Serdes IP
SerDes IP (Serializer/Deserializer IP) is a pre-designed hardware core used in semiconductor and SoC designs to enable high-speed serial data communication. By converting parallel data into serial streams and vice versa, SerDes IP cores provide high-speed, low-latency communication while reducing pin count and signal integrity issues.
Integrating SerDes IP is essential for modern SoCs, ASICs, and high-performance communication systems, supporting applications that require high bandwidth, low power consumption, and robust data integrity.
What Is a SerDes IP Core?
A SerDes IP core is a hardware module that converts parallel data into serial data (serialization) for transmission, and serial data back into parallel data (deserialization) at the receiver. This enables designers to:
- Achieve high-speed data transfer over fewer physical channels
- Reduce routing complexity and pin count on SoCs
- Improve signal integrity and lower electromagnetic interference (EMI)
- Support multi-gigabit per second communication standards
Key features of SerDes IP cores include:
- High-Speed Transmission: Multi-gigabit serial interfaces suitable for PCIe, Ethernet, and memory interconnects
- Low Latency and Jitter: Optimized for reliable high-speed communication
- Protocol Compatibility: Supports industry-standard protocols like PCIe, SATA, USB, Ethernet, and custom high-speed links
- Power Efficiency: Low-power designs for mobile, IoT, and embedded applications
SerDes IP is pre-verified and designed for seamless integration into SoCs, ASICs, and FPGA designs, ensuring fast time-to-market and robust performance.
Why SerDes IP Is Critical
Integrating a SerDes IP core provides multiple benefits for semiconductor and SoC designers:
- High-Bandwidth Data Transfer: Enables fast communication between chips, memory, and peripherals.
- Reduced Pin Count: Serial communication reduces the number of physical connections required.
- Optimized Signal Integrity: Designed to minimize noise and maintain reliable data transmission at high speeds.
- Faster Time-to-Market: Pre-verified IP cores reduce development and verification cycles.
- Support for Advanced Applications: Essential for AI accelerators, high-speed networking, and multi-core SoCs.
Related Articles
- Why Do We Need SERDES?
- What's in the Future for High-Speed SerDes?
- How a 16Gbps Multi-link, Multi-protocol SerDes PHY Can Transform Datacenter Connectivity
- Overcoming 40G/100G SerDes design and implementation challenges
- Meet the SERDES challenge: Design a high-speed serial backplane
Related Products
- 32Gbps SerDes PHY in GF 22nm
- Ultra-Low Latency 32Gbps SerDes IP in TSMC 12nm FFC
- Ultra-Low Latency 32Gbps SerDes IP in TSMC 22nm ULP
- 32Gbps SerDes IP in TSMC 12nm FFC
- 32Gbps SerDes IP in TSMC 22nm ULP
See all 754 related products in the Catalog
Related News
- Alphawave Semi Achieves 2025 TSMC OIP Partner of the Year Award for High-Speed SerDes IP
- Credo Launches 224G PAM4 SerDes IP on TSMC N3 Process Technology
- MIPI A-PHY Reaches Milestone of First SerDes Standard to Enter Mass Production with Global Automotive OEM
- EXTOLL collaborates with ERIDAN as a Key Partner for Lowest Power High-Speed SerDes IP on GlobalFoundries’ 22FDX
- Mixel Supports Automotive SerDes Alliance (ASA) Motion Link SerDes IP
The Pulse
- MING: An Automated CNN-to-Edge MLIR HLS framework
- Fraunhofer IPMS develops new 10G TSN endpoint IP Core for deterministic high-speed Ethernet networks
- A new CEO, a cleared deck: Is Imagination finally ready for a deal?
- SkyeChip’s UCIe 3.0 Advanced Package PHY IP for SF4X Listed on Samsung Foundry CONNECT
- Fault Tolerant Design of IGZO-based Binary Search ADCs
- A 16 nm 1.60TOPS/W High Utilization DNN Accelerator with 3D Spatial Data Reuse and Efficient Shared Memory Access
- Victor Peng Joins Rambus Board of Directors
- Arteris Announces Financial Results for the Fourth Quarter and Full Year 2025 and Estimated First Quarter and Full Year 2026 Guidance
- Arteris Network-on-Chip Technology Achieves Deployment Milestone of 4 Billion Chips and Chiplets
- Accelerating Post-Quantum Cryptography via LLM-Driven Hardware-Software Co-Design
- Scaling AI from Edge to Data Center with SiFive RISC-V Vectors
- RISC-V Pivots from Academia to Industrial Heavyweight
- Arteris Technology Deployed More Broadly by NXP to Accelerate Edge AI Leadership
- Leadership in CAN XL strengthens Bosch’s position in vehicle communication
- Validating UPLI Protocol Across Topologies with Cadence UALink VIP