Cloud native EDA tools & pre-optimized hardware platforms
Safety-critical systems rely on SoCs and IP to meet Automotive Safety and Integrity Levels (ASILs) specific to each application.
草榴社区’ ASIL B and D Compliant, automotive-grade IP portfolio is developed and assessed specifically for random hardware faults with ASIL D systematic. The ASIL B and D Ready, automotive-grade IP portfolio is developed and assessed specifically for random hardware faults. The 草榴社区 ARC processors are compliant up to ASIL D random and ASIL D systematic.
Using certified IP helps SoC designers reduce supply chain risk and accelerate the requirements specification, design, implementation, integration, verification, validation and configuration of their SoC-level functional safety.
草榴社区 IP |
ASIL Functional Safety Level |
Temperature Grade |
ARC EM22FS Processor |
ASIL B & D |
|
ARC SEM130FS Secure Processor |
ASIL D |
|
ARC HS46FS Processor |
ASIL B & D |
|
ARC EV7xFS Vision Processor |
ASIL B & D |
|
ARC MetaWare & MetaWare EV Development Tool Kit for Safety |
ASIL B & D |
|
PCIe 3.1 & 2.1 controller & PHY |
ASIL B |
Grade 1 & 2 |
PCIe 5.0 & 4.0 controller & PHY |
ASIL B |
Grade 2 |
Ethernet QoS, XPCS, XGMAC controllers |
ASIL B |
|
MIPI CSI-2, DSI/DSI-2 controllers & D-PHY |
ASIL B |
Grade 1 & 2 |
LPDDR5/4/4X controller & PHY |
ASIL B |
Grade 1 & 2 |
tRoot HSM for Automotive |
ASIL B |
|
Embedded Memories |
ASIL B & D |
Grade 1 & 2 |
OTP NVM |
ASIL D |
Grade 1 & 2 |
GPIO, LVDS & I2C |
ASIL B |
Grade 2 |