Anritsu Oscilloscopes offer a versatile frequency range and user-friendly interface, catering to the needs of high-speed data transmission and digital signal measurement.
| Product | Mindshare (%) |
|---|---|
| Anritsu Oscilloscopes | 3.1% |
| Siglent | 18.6% |
| Tektronix Oscilloscopes | 17.4% |
| Other | 60.9% |
Known for their adaptability, Anritsu Oscilloscopes allow adjustment of Tap levels and voltage strength, featuring PAM-4 encoding for precise receiver validation. Their integration of Pulse Pattern Generator and Error Detector streamlines direct PCB probing. Though users appreciate these qualities, there is a call to extend frequency ranges and simplify the somewhat complex interface. Enhancements in GUI navigation are needed to rival competitors like Textronix or Keysight. Additionally, more stability in the software would benefit those facing frequent restarts and high costs for the eye diagram tool.
What are the most important features?Used extensively in PCB design, Anritsu Oscilloscopes serve in analyzing high-speed data transmission and validating transceiver signals. Laboratories use these tools for testing optical modules in demanding environments, while industries rely on them for characterizing material properties over a comprehensive frequency range.
Anritsu Oscilloscopes was previously known as BERTWave Series.
| Author info | Rating | Review Summary |
|---|---|---|
| IC Validation Engineer at a manufacturing company with 51-200 employees | 3.5 | We use this costly solution for optical module lab testing. The co-located PPG and Error Detector are easy to use, though I find the UI difficult, especially for updates. Demos are recommended before purchase. |
| Validation Engineer at Intel Corporation | 3.5 | I use this solution for high-speed serial transceiver and PAM-4 testing, valuing its cost-effectiveness, easy UI, and helpful jitter function. I wish for fewer form changes due to new technology and more improvements for the PAM-4 part. |
| Electrical Validation Engineer at Intel Corporation | 3.5 | I use the Pre-emphasis box to boost FPGA transceiver signals, validating performance when silicon voltage is weak. The UI is good, but I desire more dynamic Tap features. It's a useful, if minimal, tool for signal experimentation. |
| Researcher at a educational organization with 501-1,000 employees | 4.5 | I value this VNA for its mandatory PCB design capabilities, easy UI, good frequency range, and excellent support. However, I desire an extended frequency range for higher speeds and better radar/antenna applications. |
| Applications Engineer at Marvell Technology Group | 4.0 | I use this solution for high-speed serial interface and PAM-4 validation, valuing its noise injection capabilities. Though it generally meets expectations, the user interface is complicated, and it's expensive. I hope for UI simplification and more noise injection types. |
| SI Engineer at a manufacturing company with 201-500 employees | 4.5 | I use the Anritsu VNA to characterize materials, finding it flexible and great for extracting signal loss, skew, and DKDF. The software, however, is unstable and restarts often, preventing a perfect score for this otherwise excellent equipment. |
