Uploaded October 2023 | Updated September 2026, 1 week ago
The growing demand for higher data transmission rates in telecom and data centers is driving transmission speeds to levels that are impossible to reach with the physical limitations of current test instruments.
Whether testing the discrete components of an optical coherent transmission system, experimenting with terabit transmission for data centers, or generating direct RF signals for next generation 6G networks – research engineers need high sample rate, bandwidth, precision, and flexibility to meet the challenges of these industry-leading applications.
We’re excited to introduce Keysight’s M8199B high-performance arbitrary waveform generator, enabling development of designs that push beyond the current limitations.
The AWG for designs of 160 GBaud and beyond - keysight.com/find/M8199B
The growing demand for higher data transmission rates in telecom and data centers is driving transmission speeds to levels that are impossible to reach with the physical limitations of current test instruments.
Whether testing the discrete components of an optical coherent transmission system, experimenting with terabit transmission for data centers, or generating direct RF signals for next generation 6G networks – research engineers need high sample rate, bandwidth, precision, and flexibility to meet the challenges of these industry-leading applications.
We’re excited to introduce Keysight’s M8199B high-performance arbitrary waveform generator, enabling development of designs that push beyond the current limitations.
The AWG for designs of 160 GBaud and beyond - keysight.com/find/M8199B
