Found 204 Results
HASH-IP-57
https://www.rambus.com/security/crypto-accelerator-hardware-cores/basic-crypto-blocks/hash-ip-57/Security HASH-IP-57 hash accelerators, MD5, SHA-1, SHA-2, SHA-3 accelerators The HASH-IP-57 (EIP-57) is IP for accelerating the various secure hash integrity algorithms like MD5 (RFC1231), SHA-1 (FIPS-180-2), SHA-2 (FIPS-180-3/4) and SHA-3 (FIPS-202), supporting the NIST MAC mode up to 6.4 Gbps @ 450MHz. Designed for fast integration, low gate count and full transforms, the HASH-IP-57 […]
HMAC-IP-59
https://www.rambus.com/security/crypto-accelerator-hardware-cores/basic-crypto-blocks/hmac-ip-59/Security HMAC-IP-59 MD5, SHA-1, SHA-2, SHA-3 Hash based HMAC, accelerators HMAC-IP-59 (EIP-59) is IP for accelerating the various single pass HMAC (FIPS-198-1) algorithms using secure hash integrity algorithms like MD5 (RFC1231), SHA-1 (FIPS-180-2), SHA-2 (FIPS-180-3/4) and SHA-3 (FIPS-202), up to 8 Gbps. Designed for fast integration, low gate count and full transforms, the HMAC-IP-59 accelerators […]
POLY-IP-53
https://www.rambus.com/security/crypto-accelerator-hardware-cores/basic-crypto-blocks/poly-ip-53/Security POLY-IP-53 Poly1305-based MAC Accelerators Poly-IP-53 (EIP-53) is IP for accelerating the Poly1305 hash-based message authentication algorithm (RFC7539), supporting the NIST MAC mode up to 6.4 Gbps @ 450MHz. Designed for fast integration, low gate count and full transforms, the Poly-IP-53 accelerator provides a reliable and cost-effective embedded IP solution that is easy to integrate […]
PKA-IP-28
https://www.rambus.com/security/crypto-accelerator-hardware-cores/basic-crypto-blocks/pka-ip-28/Security PKA-IP-28 RSA/ECC Public Key Accelerators The PKA-IP-28 (EIP-28 formerly from Inside Secure) is a family of Public Key Accelerator IP cores designed for full scalability and an optimal “performance over gate count” deployment. Proven in silicon, the PKA-IP-28 public key accelerator addresses the unique needs of semiconductor OEMs and provides a reliable and cost-effective […]
TRNG-IP-76
https://www.rambus.com/security/crypto-accelerator-hardware-cores/basic-crypto-blocks/trng-ip-76/Security TRNG-IP-76 FIPS-Certified True Random Number Generators The TRNG-IP-76 (EIP-76 formerly from Inside Secure) is a FIPS-certified IP core for True Random Number Generation (TRNG) with an optional post-processor and several internal self-tests. Designed for easy integration into ASICs and SOCs, the 100% digital standard cell based TRNG-IP-76 provides a reliable and cost-effective embedded IP […]
Data Security on AI Chips: Hard to protect? (Interview)
https://www.rambus.com/blogs/data-security-ai-chips/Rambus fellow Helena Handschuh recently participated in a Semiconductor Engineering industry panel discussion about securing data running on AI/ML silicon. As the panel participants note, AI systems are designed to process data at high speeds, not limit access. This is precisely why the semiconductor industry is struggling to more effectively secure AI/ML data and prevent […]
Rambus’ Ben Levine talks IoT security and cryptography with EDA Café
https://www.rambus.com/blogs/rambus-ben-levine-talks-iot-security-and-cryptography-with-eda-cafe-2/Ben Levine, Senior Director of Product Marketing at Rambus, recently sat down with Sanjay Gangal of EDA Café to discuss IoT security and cryptography. According to Levine, security should be embedded in every chip. More specifically, says Levine, a separate hardware-based security core can help protect both the SoC itself and the system it powers. […]
High Speed Public Key Accelerator
https://www.rambus.com/security/protocol-engines/high-speed-public-key-accelerator/Security High Speed Public Key Accelerator The Rambus High Speed Public Key Accelerator PKI-IP-154 (EIP-154 formerly the Inside Secure) is a family of cryptographic IP cores designed for full scalability and an optimal performance over gate count ratio. The PKA-IP-154 can be deployed in any semiconductor design that needs key exchange or key generation at […]
NetCat Exploits Intel’s DDIO
https://www.rambus.com/blogs/netcat-exploits-intels-ddio/Targeting Intel’s DDIO White hat security researchers from Vrije Universiteit Amsterdam and ETH Zurich have unveiled a new exploit dubbed NetCAT. The exploit targets Direct Cache Access (DCA) – widely known as Data-Direct I/O (DDIO) – found in recent generations of Intel server processors. As a performance optimization feature, DDIO grants network devices and other […]
Understanding Side-channel Attacks, Their Implications, and How to Test a System’s Resistance
https://go.rambus.com/understanding-side-channel-attacks#new_tabSide-channel attacks are low cost, non-invasive, and can completely subvert an electronic system’s security. Watch this webinar to learn more about the nature of side channel attacks and how testing can reveal a system’s ability to handle this threat.