Maximize Your Performance
with Light Speed Computation

Fast.

Accurate.

Flexible.

Scalable.

Accelerating Complex
Computational Problems

The Laser Processing Unit™ (LPU) introduces physics-based computing, enabling efficient processing of complex HPC workloads. By harnessing light for both computation and memory, the LPU delivers ultra-fast performance,

exceptional energy efficiency, and freedom from the memory-bandwidth bottlenecks of digital computing. It accelerates iterative, highly parallel and memory-bound computations, offering scalability beyond what is achievable with current digital hardware.

lpu

Flexibility for a
Variety of HPC Applications

Rapid propagator
accelerating engineering and scientific modeling

Annealer
for combinatorial optimization problems

Eigenvalue Solver
for problems common in structural engineering

End to End Solution

Application

Apply formulated problems through our Python-based cloud API – no knowledge of optics required!

1

Translation

Proprietary algorithms translate the problem variables into laser couplings to be processed on the LPUs

2

Computation

The problem is computed in the optical resonator, converging in microseconds, and translated back into mathematical language

3

Our Analog
Optical Engine

  • Ultra-fast clock cycle independent of problem size
  • Massive parallel processing for large and complex workloads
  • No memory bottlenecks due to co-located memory and compute
  • Energy efficient: room temperature operations, low power consumption

About Us

LightSolver was established by Dr. Ruti Ben Shlomi & Dr. Chene Tradonsky, PhD physicists from the Weizmann Institute.

Our team comprises business leaders, PhD physicists, and engineers who are exploring laser arrays and highly multimode lasers to rapidly solve the most complex optimization problems. We invite you to follow our journey as we change the world of computation.