. The main features of the technology include enhanced timing margins, improved signal quality and increased signal integrity.

The 85356AGILFT application field and working principle are designed to provide the high level of performance needed in a wide range of application configurations. It is designed to work with high speed signals, including PCI Express, Serial ATA, Ethernet and other kinds of communication links. As such, the technology provides a great deal of flexibility in terms of signal routing and buffering. Additionally, the device provides a range of features such as multiple input and output ports, adjustable impedance, its low power consumption, and its small footprint.

The device is easy to interface with other components and provides a good level of scalability when it comes to timing. It has been known to significantly reduce the propagation delay of signals and its adjustable timing constraints make it suitable for different types of applications. Furthermore, the device has integrated power management switches, which allows for the power savings.

The technology also provides for a high level of flexibility in terms of signal routing. The device has been designed for a number of input and output ports (depending on the specific model). These ports can be used to couple two components, where one component provides the data input and the other provides output. In addition, the device has a number of advanced features, such as adjustable impedance and adjustable output voltage.

The 85356AGILFT application field and working principle also provide for a number of synchronization options. This includes synchronous and asynchronous data transmission, low latency enables and loopback capability. Hence, the device can work with a wide range of different clock protocols and provide reliable transmission of data.

The device also offers a wide range of features including wide spread spectrum algorithms that provide optimized performance. The device supports Hot Plug capabilities, that is, it can detect the presence of other devices and provides the necessary compensations. Additionally, the device provides an optimizable noise immunity that helps to eliminate jitter and minimize transmission errors. The device also supports various Error Correction and Error Detection (ECC/EDC) options, allowing it to detect and correct data transmission errors.

The device is constructed on a highly reliable, low-power CMOS process technology and is designed to work with a wide range of data rates. This makes it ideal for a number of different communication systems. Furthermore, the device is tested for compatibility and performance with a wide variety of industry-standard devices.

In short, the 85356AGILFT application field and working principle provide a reliable, robust, and high-performance Data Communications Buffering, Driving and Error Correction & Error Detection. It is suitable for a number of different applications, including PCI Express, Serial ATA, Ethernet, and High Speed Communications.

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