teraReinventing memory for the data-intensive era
Executive Summary
Modern computing faces a fundamental challenge: processors are waiting for memory. This bottleneck limits AI performance, increases energy costs, and constrains scalability across the industry.
How can we overcome these electrical limitations? What if memory could operate at the speed of light?
We're developing photonic memory technology based on All-Optical Magnetization Switching (AOS), building on decades of research in this field. Our approach uses ultrafast laser pulses to control magnetic bits, potentially achieving sub-nanosecond data access—hundreds of times faster than conventional memory.
Currently in development, we work with industry partners and research institutions to advance this technology toward practical implementation.
Our Vision
A new memory class that bridges electronics and photonics — enabling the next generation of high-performance, sustainable computing through innovative photonic memory solutions.
Business Impact
- Long AI training and inference times
- High energy and cooling costs
- Limited ability to scale workloads
- Over-provisioning of memory resources
- Performance bottlenecks in HPC applications
- Faster AI training and inference through latency reduction
- Lower energy costs through decomposed architecture
- Superior scalability for future demands
- Optimized resource utilization
- Enhanced HPC performance
Ready to Learn More?
Discover how our photonic memory technology could address your computing challenges.