QuantumSine

Re-Defining What’s Possible

in Communications

Pioneering software-defined modulation technology that opens up all that is imaginable in communication design

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Re-Defining What’s Possible

in Communications

Pioneering modulation technology that breaks all performance, reliability and efficiency boundaries.

Learn More

A New Era in Communications

QuantumSine has pioneered a new, patented software-defined modulation technology that enables performance, flexibility, and efficiency like nothing that’s ever been seen before.

QuantumSine provides the ability to configure the modulation for different applications and optimize for specific characteristics without the use of coding. Using a vector space approach to modulation design, Quantumsine can address the challenges faced in pushing towards new communication frontiers.

Making Better, Faster Communications a Reality

QuantumSine is pioneering a completely new modulation technology that offers a much faster, more efficient way to send data. The unique software-defined modulation is:

Unique Wave Properties

Maximizes the Economy of: Bandwidth, Complexity Trade Offs, C/N BER, Orthogonality.

Effective Globally

Delivers consistent high-performance coverage everywhere.

Customizable

Can be tailored to meet different spectral efficiency and power requirements.

The Next Frontier in Communications

QuantumSine’s patented approach untethers communications. This efficient vector space modulation is absent the constraints found in traditional modulation and is specifically designed to meet the challenges of tomorrow’s communications.

Together, we accelerate breakthroughts that anticipate, automate and advance the world.

AUTOMOTIVE

MOBILE

COMMUNICATION

SMART CITY

INDUSTRIAL

SMART HOME

Join Our Team

As an ambitious team of professionals in an exciting industry, we are always looking for passionate and talented people to join us.

Find your role

Machine Learning

Using a Vector Space Approach, QuantumSine Modulation can take advantage of advances in machine learning and enables the concept of a Universal Receiver

Noise Recovery

The QuantumSine modulation signal can be described using vector space representation where each symbol is an element of a vector space. Noise and other channel effects within that symbol may be modeled as an additive vector of the vector space and recovered

Higher Order Modulation

QuantumSine Modulation can support higher order modulation with higher spectral efficiencies by increasing number of bits per dimension in the generating matrix

Interested in a Demo?

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QuantumSine