Triple Speed Ethernet: Introduction – Ethernet Types
Advanced · 6mins
1 Credit
Explore the fundamentals of different types of ethernet and its components, focusing on Media Access Control (MAC), Physical Coding Sublayer (PCS), and their roles in network communication within the OSI model.
Triple Speed Ethernet: Introduction – Ethernet Packet Format
Advanced · 5mins
1 Credit
Understand the structure of Ethernet packet formats, including payloads, address formats, VLAN tagging, and mechanisms for data integrity verification.
Triple Speed Ethernet: Introduction – Ethernet FPGA Applications and Interfaces
Advanced · 7mins
1 Credit
Learn the Ethernet interfaces like MII, GMII, and SGMII for typical applications and data encoding techniques for FPGA applications.
Triple Speed Ethernet: Introduction – 1000BaseX versus SGMII
Advanced · 4mins
1 Credit
Understand the differences between 1000Base-X and SGMII technologies and use cases, in terms of data replication, auto-negotiation, and supported Ethernet rates.
Triple Speed Ethernet: Reference Design – Overview
Advanced · 2mins
1 Credit
This module demonstrates Lattice's triple-speed Ethernet integration using TSEMAC and SGMII IPs, showcasing top-level architecture and PHY configuration on FPGA​.
Triple Speed Ethernet: Reference Design – IP Settings
Advanced · 3mins
1 Credit
Learn to configure TSEMAC and SGMII IP options, comparing different MAC and (G)MII styles for optimal Ethernet performance​.
Triple Speed Ethernet: Reference Design – Hardware Implementation
Advanced · 7mins
1 Credit
This module shows how to implement TSEMAC and SGMII hardware on FPGA, detailing board setup, speed selection, and testing procedures.
Triple Speed Ethernet: Reference Design – Simulation
Advanced · 7mins
1 Credit
Learn to simulate Ethernet operations using TSEMAC and SGMII, covering transmission, reception, loopback, and speed adjustments on FPGA platforms​.
Triple Speed Ethernet Solutions with Lattice
Advanced · 00hrs 45mins
1 Credit
Learn how to design, simulate, and implement Ethernet Triple-Speed MAC (TSEMAC) with SGMII interface on FPGA platforms, enabling seamless integration and troubleshooting for high-speed networking applications.
MIPI Solutions with Lattice: Virtual Channel Design Walkthrough
Advanced · 05mins
2 Credit
This is a walkthrough of a MIPI CSI-2 virtual channel reference design provided by Lattice.
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