Innovative Analog Technology
Blasting through the bandwidth limitation
Transmission Is All About Linearization
A fact not well known to a layman, but constitutes the main challenge in achieving ultra high bandwidths of 1GHz and beyond. The only technology used today for linearization is digital –DPD. DPD linearization relies on digital processing and becomes a bottleneck for transmission on signals beyond 10’s of MHz. We do it completely different!
Our Solution
We use our innovative analog technology to linearize the transmitter, not depending on digital HW and unbounded buy its bandwidth limitations. All the linearization is solved in the analog (RF) hardware through advanced patented analog HW which is run by our efficient algorithms. It is a true 5G ultra broadband transmission enabler.
New Capabilities
Gbits speeds - Achieving 10Gbps speeds requires upscaling the bandwidth of 20MHz used today to 1000MHz. We can achieve it. Future Spectrum - The 5G vision relies on new spectrum band being released from 500MHz to 100GHz. The 30GHz and 60GHz bands can offer the most continuous bandwidths, potentially 1-2GHz. Our technology has the unique value of improving with higher frequency, to go hand in hand with future spectrum.
New Applications
5G is meant to enable and sustain new applications that can’t be supported by todays infrastructures. Autonomous cars, augmented reality, cloud processing for atomized factories are all going to demand exponentially higher data speeds and therefore higher bandwidths.
Less Hardware - More Performance
Getting more bandwidth from a single transmitter reduces the complexity and transmitter count required to achieve it. Cost and size reduction are crucial for operators in the massive infrastructures 5G upgrade ahead.
Novel & Revolutionary
Let's review our top features and parameters
10X Increase in Bandwidth
Enableing 100's of MHz to GHz's instantaneous bandwidth transmission, which is more than x10 increase from the bandwidth capability today.
Enable New Applications
5G is meant to enable and sustain new applications that can’t be supported by todays infrastructures. Autonomous cars, augmented reality, cloud processing for atomized factories are all going to demand exponentially higher data speeds and therefore higher bandwidths.
Improving with Higher Frequency
The 5G vision relies on new spectrum band being released from 500MHz to 100GHz. The 30GHz and 60GHz can offer the most continuous bandwidths, potentially 1-2GHz.
Less Hardware
Getting more bandwidth from a single transmitter reduces the complexity and transmitter count required to achieve it. Cost and size reduction are crucial for operators in the massive infrastructures 5G upgrade ahead.
Novel & Revolutionary
Let's review our top features and parameters
10X Increase in Bandwidth
Enableing 100's of MHz to GHz's instantaneous bandwidth transmission, which is more than x10 increase from the bandwidth capability today.
Enable New Applications
5G is meant to enable and sustain new applications that can’t be supported by todays infrastructures. Autonomous cars, augmented reality, cloud processing for atomized factories are all going to demand exponentially higher data speeds and therefore higher bandwidths.
Improving with Higher Frequency
The 5G vision relies on new spectrum band being released from 500MHz to 100GHz. The 30GHz and 60GHz can offer the most continuous bandwidths, potentially 1-2GHz.
Less Hardware
Getting more bandwidth from a single transmitter reduces the complexity and transmitter count required to achieve it. Cost and size reduction are crucial for operators in the massive infrastructures 5G upgrade ahead.
Get in Touch
Get in touch today and explore project options