- Euclyd Craftwerk SIP claims to the level of throughput far beyond the NVIDIA designs
- It is said that the system of the scale of the racks reaches one exaflop performance
- Claims on the effectiveness of energy efficiency imply massive benefits, although there is no independent testing
The European startup Euclyd has announced new equipment aimed at large -scale output of artificial intelligence.
The system called Craftwerk was introduced at the 2025 infrastructure summit in Santa Clara.
A company He describes it, as is designed specifically for the agent’s workloads, with specifications that distinguish it from current accelerators.
Inside the architecture of Craftwerk
The release is based on SIP Craftwerk, a system package that fits into the palm of your hand.
It integrates 16 384 user SIMD processors Along with 1 TB of user memory with ultra -lane throughput or UBM.
Euclyd claims that this memory can deliver 8000 terabyte per second of the passage strip.
Up to 8 Petaflops in FP16 and 32 Petaflops is transferred to FP4 accurately FP4.
These numbers place the module higher than that established companies, such as Nvidia They are currently advertising.
“Our conclusion from the developed computing philosophy of rethinking the withdrawal from scratch, user processors, user memory and expanded packaging,” said Bernardo Castrop, general director of Euclyd.
“We designed the whole gate for maximum efficiency and minimum power, of course, the lowest in the industry.”
The company also opened the Craftwerk CWS 32 station, a platform for the scale of the racks built from 32 SIP.
In this configuration, Euclyd claims that the system reaches 1.024 Exaflops of the FP4 computer supported by 32 TB UBM.
They say that it generates 7.68 million tokens per second in multi -user mode, and its power consumption is reported by 125 kilowatts.
According to the company, this is a hundred times growing both energy use and the effectiveness of costs compared to the alternatives presented.
The tringm, used to establish these improvements, was simulated with LLAMA 4 Maverick.
From the headquarters in Eindhoven, the Netherlands, the company also occupies offices in San Hos, California.
It contributes to environmentally responsible engineering and effective growth in Data processing center infrastructure.
“I believe that the AI output will dominate the data processing in silicon.
Although Craftwerk specifications ambitious, claims remain unverified outside the company's own framework.
Startups in the semiconductor space often come across problems in production in a scale, creating reliable support for software and providing integration with the existing data centers for processing centers.
The announcement of Euclid involves a design that can surpass leading accelerators on paper, but whether it can provide it in practice, will depend on the results observed in real deployments.
While these results do not appear, the equipment remains a set of impressive numbers with an indefinite way to widespread.
