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IkaScope: a wireless oscilloscope probe

Summary of IkaScope: a wireless oscilloscope probe


IkaScope is a portable wireless oscilloscope probe enabling real-time signal observation via high-speed Wi-Fi on various devices. It features a 200 MSPs ADC, Spartan 3 FPGA, and a 450 mAh battery with energy-saving settings. Its patented ProbeClick technology powers the device only when pressed, using the tip to trigger data acquisition and release to stop it. The system includes a ground clip, USB charging cable, and a dedicated application for capturing, measuring, and sharing analog signals.

Parts used in the IkaScope:

  • Wireless oscilloscope probe
  • 200 MSPs ADC
  • Spartan 3 FPGA
  • 450 mAh battery
  • Ground clip
  • USB charging cable
  • IkaScope application

Author: Maurizio Di Paolo Emilio

IkaScope is a wireless oscilloscope probe that allows to observe the change of electrical signals over time. The probe is a handheld device, portable and fits perfectly in the hand and pocket. By using high-speed Wi-Fi connection, IkaScope wireless oscilloscope probe communicates with laptop, tablet or smartphone to share the acquired data on the screen.

IkaScope a wireless oscilloscope probe

The IkaScope wireless oscilloscope probe is compatible with the most popular mobile and desktop operating systems. The probe has a 200 MSPs ADC, Spartan 3 FPGA and adequate battery capacity (450 mAh). Energy saving settings and downtime moments manage the energy efficiency. The probe comes with a ground clip and a USB charging cable. Especially relevant is the patented ProbeClick technology of IkaScope: all electronic circuits are powered only when the the probe is pressed (figure 1). The probe tip is also used to start the data acquisition. ProbeClick technology allows to save power and measure without remembering to press the run / stop button of a classic oscilloscope.

The probe technology and user interface

ProbeClick represents a simple innovative mechanism to manage the data acquisition by probe tip. Simply by pressing the probe, the device starts data capturing and streaming process on the screen using the wi-fi connection. In addition, by releasing the probe, the acquisition stops and automatically the data is available in the storage/cloud (figure 2). IkaScope application is the user interface to capture, measure and analyze analog signals. From the download page you can download the latest version of IkaScope for your prefered Desktop OS.

IkaScope can be configured as a wireless hotspot. It will remember access points and will connect instantly without having to enter your login password. Moreover, IkaScope application has a share button at the top left of the screen. Just click on it to share a screenshot of the measurement.

Read more: IkaScope: a wireless oscilloscope probe

Quick Solutions to Questions related to IkaScope:

  • How does the IkaScope start data acquisition?
    Data acquisition starts simply by pressing the probe tip.
  • Can IkaScope connect to smartphones and tablets?
    Yes, it communicates with laptops, tablets, or smartphones via high-speed Wi-Fi.
  • What technology allows the probe to save power?
    The patented ProbeClick technology powers circuits only when the probe is pressed.
  • Does the device have a built-in screen?
    No, it shares acquired data on the screen of a connected laptop, tablet, or smartphone.
  • How can users share measurement screenshots?
    Users click the share button located at the top left of the IkaScope application screen.
  • What happens when the user releases the probe tip?
    Releasing the probe stops the acquisition and automatically saves the data to storage or cloud.
  • Is the IkaScope compatible with different operating systems?
    It is compatible with the most popular mobile and desktop operating systems.
  • What components are included in the package?
    The probe comes with a ground clip and a USB charging cable.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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