我们如果采用Cortex-A73和Cortex-A53来做一个六核,就是两个Cortex-A73大核,加上四个Cortex-A53小核的设计,在同样面积的情况下,用户体验上可以提升30%,在单线程的性能方面提升90%。 Cortex-A73主要是专门针对移动市场以及消费类市场做了一些优化,它是采用了ARM的ARMv8架构 64-bit,以及我们新的大小核架构的系统,...
I saw the same behaviour reflected in the A17 versus the A15 comparison as the former was more than able to keep up with the larger microarchitecture in almost all of the workloads and benchmarks I threw at it, so I have little doubt that the A73 will be able show similar behaviour ...
新思科技验证系列产品,可针对采用Arm Cortex-X4、Cortex-A720和Cortex-A520 CPU以及Immortalis-G720和Mali-G720 GPU的Arm架构SoC提供更快的架构探索、软件开发和验证速度。Arm 2023全面计算解决方案的早期客户已使用带有Arm 快速模型的新思科技虚拟原型、新思科技硬件辅助验证和用于全新Arm AMBA互连的验证IP,从而更快地将...
TurboPFor: IcApp Integer Compression Benchmark ARM A73-ODROID-N2 1.8GHz Inverted index testdata docs: Document Ids ./icapp test_collection.docs file: max bits histogram: 00: 0.002% 01:## 1.7% 02:# 0.7% 03: 0.4% 04: 0.2% 05: 0.2% 06:# 0.5...
在通用微控制器市场，benchmark数据经常用来衡量微控制器的性能，如下表所示Cortex-M处理器常用benchmark...
ODROID-N2L SBC 是 ODROID-N2+ 单板计算机的更小、更便宜的版本,搭载了晶晨 S922X 六核 Cortex-A73/A53 处理器,可提供 2GB 或 4GB 单芯片 LPDDR4X 内存。 虽然ODROID-N2+ 是 Hardkernel 中最受欢迎的主板,但它比市场上大多数业余爱好者的 SBC 还是要大很多。所以他们应客户的要求,设计了外形更紧凑,比树...
In the past Arm has been overly optimistic when releasing frequency targets – for example the A73 was first projected at up to 2.8GHz and the Cortex A75 projected at up to 3GHz. In the end both ended up at no higher than 2.45GHz and 2.8GHz. ...
So while on a theoretical emulator/benchmark the A55 might get closer to defeating the A73... in practical real-world applications it is not going to be much useful. So what is the best course of action? Well, use the right tool for the right job, is what they say. You need to ...
The Cortex-A75 CPU also uses a private L2 cache per core with half the latency of those in the A73. These changes directly translate into better performance, and although these specific gains won't show up everywhere, in advanced use cases the A75 chip can be 48 percent faster than its ...
借助工艺的提升,现在Cortex-A73能够做到最小的ARM的处理器。所以Cortex-A73我们能够实现高性能,低功耗,最小面积。如果在相同的工艺情况下,Cortex-A73比Cortex-A72单核面积降低了25%。如果我们借助到工艺的演进,如果Cortex-73做到10纳米,相比Cortex-A72会有46%的面积的降低,同时比Cortex-A57有70%的降低。 我们ARM引...