
SEMRON is revolutionizing AI hardware with its innovative Cap RAM™ technology, which enables compute-in-memory capabilities for AI-driven devices. Founded in 2020, SEMRON focuses on creating energy-efficient, high-performance AI chips that can operate directly on devices like smartphones and wearables, eliminating the need for cloud reliance. Their 3D Cap RAM™ architecture offers unmatched energy efficiency and parameter density, making advanced AI accessible for a variety of applications. With strong backing from industry experts and accelerators, SEMRON is positioned to lead in the edge AI hardware market, addressing the growing demand for efficient AI processing.

SEMRON is revolutionizing AI hardware with its innovative Cap RAM™ technology, which enables compute-in-memory capabilities for AI-driven devices. Founded in 2020, SEMRON focuses on creating energy-efficient, high-performance AI chips that can operate directly on devices like smartphones and wearables, eliminating the need for cloud reliance. Their 3D Cap RAM™ architecture offers unmatched energy efficiency and parameter density, making advanced AI accessible for a variety of applications. With strong backing from industry experts and accelerators, SEMRON is positioned to lead in the edge AI hardware market, addressing the growing demand for efficient AI processing.
Founded: 2020 (Dresden, Germany)
Product: CapRAM™ compute-in-memory AI inference chips
Focus: Energy-efficient on-device GenAI inference for edge devices
Employees (reported): 19
Reported funding to date: ≈€10M / $10.8M (multiple rounds; latest seed listed Feb 18, 2025)
Edge AI hardware for on-device inference (power- and cost-constrained devices).
2020
DeepTech
Crunchbase lists a Seed round announced Feb 18, 2025.
“Backed by accelerators and VC/angel investors including Join Capital, SquareOne Venture Capital, OTB Ventures, EIC Accelerator, Intel Ignite, Berkeley SkyDeck and multiple named angel investors”
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SEMRON develops a 3D scaled AI inference chip, incorporating GPT-3.5-like models on a square cm silicon with minimal power consumption. This revolutionary CMOS-compatible semiconductor technology enables running generative AI at the edge, making it possible for wearable tech, smartphones, and beyond. With a trend towards large foundation models, SEMRON can serve multiple markets with minimal adjustments and simplify the software stack.
Compiler Developer Dresden Full-time Unspecified
In this role, you are responsible for building a highly scalable compiler toolchain for our future chip generations. You will participate in many fundamental architectural decisions and have the opportunity to contribute to upstream open-source projects.
What you should bring in:
Helpful but not required: