1.6T Ethernet in the Data Center
  • Courses
  • 13 items

Ethernet speeds have reached 400G, but emerging technologies still place high demands on data centers. We'll look at how innovations in data center infrastructure can enable 1.6T Ethernet.

Learn:

  • How market demands push data centers to process 1.6 terabits of data per second
  • From industry experts about the new electrical & optical technologies enabling 224 Gbps lane speeds
  • The Keysight M8050A & M8199A for Ethernet R&D
Lessons
Lesson 1 - What is Driving Demand for 1.6T Ethernet?

Lesson 1 - What is Driving Demand for 1.6T Ethernet?

Discover market drivers pushing the need for faster data center connectivity, such as the growth of cloud computing and big data analytics.

Lesson 2 - Inside the 1.6T Ethernet Development Cycle

Lesson 2 - Inside the 1.6T Ethernet Development Cycle

Review the process of developing a new Ethernet standard, from initial concepts to the final ratification.
Lesson 3 - Why 224 Gbps is Key for 1.6T Ethernet and How We Get There

Lesson 3 - Why 224 Gbps is Key for 1.6T Ethernet and How We Get There

Explains why 224 Gbps is the target lane rate for 1.6T Ethernet and discusses technologies being developed to achieve this speed.
Lesson 4 - Reach 224 Gbps with DSP Transceivers and Optical Interconnects

Lesson 4 - Reach 224 Gbps with DSP Transceivers and Optical Interconnects

Explains the use of digital signal processing (DSP) transceivers and optical interconnects to reach 224 Gbps lane rates.
Lesson 5 - 224 Gbps with Optics and Concatenated SFEC

Lesson 5 - 224 Gbps with Optics and Concatenated SFEC

Discusses the use of optics and concatenated forward error correction (FEC) to achieve 224 Gbps lane rates.
Lesson 6 - How Optical Modules Will Evolve for 1.6T

Lesson 6 - How Optical Modules Will Evolve for 1.6T

See how optical modules must evolve for 1.6T Ethernet including 400G coherent optics and PAM4 modulation.
Lesson 7 - Which Tools Will Enable 1.6T Research

Lesson 7 - Which Tools Will Enable 1.6T Research

Discusses tools needed to research and develop 1.6T Ethernet including oscilloscopes, logic analyzers and signal generators.
Data Center Ethernet Tech and Evolution to 224 Gbps

Application Notes

Data Center Ethernet Tech and Evolution to 224 Gbps

Explore the latest high-speed Ethernet evolution and Keysight test solutions for interfaces up to 224 Gbps.
Data Center Infrastructure: Glossary of Terms

Brochures

Data Center Infrastructure: Glossary of Terms

Understand common terms and acronyms for Data Center Infrastructure.
Conformance Testing: 800G Ethernet Data Center Links

Application Notes

Conformance Testing: 800G Ethernet Data Center Links

Drive higher throughput as data center electrical and optical links scale to meet growing bandwidth demand.
High Performance Digital Products

Catalogs

High Performance Digital Products

Learn about the oscilloscope, arbitrary waveform generator and BERT products available from Keysight for best-in-class measurement. .
Data Center High-Speed Computing Products Catalog

Catalogs

Data Center High-Speed Computing Products Catalog

Find Keysight high-speed computing solutions, including PCI Express, DDR test and USB transmitter and receiver test.
Channel Operating Margin (COM) Quick Start

Application Notes

Channel Operating Margin (COM) Quick Start

Read a practical field guide for the high-speed serial communication link designer.
Related Product
M8050A 120 Gbaud High-Performance BERT

hardware

M8050A 120 Gbaud High-Performance BERT

The Keysight M8050A high-performance bit error ratio tester (BERT) enables accurate characterization of receivers used in next-generation data center networks and server interfaces. With uncompromised signal integrity, support for NRZ, PAM4, PAM3, PAM6, and PAM8 signals, and data rates up to 120 Gbaud, the flexible architecture of the M8050A supports 1.6T pathfinding as well as other leading-edge technologies.
Related Use Case
How to Accelerate High-Speed Digital Compliance Testing

How to Accelerate High-Speed Digital Compliance Testing

Use off-instrument parallel processing to accelerate compliance test analysis and reporting