YT8614H

裕太微电子 YT8614C YT8614H 产品介绍 YT8614C / YT8614H 4 口千兆以太网 PHY 1. 简 介 YT8614C / YT8614H 是一款低功耗 4 端口 10/100/100 Mbps 以太网 PHY。它提供了基于 CAT5 双绞线的完整的物理层功能。YT8614 支持 QSGMII 接口,最大四个 10/100/1000Mbps UTP 电口或四个 SGMII Fiber 口 。 YT8614 使用混合信号处理来执行均衡、数据恢复和恢复错误纠正，以实现 CAT5 双绞线 上的稳健运行。 YT8614 提供集成的内置自检和环回功能，便于调试使用。 YT8614 为降低功耗提供了创新而稳健的方法，如 EEE、WoL 和其他可配置的节能模式。 商业级型号:YT8614C 工业级型号:YT8614H 应用 ⚫ 交换机 ⚫ 网络安全 ⚫ 以太网控制器 ⚫ 企业路由 This document is copyright of Motorcomm Electronic Technology Co., Ltd. ("Motorcomm"). All rights reserved. No company or individual may copy, disseminate, disclose or otherwise distribute any part of this document to any third party without the written consent of Motorcomm. If any company or individual so does, Motorcomm reserves the right to hold it or him liable therefor. 裕太微电子 YT8614C YT8614H 产品介绍 2. 主 要 功 能 ⚫ Integrated Quad 10/100/1000M Ethernet Transceiver with four SerDes interface ⚫ Support QSGMII (Quad Serial Gigabit Media Independent Interface) in 10/100/1000M mode ⚫ Physical interface supports 1000BASE-X ⚫ Physical interface supports 100Base-FX ⚫ Support SGMII mode direct link to one designated Copper Giga PHY with speed adaption ⚫ Supports IEEE 802.3az-2010 (Energy Efficient Ethernet) • EEE Buffering • Incorporates EEE buffering for seamless support of legacy MACs ⚫ Supports crossover detection and auto correction in 10BASE-Te/100BASE-TX ⚫ Auto-detection and auto-correction of wiring pair swaps, pair skew, and pair polarity ⚫ Supports Cable diagnostic ⚫ Supports Link Down Power Saving (Sleep Mode) ⚫ Supports one interrupt output to external CPU for notification ⚫ Supports fast link failure indication ⚫ Supports 120m for CAT.5E cable in 1000BASE-T ⚫ Supports Serial LED interface. ⚫ Supports SyncE clock output Mux ⚫ ⚫ • Recover clock from either SerDes • Recover clock from either Copper PHY • From internal 25Mhz Clock SerDes Test pattern • PRBS-7/10 • IDLE /K28.5 /D5.6 • Customized define by user • SerDes BIST PHY BIST • Packet Generator and Checker ⚫ Good EMI/EMS, and good thermal performance ⚫ Power consumption,