ABB 3BHE024577R0101 PPC907BE 逆变器模块 控制系统

ABB 3BHE024577R0101 PPC907BE 逆变器模块 控制系统

PPC907BE 3BHE024577R0101一般来说，DSP是专用集成电路；然而，DSP功能也可以通过使用现场可编程门阵列芯片(FPGAs)。

嵌入式通用RISC处理器在功能上越来越像DSP。例如，在OMAP3处理器包括手臂皮层-A8和C6000 DSP。

在通信领域，融合了DSP功能和硬件加速功能的新一代DSP正在成为主流。这种现代处理器包括ASOCSModemX和CEVA的XC4000。

2018年5月，由南京电子技术研究所设计的华锐二号中国电子科技集团通过验收。该芯片的处理速度为0.4 TFLOPS，可以实现比当前主流DSP芯片更好的性能。设计团队已经开始创建华锐-3，它的处理速度达到TFLOPS级别，并支持人工智能。

PPC907BE 3BHE024577R0101 Generally speaking, DSP is an application-specific integrated circuit; However, DSP capabilities are also available through the use of field Programmable Gate array chips (FPGAs).

Embedded general-purpose RISC processors are becoming more and more DSP like in function. For example, the OMAP3 processor includes the arm cortex -A8 and C6000 DSPS.

In the field of communication, the new generation of DSP, which integrates DSP functions and hardware acceleration functions, is becoming the mainstream. Such modern processors include ASOCSModemX and CEVA's XC4000.

In May 2018, Huarui II China Electronic Technology Group, designed by Nanjing Institute of Electronic Technology, passed acceptance. With a processing speed of 0.4 TFLOPS, the chip can achieve better performance than current mainstream DSP chips. The design team has started to create the Sinovel 3, which has TFLOPS processing speed and supports artificial intelligence.