Hi, I will be developing the digital part of some of our research projects, to allow them to work on their own, without the need for an external microcontroller. I don't know exactly how soc labs works yet, but I'll be interested in digital IPs to integrate into our existing design. Have a nice day, Thibaut
Hi, I will be developing the digital part of some of our research projects, to allow them to work on their own, without the need for an external microcontroller. I don't know exactly how soc labs works yet, but I'll be interested in digital IPs to integrate into our existing design. Have a nice day, Thibaut
The core microcontroller IP comes from the Arm Academic Access programme which gives us free access for academic projects to most of the Arm IP portfolio. At SoC Labs we are combining the core Arm IP with other IP elements to make complete SoC reference designs that can be re-used by academic projects. We have an emtrey level SoC design, nanoSoC which is silicon proven and we are extending to support sensing and mixed signal applications as well as custom AI/ML acceleration. We are also working towards SoC reference designs for low latency applications and an A class linux based general purpose reference design.
If you can provide a little outline of your research project needs then perhaps we can help find a fit?
Welcome to SoC Labs. It would be good to know a little bit about your interests and then hopefully we can make sure we develop a collaboration around an area of interest to you.
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Hi,I will be developing the…
Hi,
I will be developing the digital part of some of our research projects, to allow them to work on their own, without the need for an external microcontroller.
I don't know exactly how soc labs works yet, but I'll be interested in digital IPs to integrate into our existing design.
Have a nice day,
Thibaut
Developing things ...
The core microcontroller IP comes from the Arm Academic Access programme which gives us free access for academic projects to most of the Arm IP portfolio. At SoC Labs we are combining the core Arm IP with other IP elements to make complete SoC reference designs that can be re-used by academic projects. We have an emtrey level SoC design, nanoSoC which is silicon proven and we are extending to support sensing and mixed signal applications as well as custom AI/ML acceleration. We are also working towards SoC reference designs for low latency applications and an A class linux based general purpose reference design.
If you can provide a little outline of your research project needs then perhaps we can help find a fit?
Look forward to hearing from you.
Welcome to SoC Labs
Hi,
Welcome to SoC Labs. It would be good to know a little bit about your interests and then hopefully we can make sure we develop a collaboration around an area of interest to you.
We look forward to hearing from you.
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