10-Gbps Ultra-Low Latency Ethernet MAC and PCS

Overview

The ULL 10G Ethernet MAC/PCS is the industry leading solution for latency critical Ethernet applications.

The core is designed using advanced design techniques leading to unmatched ultra-low gate count utilization and amazing latency performances. The 10G IP core support both 16b (644MHz) and 32b (322MHz) modes, and can support full wire line speed with a 64-byte packet length. It also supports back-to-back or mixed length traffic with no dropped packets.

Key Features

  • MAC FEATURES
    • Deficit idle counter (DIC) to maintain a 12-byte inter-packet gap (IPG) average
    • User facing logic interface 16-bit @ 644.531250MHz or 32-bit @ 322.265625MHz
    • Tx Frame Check Sequence (FCS) computation and insertion
    • Rx FCS error detection
    • Fully compatible with Orthogone 10G TCP/UDP IP core
  • PCS FEATURES
    • Supports 10GBASE-R PHY based on 64B/66B encoding and scrambling
    • Supports block synchronization

Benefits

  • High speed, flexibility & scalability: Gain exceptional performance for latency-critical Ethernet applications. The 10G Ethernet MAC/PCS IP core is designed using advanced techniques, resulting in outstanding gate count utilization and latency performance.
  • Hardware Acceleration & Reliability: Unlock the potential of high-performance and seamless network connectivity by addressing the growing need for throughput and hardware acceleration in the data center industry.
  • Time-to-market optimized: Our 10G Ethernet MAC/PCS IP Core significantly reduces time-to-market and provide a fast and reliable solution for financial and networking applications. This results in unmatched and exceptional latency performance.

Block Diagram

10-Gbps Ultra-Low Latency Ethernet MAC and PCS Block Diagram

Applications

  • High Frequency Trading
  • Smart NIC
  • Low-Latency Switches

Deliverables

  • Datasheet & user guide
  • Encrypted Verilog
  • Constraints file
  • Reference design
  • Technical support
  • Optional IP design customization

Technical Specifications

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Semiconductor IP