For information call: 847.790.3800
Targeted to address key challenges.
FOR THE WIRELESS INDUSTRY
Tagore has developed disruptive semiconductor products for wireless applications. Tagore Technology was founded in January 2011 by an experienced group of RF and power management design engineers. Our company continues to grow strongly across a range of key markets. Tagore benefits from an executive management team with a valuable breadth of experience in the RF semiconductor industry. Tagore is a private company owned by the founders and by venture capital investors, and the employees.
Pervasive use of smartphones and mobile data in every aspect of our life has increased demand for wireless infrastructure. Operators are migrating to 4G networks and densifying the networks with additional macro and micro base stations and indoor and outdoor small cells. Tagore’s RF Switch products decrease the device size for handling high RF power, while simultaneously and dramatically lowering the current drain. This is proving highly effective in a range of leading edge customer systems. The market rollout of Cellular 4G while 5G is under development provides opportunities for Tagore’s high performance products.
Our proprietary technologies significantly reduce complexity, size and power consumption of wireless systems and other applications. Our innovative products address key challenges in LTE/Multi-Standard Cellular Infrastructure, Land Mobile Radio, Military, and DOCCIS 3.1 infrastructure.
Other major markets include: Automotive, Industrial, Satellite Communications, Medical and Mobile Devices.
Gartner indicates that mobile data traffic is increasing at the rate of 60% per year and will continue to grow at a high rate. Increased use of mobile devices and widespread deployment of RF/Wireless technology is driving growth in multiple markets. Tagore offers a range of RF switches that are ready for immediate design use. Our portfolio has SPST, SP2T, SP3T and SP4T products, for handling high RF powers and/or high voltage applications.