In addition, Codasip is providing a complete EDA flow for processor design and customization that allows the developers to not only create a custom instruction, but also develop or change ...

'The CPU is the weakest link in computing'—Flow says it can boost CPU performance up to 100x with its proprietary companion chip ...

A Finnish startup called Flow Computing is making one of the wildest claims ever heard in silicon engineering: by adding its proprietary companion chip, any CPU can instantly double its ...

It is an EDA flow that is nowhere near as sophisticated as the existing flows. It may include many design restrictions, often hidden within the processor architecture, that would enable someone to ...

Flow Computing is emerging from stealth with a funding round of $4.3 million and a goal of boosting CPU performance 100X.

Startup Flow raises $4M to iterate on parallel processing tech that massively accelerates any CPU - SiliconANGLEFlow is hoping to create a business model that’s somewhat similar to Arm Ltd., the ...

The EDA industry is set to undergo a fundamental change as the complexity of multi-processor system-on-chip devices renders their specification, design and verification impossible with the available ...

Flow Computing, the pioneer in licensing on-die, ultra-high-performance parallel computing solutions to CPU vendors of all architectures, announced it achieved a critical milestone in its roadmap ...

Finnish startup Flow Computing unveils a revolutionary chip technology promising drastic CPU performance boosts.

Sixteen parallel processes were spun up to sample parameters and run DREAMPlace, with the selected placements run through the EDA flow from TILOS that ran on a CPU-powered server.

The ARM processor model [DSM] reads the object code from memory and initiates the operation by configuring & driving all the RTL peripheral blocks [Verilog/VHDL]. It works for both simulation and ...

So, how can we make the RISC-V verification flow open and empower the RISC-V community? If you have been wondering, ‘How can I verify my RISC-V processor efficiently without risking TTM’, then you ...