Semiconductor startup Kepler Computing has unveiled its FeRAM-based 3D memory technology, aiming to solve AI hardware bottlenecks without the need for EUV lithography.
Kepler Computing has emerged from stealth with a new FeRAM-based memory technology designed to provide a cost-effective alternative to HBM using mature semiconductor nodes.
Kepler Computing has secured $468 million in funding to scale a new 3D memory production method that avoids expensive EUV lithography by utilizing existing semiconductor facilities.
Kepler Computing has secured up to $245 million in CHIPS Act funding to advance its ferroelectric memory technology designed to accelerate AI inference.
