Improve throughput through decomposition

The 8 series achieves an economical, adaptable, and scalable solution by utilizing the separation of collection hardware and measurement analysis. By transmitting data from the instrument to the analysis platform via high-speed Ethernet, the downtime of the oscilloscope is limited and the return on investment is maximized.

Enhance analysis using TSOVu

TSOVu is an advanced software platform that runs independently of the oscilloscope host, capable of real-time processing and post-processing of collected data. TSOVu provides effective analysis of optical signals, including support for complex measurements such as eye diagrams and TDECQ.

• Programming interface commands can be used for automation
• Parallel channel acquisition
• Intuitive and user-friendly

Save time, space, and money through modular design

Utilizing the compact design and user pluggable modules of the 8 series to optimize testing settings, in order to quickly adapt to changes in workflow and the next generation of technology. The 8 series instruments driven by higher density devices have a smaller appearance, which can significantly reduce the overall production space occupation. The TSO820 sampling oscilloscope host also has a code acquisition function that is 8 times faster than the previous generation product, thereby improving test throughput.

• 3U high, half rack width
• Scalable number of channels
• Each system has a maximum of 4 optical channels

High performance hardware

The confidence in device measurement begins with the special hardware platform of the 8 series, which enables accurate, reproducible, and reliable measurements. The 8 series optical interface module, designed with high sensitivity and low noise, is highly suitable for single-mode and multi-mode testing, especially on low-power signals.

Simplified Optical Interface Testing: Clock Recovery for 8 Series Optical Interfaces

TCR801 optical interface clock recovery is a perfect match for the 8 series sampling oscilloscope, designed to support an increasing number of optical interface standards. As part of the 8 series, this instrument simplifies optical interface testing by effectively restoring the clock on high-speed optical signals.