Multi-Port Front-End The Northwest Logic Multi-Port Front-End Core from Rambus provides a multi-port interface to Northwest Logic Memory Controller Cores.
Each user request is provided with its own request priority.
The arbiter selects requests based on priority and then round
robin arbitration. The arbiter can also perform Quality Of Service
(QOS) based arbitration. In this mode, the arbitration
results in each port receiving a specified amount of memory
bandwidth. Each port also has a programmable time out period.
Once a request times out, its priority is raised to the highest
level ensuring its quick execution.
The Multi-Port Front-End Core includes the Multi-Burst Core. It
RT-630 Programmable Root-of-Trust Security Processor for Cloud/AI/ML SoC FIPS-140 Rambus Hardware Root of Trust RT-630 is a fully-programmable hardware security core offering security by design. It protects against a wide range of attacks through state-of-the-art anti-tamper and security techniques.
As cloud, artificial intelligence, and machine learning applications evolve, device architects are understandably concerned about emerging security threats. While these applications may differ, one constant is the need for a hardware root of trust-based security implementation.
The Rambus RT-630 is the ideal security co-processor for these markets. The RT630 features our 32-bit RSIC-V siloed and layered secure co-processor, along with dedicated secure memories. The RT-630 also features a number of high-capability cryptographic accelerators like AES-AE-16, HMAC 512, RSA 4K, ECC 521, a NIST-compliant Random Bit Generator, AXI Multi Issue Out-of-Order, and Fast DMA. Satisfying us
TESIC CC EAL5+ Secure Element IP Core TESIC is a CC EAL5+ PP0084 proven/certification-ready secure element IP that is delivered as hard macro for plug-and-play System-on Chip (SoC) integration View see the entire get in contact with
Block Diagram of the TESIC CC EAL5+ Secure Element IP Core secure element IP
GDDR6 PHY&Controller Samsung 10/8LPP The Innosilicon GDDR6 PHY is the world’s first silicon proven commercial GDDR6 IP, which is fully compliant with the JEDEC GDDR6 (JESD250) standard, supporting up to 16Gbps per pin. The GDDR6 interface supports 2 channels, each with 16bits for a total data width of 32bits. With speed up to 16Gbps per pin, the Innosilicon GDDR6 PHY offers a maximum bandwidth of up to 64GB/s. And, the Innosilicon GDDR6X PHY uses four-level pulse amplitude modulation (PAM4) signaling to extract more efficiency and higher data rates, which will be available in advanced FinFET nodes for leading-edge customer integration.
Reorder Core The Reorder Core from Rambus reorders requests based on first on priority and second on throughput optimization.
Throughput optimization includes moving same bank/same row requests next to each other, same bank/ different row requests away from each other, moving reads next to reads and write next to writes.
The core can be used to optionally enforce data coherency by preventing any same row requests from passing over each other.
The core can also optionally disable intra-port (within a port) reordering. Disabling intra-port reordering ensures that the requests on each port are always executed in the same order. In this case only inter-port (between ports) reordering is allowed. The core can be used in a single port mode or a multi-port mode in conjunction with Northwest Logic Multi-Port Front- End Core.