ZL50017QCG1

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The ZL50017QCG1 from Maxim Integrated is a multifunctional quad-channel Ethernet transceiver solution that enables the operation of two 10 Gigabit Ethernet ports for server and storage applications. This solution reduces design complexity, cost and power consumption for the realization of efficient data centers.

The ZL50017QCG1 is a quad-channel, Gigabit Ethernet transceiver optimized for optical and copper applications. The device is intended to provide a low power, highly integrated, cost-effective solution for 10 Gigabit Ethernet (10GBase-T) applications. It features four channels of fully integrated SERDES, quad-channel Auto MDI/MDIX detection and a flexible clocking architecture.

The ZL50017QCG1 is designed with a dual differential input path, which provides the flexibility to configure interfaces for either SFP+ (serial optical) or 10GBase-T (copper) applications, while still utilizing the full potential of all four channels.

The core of the ZL50017QCG1 is a highly integrated, low power, multi-channel SERDES that supports multiple data rates up to 10.3125 Gb/s for the optical application, and up to 10.3125 Gb/s for the copper application. Additionally, it supports jitter tolerance, loss of signal detect, and adaptive equalization to compensate for signal degradation over long copper channels.

The quad-channel, Auto MDI/MDIX detection enables direct connection of the device to four twisted-pair cables, eliminating the need for manual setting of crossover cables. Furthermore, the ZL50017QCG1 includes a flexible clocking architecture with integrated frequency synthesizers, allowing for a wide range of clock frequencies.

The ZL50017QCG1 combines a highly integrated Quadruple Ethernet transceiver solution, with support for both optical and copper applications, into a single device.

The ZL50017QCG1 application field can be found in data centers, where it is used to reduce design complexity, cost and power consumption. It can be used to enable two 10 Gigabit Ethernet ports for various applications such as servers, storage devices, routers, switches and other communication devices.

The working principle behind the ZL50017QCG1 involves a highly integrated, low power, quad-channel SERDES that supports multiple data rates and jitter tolerances. It also utilizes an innovative dual differential input path, which allows for flexible interfaces and configurations. Additionally, a quad-channel, Auto MDI/MDIX detection and a flexible clocking architecture are also employed to provide a highly efficient and cost-effective solution.

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