Turing Micro

A new technology that can replace GPU and FPGA processors.

Get in on the ground floor now.

Introducing a flexible, power-efficient microprocessor architecture that makes system design and implementation painless. This architecture is flexible, highly scalable and ready to transform products in any industry. Whether in IoT, Robotics, Mobile or Data Center, replace FPGAs and GPUs with a solution that is easier to implement.

Request A Copy of Our Slide Deck

Instant Reconfigure

Gain flexibility and simplify your systems. Adapt to ever-changing conditions, automatically adjust to incoming workloads.

Real-Time Multitasking

Greatly reduce development time for any real-time project by eliminating vicious, time-related bugs.

Data Security

Protect your systems with our proprietary arhchitecture designed to protect against cybersecurity threats.

Scalable Architecture

Whether the need is IoT, 5G, Robotics or even Data Centers, our scalable architecture delivers high flexibility, energy savings and performace.

Easy, Simple Development

Our architecture and compiler are designed with the developer in mind. Skip the hassle and pain of hardware development.

Energy Efficiency

Automatically adjust power levels and draw power only for what is needed for processing.

Understanding the Semiconductor Industry

Here are some helpful resources to better understand the investment opportunities in the semiconductor industry and how Turing Micro is set up for success.

Investing in the Chip Tech World

Chips don't just make computers work, they make the whole modern world possible.

The Semiconductor Supply Chain

A visualization showing how semiconductors are changing the world.

The Global Semiconductor Market

Read this PDF for more information about the thriving semiconductor market

Manufacturing Robotics in Industry Growing

Robotic Manufacturing Today And In The Future

The fourth industrial revolution has already begun.

Supercomputers

A brief guide to help visualize the power of the world's supercomputers

Where Semiconductors Are Made

A look at the largest contract chip manufacturers by market share and where they come from.

Transformative Computing from Robotics to Data Centers

Improve machine learning: optimizing speed, performance in multi-axis applications. On-the-fly control loops adapt to control structural stiffness and accuracy. Cycle-by-cycle motor control can extend motor torque, allowing smaller motors to be used, lowering effective inertia and raising performance.