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Changing the Data Transfer Game - Forever!

HSI is designed ground-up to favor higher data transfer speeds from the instrument to your computer. HSI is based on Google's modern and robust gRPC framework.

  • You focus on your analysis, and we'll focus on moving the data at near physical (ethernet/usb) link saturation speeds back to your computer
  • Free as a core feature on the latest oscilloscope firmware supporting Tektronix 4B/5/6 Series MSOs and TekScope PC, a GUI-based oscilloscope companion application for offline and remote analysis
  • With Python library TekHSI you can 'pip install tekhsi' for free!
  • HSI is much faster than traditional VISA/SCPI-based Curve and CurveStream

Enhance Productivity with HSI Technical Brief

Get Started Now!

The easiest way to experience HSI is to upgrade your Tektronix 4B, 5 or 6 (Bs and LPs included) Series MSO to the latest firmware. Then, pick a client option based on your needs. Here are some client examples:

  • TekScope PC v2.10 or newer natively supports HSI, and v2.12 supports USB 3.0 to ethernet 2.5 Gbps adapters for even faster transfer rates.
  • TekScope PC is a great oscilloscope companion app with offline and remote oscilloscope-like analysis capabilities. You can perform long term data logging using the 'Act on Event' feature, interact with up to four oscilloscopes with eight channels each, all from the comfort of your computer, and more.
  • TekHSI Python package - Supercharge your automation with drastically faster waveform transform speeds. Don't get bottlenecked by CURVE queries!
  • Early Access: tm_data_types - a Python Package to help handle Test & Measurement specific files and projects. Help drive our development with feature requests before we launch!

Getting Started with HSI How-to Guide

High Speed Interface Connectivity and Sequencing

Internal Benchmarks Show 5X Faster Data Transfer with HSI

HSI drastically improves your test and measurement data transfer experience. At 1M sample rate, compared to CURVE acquisitions per minute is four times faster with TekScope PC and five times faster with TekHSI Python drivers. The GUI-based remote analysis tool TekScope PC favors higher cpu core and thread counts for performance.

And data transfer is just the beginning.

Python Example

Leverage our Python Library to easily integrate TekHSI into your automation projects for faster data transfer.

Installing TekHSI:

          
# install tekhsi
pip install tekhsi
pip install tm_data_types # file format library

Getting started example:


 # Import tekhsi
scope = tekhsipy.TekScope('192.168.1.200')
data = scope.read_waveform('CH1')

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python, oscilloscope, and SMU

Supported Products

4 Series MSO Mixed Signal oscilloscope

4 Series B MSO Mixed Signal Oscilloscope

4 Series B MSO is a mixed signal oscilloscope with up to 1.5 GHz bandwidth, HD touch display, serial decoding, digital inputs, frequency and power analysis

6 Series low profile digitizer

6 Series Low Profile Digitizer

  • 4 analog/spectral channels
  • 25 GS/s sample rate
  • 1 GHz to 8 GHz bandwidth (upgradable)
  • Opt. 2 GHz RF HW Digital-Down-Converter
  • Closed Embedded OS or Windows 10 OS
  • Up to 1 Gpts record length
6 Series B MSO Mixed Signal oscilloscope

6 Series B MSO Mixed Signal Oscilloscope

Troubleshoot and validate high-speed designs with bandwidth that starts at 1 GHz and goes up to 10 GHz.

5 series B MSO - MSO58B

5 Series B MSO Mixed Signal Oscilloscope

5 Series MSO is a mixed signal oscilloscope with a high definition display with a touchscreen, up to 8 inputs, 12-bit analog-to-digital converters and bandwidth up to 2 GHz.

5 Series MSO Mixed Signal oscilloscope low profile oscilloscope

5 Series MSO Low Profile

  • 8 analog/spectral channels or 64 digital
  • 6.25 GS/s sample rate
  • 500 MHz – 1 GHz bandwidth
  • Closed Embedded OS only
  • Supports probes
  • 50 Ohm and 1 MOhm inputs