In an ideal world digital data should reach its destination with no errors, transmitted in the fastest way, with minimal power and minimal latency.
In an ideal world, digital data should be transmitted in the fastest way, with minimal size, power and latency, and reach its destination with no errors.
To improve resilience to errors, complex Error-Correction-Codes (ECC) are used. As communication and storage markets are constantly setting new performance requirements, setting higher data rates peaks and lowering the power consumption and latencies, they form a yawning gap between the new requirements and the ability of existing systems to meet them.
Today’s error correction methods (RS, LDPC and Turbo Codes) are simply not good enough, resulting in a painful tradeoff between data rates, power consumption and latency.
TSOFUN HAS DEVELOPED A SOLUTION FOR TODAY’S
TSOFUN HAS CREATED A DISRUPTIVE ECC TECHNOLOGY
Tsofun was founded in January 2015 with the aim to commercialize over 15 years of enhanced Polar Codes algorithmic research led by Prof. Simon Litsyn from Tel Aviv University.
Based on an advanced mathematical approach for the design and implementation of Error-Correction-Codes (ECC), Tsofun has developed a revolutionary, patented technology to dramatically improve the performance of communication and storage systems, creating a leap in throughput, power consumption and latency – the best optimized solution in the market today.
Tsofun ECC technology serves multiple markets including: 5G BS and UE, Satellite Communications, Defense & Public-Safety, Fast Networks Interconnect, M2M, IoT and SSD markets.
Tsofun commercially launched its first IP Core at the end of 2016, for which it holds several pending patents and trade secrets.