CoreLink CMN-600AE Safety Certificate Scalable mesh network Custom sizing and device placement. Custom, automated design with Arm Socrates. Minimum size less than 1mm² in 7nm. Frequencies greater than 2.5GHz. Coherent multichip link extends coherency off-chip. Fully coherent CHI requester interfa...
Arm CoreLink CMN-600AE 互連匯流排設計是專為需要滿足 ASIL B 到 ASIL D 汽車安全性要求的車載資訊娛樂系統及先進駕駛輔助系統 (ADAS) 等高效能車用系統所設計。具備高度可擴充網狀結構,最適合用於 Cortex-A78AE、Cortex-A76AE 及 Cortex-A65AE 等 Armv8-A 處理器,並可在各種效能點量身打造擴充範圍。
The Arm CoreLink CMN-600AE Coherent Mesh Network is designed for high-performance automotive systems, such as in-vehicle infotainment and ADAS, that need to meet ASIL B to ASIL D automotive safety requirements. The highly scalable mesh is optimized for Armv8-A processors, including Arm Cortex-...
On-Chip Memory (OCM) allows for the creation of CMN-600AE systems without physical DDR memory RAS features including Single-Error Correction and Double-Error Detection (SECDED) ECC and data poisoning signaling Supports up to two CCIX ports, which support one, two, or three CCIX links for chi...
本文件描述了按严重程度分类的勘误表。每个描述包括: 勘误表的当前状态。实现偏离规范和发生错误行为所需的条件。勘误表对典型应用的影响。在可能的情况下,变通方法的应用和限制。 0 Arm CoreLink CMN-600AE 共同网网软件开发者Errata 通知.pdf 191 Bytes , 下载次数: 0 淘帖 显示全部楼层 相关推荐 •...
The CMN-600AE Reliability, Availability, and Serviceability (RAS) features are implemented as set of distributed logging and reporting registers and a central interrupt handling unit. The distributed logging and reporting registers are associated with devices that can detect errors. These ...
Address protection includes the protection of address decoders within the RAM decoder macro. Because the RAM is shared, the address decoders need protection. Otherwise, faults within the RAM macro address decoder cause a Common Mode Failure (CMF). To achieve this protection, the EC...