VSC7113XJW

Series:	--
Packaging:	Tray
Part Status:	Active
Function:	Signal Conditioner
Interface:	--
Number of Circuits:	2
Voltage - Supply:	2.5V
Current - Supply:	--
Operating Temperature:	-40°C ~ 110°C
Mounting Type:	Surface Mount
Package / Case:	--
Supplier Device Package:	32-QFN (5x5)
Includes:	--

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Interface - Telecom

The VSC7113XJW is a highly advanced semiconductor chip that has revolutionized the telecommunications industry with its impressive features and capabilities. This semiconductor chip supports multiple applications and is used in the interface of telecommunications systems. It is found in modern-day telecommunications networks and is used to increase system performance, reduce cost, and improve the performance of existing components.The VSC7113XJW chip supports various applications including networking, optical transceivers, datacom, wireless, and others. The chip is designed for long-term reliability and advanced features like AMI technology and advanced data, link control, and management schemes. The chip is built on latest technology to ensure mission-critical data processing and communications.The VSC7113XJW chip consists of two transceivers that function as a single transceiver. Each transceiver contains two receivers and two transmitters. This allows the chip to support a range of applications, as each transceiver can be equipped with different protocols or configurations. The chip also supports high speeds of up to 200 Gbps.The VSC7113XJW chip has a high-bandwidth core to handle large amounts of data. This ensures that applications benefit from full-duplex data communications and higher bit rates. The chip is powered by 5.0V and 7.3V and runs at 1.2 GHz for maximum performance.The chip is designed for ease of integration into existing systems and offers a wide range of optoelectronic, electrical, and mechanical components. This ensures that minimal external circuitry is required for operation of the chip. The chip also has onboard power management and temperature controls to provide system stability.The working principles of the VSC7113XJW chip is based on a combination of two transmitters and two receivers, otherwise known as pairwise antiparallel systems. This utilizes two transceivers that are connected in parallel, each feeding data into the other, while allowing packets to be transferred both ways between the two.The chip is also based on a zero-owner principle, which is a key design feature. This ensures that packets can be securely transferred with minimal ownership, as the data enters the chip without a specific destination. The zero-owner principle also ensures that packets are not left in a state of limbo and can be transmitted without delays.The VSC7113XJW chip is designed to be highly efficient and perform multiple operations simultaneously. As the chip is capable of processing large amounts of data, it also allows for high speeds of transfer. This makes it ideal for use in a wide range of data-intensive applications.The VSC7113XJW chip is a powerful tool for applications in the telecommunication industry. It offers robust features and performance for reliable operations and is highly suitable for use in the interface of telecommunications systems. It is capable of high-speed data communication and features low power consumption and an impressive range of features.

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