What is SerDes (Serializer/Deserializer)? - Synopsys
A SerDes implementation includes parallel-to-serial (serial-to-parallel) data conversion, impedance matching circuitry, and clock data recovery functionality. The primary role of SerDes is to minimize the number of I/O interconnects.
112G Ethernet PHY Design Challenges | Interface IP | Synopsys
Reducing power and area while transitioning to more advanced process technologies from 7nm to 5nm to 3nm becomes a key focus as the use of lower power modulation, such as PAM-4, and high speed SerDes technology, such as 112 Ethernet PHY, increases.
Integrated MAC, PCS and PHY IP for 400G/800G Ethernet
An IEEE 802.3 compliant Ethernet IP subsystem can range from a simple 100G MAC/PCS and a 50G SerDes PHY system to a more complicated 800G system with multiple MACs/PCSs in different configurations, interfacing with a 56G/112G SerDes. A PHY consists of a PCS + SerDes which includes PMA & PMD.
SerDes PHY IP | DesignWare IP - Synopsys
Synopsys' comprehensive high-speed SerDes IP portfolio with leading power, performance, and area, allows designers to meet the efficient connectivity requirements of high-performance computing SoCs for hyperscale data center, networking, and storage applications.
112G Ethernet PHY IP | Synopsys
Synopsys 112G Ethernet PHY IP solutions, an integral part of Synopsys' high-speed SerDes IP portfolio, enable true long, medium, very short and extra short (LR, MR, VSR, XSR) reach electrical channels, and CEI-112G-Linear, and CEI-112G-XSR+ optical interfaces.
Best 112G Serdes IP Performance | DesignWare IP | Synopsys
A 112G SerDes PHY architecture with the right mix of analog and digital blocks is the most optimized implementation for best performance, lowest power and smallest area.
IP for Die-to-Die Connectivity | DesignWare IP - Synopsys
In such cases, designers look for ways to push large amounts of data between the dies without impacting the SoC’s total power budget. An ideal die-to-die PHY IP offers energy efficiency better than one picojoule per bit (1pJ/bit), or equivalently, 1mW/Gbps.
112G SerDes PHY IP | DesignWare IP | Synopsys
This article describes how to predict SerDes link performance with accurate IBIS-AMI modeling and enable more efficient SoC integration with a placement-aware 112G SerDes PHY IP.
高速 SerDes PHY IP - Synopsys
新思科技提供全面的高速SerDes PHY IP产品组合，具有领先的功率、性能和面积，可帮助设计人员满足针对超大规模数据中心、网络和AI应用等所需的高达800G高性能计算芯片，以及在长、短距离连接上的需要。
Synopsys 56G Ethernet PHY IP
3 天之前 · The PHY supports the Pulse-Amplitude Modulation 4-Level (PAM-4) and Non-Return-to-Zero (NRZ) signaling to deliver up to 400G Ethernet. The configurable transmitter and DSP-based receiver with analog-to-digital converter (ADC) enable designers to control and optimize signal integrity and performance.