ReRAM IP for Your Embedded Design
In the embedded applications market, Weebit is delivering solutions to semiconductor customers and IDMs, which are manufactured in their fab of choice.
We make our embedded ReRAM IP available to customers in the form of memory modules.
Weebit ReRAM is available now.
We have many developments in progress, so check back frequently:
Getting Started with Weebit ReRAM
Weebit ReRAM is available as a ReRAM array in a complete module that includes:
- All analog circuitry, including optimized voltage and current references
- Smart algorithms (read, set/reset, forming)
- Control logic and data manipulation
- IOs (Input/Output communication elements)
- Redundancy and Error Correcting Code (ECC)
Our ReRAM modules provide a foundation for other ReRAM modules that we can configure to meet specific customer requirements.
Designed for Seamless Integration
Our ReRAM module is provided to customers with a complete set of collateral and EDA views enabling smooth integration by SoC architects using state-of-the-art tools from leading EDA vendors. In order to further simplify the integration of the module, our proprietary memory controller can be provided to customers in various forms and may be adapted to fit various standard bus interfaces.
To ease the design process for SoC products containing our ReRAM, we have further integrated our initial ReRAM module into a complete subsystem including a RISC-V microcontroller (MCU), system interfaces, Static Random-Access Memory (SRAM) and peripherals. This subsystem is available to customers upon request.
Flexibility to Enable Numerous Applications
To enable a wide range of embedded SoC designs, our ReRAM IP is highly scalable and customizable. Regardless of the target application or process, we have a solution that can improve your design.
Weebit ReRAM IP is available in various densities and is customizable for foundries and process nodes.
In the near future, our ReRAM compiler will enable customers to automatically reconfigure a design according to their specific requirements without going through exhaustive manual design and fab qualification processes.