GFD563A102 一种单处理器结构的微处理器

GFD563A102 一种单处理器结构的微处理器

这数据总线的大小指定数据总线在一个周期内可以获取的数据量。在8085微处理器的情况下，数据总线的大小是8位，而在8086微处理器的情况下，它是16位。

这地址总线大小8085微处理器是16位的，而8086微处理器是20位的。

这存储器寻址能力8085的倍数是216即64 KB。相反，8086的内存寻址容量是220即1 MB。

GFD563A102 3BHE046836R0102率约为3 MHZ。而工作频率8086微处理器的工作频率是5 MHz，8086微处理器的高级版本的工作频率也是8-10 MHz。

8085微处理器在结构上由较少的晶体管组成。而8086相对来说拥有大量的处理器。

8085支持单个运行方式，而8086支持最小和最大两种工作模式。

总共有5个旗帜(即符号、零、辅助进位、奇偶和进位标志)。在8086微处理器中总共有9个标志(即溢出、方向、中断、陷阱和8085的其余部分)。

8085是一种单处理器结构的微处理器。相反，8086是一个多处理器配置的微处理器。

管道铺设GFD563A102 3BHE046836R0102而8086微处理器支持流水线操作。

指令队列是8085微处理器所没有的。由于8086支持排队，所以它有指令队列。

内存分段8085不支持，而8086微处理器支持。

8085是基于累加器的处理器。相反，8086是一种通用寄存器型微处理器。

GFD563A102 一种单处理器结构的微处理器

The size of this data bus specifies the amount of data that the data bus can obtain in a cycle. In the case of the 8085 microprocessor, the size of the data bus is 8 bits, while in the case of the 8086 microprocessor, it is 16 bits.

The address bus size of the 8085 microprocessor is 16-bit, while the 8086 microprocessor is 20-bit.

This memory is a multiple of 8085 that is 216 or 64 KB. In contrast, the 8086 has a memory addressing capacity of 220, or 1 MB.

The GFD563A102 3BHE046836R0102 rate is about 3 MHZ. The operating frequency of the 8086 microprocessor is 5 MHz, and the advanced version of the 8086 microprocessor is also 8-10 MHz.

The 8085 microprocessor is structurally composed of fewer transistors. The 8086 had a relatively large number of processors.

The 8085 supports a single mode of operation, while the 8086 supports both minimum and maximum modes of operation.

There are a total of five flags (i.e., symbol, zero, auxiliary carry, parity, and carry flags). There are a total of nine flags in the 8086 microprocessor (i.e., overflow, direction, interrupt, trap, and the rest of the 8085).

The 8085 is a single-processor microprocessor. In contrast, the 8086 was a microprocessor in a multi-processor configuration.

Pipelining GFD563A102 3BHE046836R0102 and the 8086 microprocessor supports pipelining.

The instruction queue is something the 8085 microprocessor does not have. Since the 8086 supports queuing, it has an instruction queue.

Memory segmentation is not supported by the 8085, while the 8086 microprocessor supports it.

The 8085 is an accumulator based processor. In contrast, the 8086 was a general-purpose register-based microprocessor.