ISL3158EIBZ-T7A Integrated Circuits (ICs)

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Introduction

ISL3158EIBZ-T7A is a part of the ISL3x58EIB series, part of the Interface family from Intersil Corporation. ISL3x58EIBs are highly integrated transceivers and receivers with low power, low-voltage operations. ISL3158EIBZ-T7A provide the physical and electrical interface between the upper layer protocol (data link) and the physical media (copper or fiber). It also provides noise and distortion rejection features. ISL3x58EIB products are targeted for applications such as XAUI (copper version) and Fibre Channel and Gigabit Ethernet (fiber version).

Application Field

The ISL3158EIBZ-T7A is used for applications such as copper and fiber communication networks. It is a low-voltage, high-performance transceiver and receiver device which is used in 10Gigabit Ethernet systems and other high-speed communication applications. It provides the physical link between the device layer and the media layer (copper or fiber). It operates at a data rate of 4.25 Gb/s (NRZ), supporting up to 8.6 Gb/s on copper media. In addition, the ISL3158EIBZ-T7A supports Fibre Channel applications with a data rate up to 8.5 Gb/s.

ISL3158EIBZ-T7A is a low power, low-voltage transceiver and receiver device, making it ideal for high-speed applications where data rates, power consumption, and interfacing signal integrity all matter. Its small, compact design makes it suitable for space-constrained applications, such as in cables, line cards, and switch cards. Moreover, it is a simple, cost-effective solution for high-performance applications, where small form factor transceiver and receiver devices are needed on a broad scale.

Working Principle

The ISL3158EIBZ-T7A works by translating the electrical signals given by the upper layer protocols into electrical current which then travels through the media layer and is returned as an electrical signal back to the upper layer protocol. The transceiver converts the electrical signal into an optical signal and sends it to the fiber which is then returned to the transceiver as an optical signal. The transceiver converts the optical signal back into an electrical signal and forwards it onto the upper layer protocol. The receiver converts the electrical signal from the media layer back into a readable electrical signal which is then sent to the upper layer protocol.

The transceiver is designed to work with both copper and fiber media. The copper media is used to transmit data at speeds up to 8.6 Gb/s while the fiber media is used to transmit data at speeds up to 8.5 Gb/s. The transceiver provides the necessary distortion and noise cancelling features which allows for reliable data transmission even in noisy electrical environments. The receiver also provides noise and distortion cancellation, ensuring reliable data transmission.

The ISL3158EIBZ-T7A also has a number of features designed to reduce power consumption and improve thermal performance. The device has a low-voltage operation, which helps to reduce power consumption. The device has integrated Heat Spreaders (HSEs), which help to dissipate heat, resulting in improved thermal performance. This helps to reduce the power consumption of the device.

In addition, the ISL3158EIBZ-T7A features integrated bridging technology which allows for the passing of data between the physical layer and the data link layer without the need for additional devices. This allows for a simpler, more cost-effective solution for high-speed applications requiring small form factor transceivers and receivers.

In conclusion, the ISL3158EIBZ-T7A is a low-voltage, high-performance transceiver and receiver device designed for use in 10Gigabit Ethernet systems and other high-speed communication applications. It provides the physical and electrical interface between the data link layer and the physical media layer, allowing for reliable data transmission. The device also features a number of features designed to reduce power consumption and improve thermal performance while still supporting high-speed communication applications. With its small form factor, low power, and low-voltage operations, the ISL3158EIBZ-T7A is an ideal solution for space-constrained applications.

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