We have over 15 years of experience in Advanced CMOS Logic and Memories and CMOS+ emerging memory design and prototyping, electrical testing, process integration, and Device Technology Co-Optimization for Neuromorphic Computing.
As CMOS process technologies are getting complex and a variety of CMOS+ emerging memory devices are on the table, do you feel stuck finding the right set of device technologies for your application?
Several architectures and circuits have been proposed based on emerging memory devices such as RRAM, and FeFETs. However, designers do not ha
As CMOS process technologies are getting complex and a variety of CMOS+ emerging memory devices are on the table, do you feel stuck finding the right set of device technologies for your application?
Several architectures and circuits have been proposed based on emerging memory devices such as RRAM, and FeFETs. However, designers do not have access to these devices to create prototypes. Many of these devices need to be tailored to meet the application requirements before golden processes can be translated to the mainstream foundries. We provide expertise and flexibility to tailor device properties to meet your application needs.
You can partner with us to help you select right device technology for your application-specific demands and help you achieve System Technology Co-Optimization to meet the PPAC for your product. We can also help evaluate performance benefits by prototyping with emerging technologies such as RRAM, Synaptic Memories, FeFETs, Charge Trap Memories etc.
We provide solutions in areas of: CMOS+ emerging memory design and prototyping, and, Neuromorphic Computing with CMOS and CMOS+ Emerging Logic & Memory based Integrated Circuits.
To power innovations in various areas, such as, wearable health monitoring; neuro-electronics; IoT; imaging systems; smart sensors; other medical devices; cognitive communications; hardware security; smart cities; autonomous systems; and AR/VR, domain specific computing architectures are necessary. Particularly, domain specific neuromorp
To power innovations in various areas, such as, wearable health monitoring; neuro-electronics; IoT; imaging systems; smart sensors; other medical devices; cognitive communications; hardware security; smart cities; autonomous systems; and AR/VR, domain specific computing architectures are necessary. Particularly, domain specific neuromorphic architectures are key to imparting intelligent processing capabilities in these devices. Neuromorphic architectures thrive from devices-technology or system-technology co-optimizations. Computing device technologies are changing at a fast pace with various emerging devices on the table. That's why our goal is to provide you design and prototyping solutions for your ICs in early product development phases to keep your product and innovations ahead of the curve in your application space. No matter the budget, we pride ourselves on providing professional customer service. We guarantee you will be satisfied with our work.
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