The Ethernet Alliance will host a multivendor interoperability demo at the upcming #OFC24 event in San Diego, March 26-28, 2024.
With 20 industry-leading Ethernet Alliance members in attendance, and one of the organization’s most popular interoperability demos, the organization’s OFC 2024 installation showcases Ethernet’s exceptional versatility and reliability at speeds of up to 800 Gigabit Ethernet (GbE). The installation incorporates a wide range of switches, routers, interconnects and interfaces including OSFP, QSFP-DD, QSFP, and SFP pluggable form factors. The demo also features the latest in test and measurement solutions including physical layer and traffic generation tools for ensuring Ethernet’s capacity for accommodating even the most demanding applications.
“Ethernet continues to be the workhorse of today’s ever-evolving networking ecosystem. With a seemingly endless capacity for adaptation, it effortlessly handles diverse workloads ranging from enterprise and home wired connectivity, to hyperscaler artificial intelligence (AI) and machine learning (ML) applications,” said Peter Jones, chair, Ethernet Alliance. “As the need for enhanced processing power and data capacity surges, Ethernet’s signature dependability and seamless interoperability are redrawing the boundaries of technology innovation.”
With one of its largest contingents of participating member companies, the Ethernet Alliance OFC 2024 exhibit includes contributions from Alphawave Semi; AMD; Amphenol Corporation; Anritsu Corporation; Arista Networks; Cisco Systems; EXFO; Hyper Photonix; Juniper Networks; Keysight Technologies; Marvell Technology; MultiLane; Panduit; Spectra7 Microsystems; Spirent Communications; Synopsys; TE Connectivity; Teledyne LeCroy / Xena Networks; VeEX; and Wilder Technologies..
As the leading industry voice of Ethernet, the Ethernet Alliance is also offering a look at the latest in Linear Pluggable Optics (LPO) at its OFC 2024 booth. Featuring state-of-the-art solutions from various member companies, the display illustrates how LPO technologies extend the reach and capacity of Ethernet networks by enabling high-speed optical connectivity between devices while maintaining compatibility with Ethernet standards and protocols.
