BiFeO3 MEMRiSTORs. BEYOND BRAIN LEVEL EFFICIENCY.
400 x Higher
Computational Performance
90% Energy Savings
TiF® - THE ULTIMATE SEMICONDUCTOR PLATFORM FOR NEUROMORPHIC COMPUTING AND GEN 3.0 IN-MEMORY EDGE AI
Neuromorphic Chips
Our TiF® semiconductor platform is global excellence in the architecture of analog and reconfigurable accelerator chips for neuromorphic computing and edge AI, inspired by the human brain.
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More InformationBreaking Efficiency
It is the ultimate solution for the AI efficiency problem and enables most advanced 3rd generation of AI chips with analog in-memory computing capabilities – the frontier tech standard for the future of computing.
Computational Performance
400 x better
Energy Savings
90 %
Storage Density
6 x higher
TECHiFAB has engineered a neuromorphic architecture that breaks away from CMOS and the conventional von Neumann model, built on our proprietary TiF® semiconductor platform.
„Chips based on analog in-memory computing are uniquely well suited for running cutting-edge mixture of experts (MoE) models, outperforming GPUs in multiple measures,(…).“
Bismuth Ferrite Oxide (BFO)
At the core – a new material class we’ve developed since 2011. Recognized as one of the most promising breakthroughs in the global semiconductor landscape, BFO enables the fabrication of analog reconfigurable electronic devices as the fundamental building blocks for specialized AI chips.
TiF®-Memristors
Our TiF® platform and design library includes analog, reconfigurable BiFeO3 memristors – necessary components for scalable neuromorphic architectures.
Brain-Like Computing
These devices emulate the brain’s ability to process and store information in the same physical location, the synapses – something digital silicon has never achieved.
Neuromorphic computing isn’t just a concept, implemented in software.
It’s hardware. It’s here, in the TiF® platform.