In-house chipsets could give Sankhya Labs an edge in 5G network racing

Bangalore-based Sankhya Labs relies on its semiconductor solutions to take the lead in overcrowded 5G network spaces.

While many Indian companies are vying to squeeze their share of the 5G network market using open wireless solutions, Sankhya Labs co-founder and CEO Parag Naik has developed it independently. We believe that chipsets can have an advantage. From the others.

Saankhya’s entry into the 5G market has been going on for decades. “In fact, our current 5G networking solutions are based on Software Defined Tech, which is almost 10 years before 5G,” Naik said. Business line.. Over the past decade, Saankhya has invested $ 40 million in technologies that will eventually lead to 5G capabilities.

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With the spread of 5G technology in India, hip-hop has become a reality and more and more players are involved in the fight. Naik believes that the next four to five years will be a key differentiating factor, “knowing which Indian companies have the engineering, differentiating products and operational capabilities to survive exceptionally. I will. “So far, the secret of Saankhya, who claims to be in the advanced stages of product development, is the fact that it is the only Indian company to build its own end-to-end silicon system.

What Saankhya Labs do

Saankhya Labs is developing a software-defined radio (SDR) chip system (SoC). These are digital signal processing (DSP) chips that can be programmed to work with different standards for wireless communication with software modifications. All products and solutions developed by Saankhya Labs are powered by SDR chipsets for a wide variety of applications. For 5G network solutions, this includes ORAN-based 5G radios and Open DU solutions for Open-RAN networks. Other applications include mobile transmission, satellite communication technologies and more. Currently, Sankhya is not produced on a large scale to reduce costs, so the actual production of chipsets is outsourced to conglomerates such as Samsung in Taiwan and South Korea.

“Many O-RAN players rely on external silicon,” added Naik. “The downside here is that these companies are out of control and at the mercy of other players in terms of price and latency. By designing your own chipsets, the power that other players can’t. You can include design features such as savings and cost savings. “

Naik agreed that the main threat to Indian players in the 5G space is likely to be international companies with better supply chain management capabilities to steer a better market presence. However, he believes that Indian design capabilities can take advantage of the savings of Indian suppliers to enter the field of 5G solutions. “What Saankhya has done is to be between expensive existing companies like Nokia and Ericsson and new Chinese manufacturing startups that are ready to offer cheap solutions. The point is not to provide high quality and differentiated products at reasonably low prices, “said Naik.

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