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CrossBar's ReRAM Memory is setting benchmarks in next-generation storage solutions, providing a multifaceted approach to memory architecture with high-performance metrics. It is recognized for its minimal energy usage, extraordinary endurance, and is designed to deliver rapid read and write speeds. Its ability to integrate seamlessly with logic circuits in the same foundry makes it highly scalable and efficient for various applications, including data centers, mobile computing, and security. ReRAM technology can be scaled below 10nm, support 3D stacking, and provides on-chip storage of terabytes, making it a potent solution for diverse computing needs.
The ReRAM IP Cores tailored for embedded NVM in MCUs and SOCs by CrossBar provide an effective platform for multiple-time programmable (MTP) NVM applications. Ideal for IoT, wearables, and consumer electronics, these cores offer high performance with low latency and energy consumption, integrating seamlessly onto the same process nodes as MCUs and SoCs. They support densities from 256K Bytes to 32M Bytes, making them versatile for use in myriad applications where secure, reliable memory is essential.
CrossBar's ReRAM IP Cores for High-Density Data Storage are designed to revolutionize storage solutions, offering exceptional density and low-latency memory performance. These IP cores are perfect for data centers, mobile computing, and AI applications, providing persistent memory capabilities that exceed conventional storage technologies. The ReRAM technology enables high-density memory configurations up to 128GB per NV-DIMM, ensuring rapid data access and secure data management with enhanced endurance.
ReRAM as FTP/OTP Memory by CrossBar provides flexible, non-volatile memory solutions suitable for few-time and one-time programmable memory applications. Its integration into CMOS processes makes it a versatile choice for secure computing environments where PUF keys are necessary. The technology's shared architecture allows FTP, OTP, and MTP configurations within a common monolithic design, optimizing chip space and costs.
The Cramium Personal Hardware Security Module (PHSM) is an advanced security solution from CrossBar designed for safeguarding digital assets, including cryptocurrency keys. Built on the robust Cramium Security Processing Unit (SPU) family, the PHSM is a compact, versatile hardware wallet performing cryptographic operations securely within its secure element. Its single-chip architecture supports Zero-Knowledge Proof without revealing key shares and remains offline when not operational, increasing its security profile.
ReRAM Secure Keys utilize physical unclonable function (PUF) technology to produce cryptographic keys that are integral to thwart hacking attempts and securing communications. These keys act as a device's unique digital fingerprint, enabling secure cryptographic operations. By leveraging ReRAM’s intrinsic strengths in randomness and resistance to side-channel attacks, these secure keys present an optimal solution for maintaining integrity in modern electronic devices and infrastructure.
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