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Added the AXI4 specification (the specification for in-SOC IP interconnect developed by ARM and XILINX), with the addition of the Advanced System Bus (ASB) and advanced Peripheral Bus (APB) to the latest version of AMBA4.0, from the very beginning of the AMBA1.0 version definition to the AHB APB, the Advanced tracking bus ATB, et. The AHP APB Axi can be considere

Introduction to AMBA, AHB, and APB bus) About AMBA With the development of deep sub-micron technology, the scale of Integrated Circuit chips is growing. From Time Series-driven design method to IP Reuse-based design methodIt has been widely used. In the SOC design based on IP address multiplexing, on-chip bus design is the most critical issue. Therefore, many on-chip bus standards have emerged in the industry. Among them, the AMBA chip launched by a

Duanxx STM32 learning: stm32 bus AMBA, AHB, APB A few days ago I looked at the main peripherals and circuit design of STM32. Today I began to look at the program design of STM32. Here I am using the STM32 library V3.5, so I am too lazy to see what registers The first problem encountered was the internal bus ahb and APB of STM32. Here I checked some information and recorded it.AMBAAMBA (Advanced Microprocess

Source: http://www.2cto.com/os/201410/346704.html AMBAAMBA (Advanced microprocessor bus Architecture) is an open SOC bus standard proposed by arm, which is now widely used in RISC kernel.Amba defines a multi-bus system (multilevel busing systems) that includes a system bus and a slightly lower level of peripheral bus.Amba supports 32-bit, 64-bit, 128-bit data bus, and 32-bit address bus, while supporting byte and Half-word designs.It defines two types of buses: AHB (Advanced High-performance Bu

one or more CPUs or DSPs; ② increases the independence of design technology to ensure reusableMultiple IP cores can be successfully ported to different systems for full customization, standard cell and gate array technologies; ③ facilitates modular design of the system to increase the independence of the processor; ④ reduces the bottom siliconTo make the off-chip operation and test communication more efficient.?? Amba Bus is a multi-bus system. The specification defines three different types of

Overview of AMBA, AHB, and APB bus Author: adamzhao Date: 19:33:00 About AMBA with the development of deep sub-micron technology, the scale of Integrated Circuit chips is growing. From Time Series-driven design method to IP address reuse-based design method, digital IC has been widely used in SoC design. In the SOC design based on IP address multiplexing, on-chip bus design is the most critical issue. Therefore, many on-chip bus standards have eme

What is AMBA On-Chip Bus? With the development of deep sub-micron technology, the scale of Integrated Circuit chips is growing. NumberIC from Time Series-driven design method, to IP Reuse-based Design MethodAnd has been widely used in SoC design.In the SOC design based on IP address multiplexing, on-chip bus design is the most critical issue.. Therefore, many on-chip bus standards have emerged in the industry. Among them, the AMBA On-Chip Bus launched by arm has been favored by the majority of

　　About AmbaWith the development of deep submicron technology, the scale of IC chips is becoming larger and bigger. The digital IC has been developed from the design method based on sequential drive to the design method based on IP multiplexing, and has been widely used in SOC design. In the design of SOC based on IP multiplexing, the design of on-chip bus is the most important problem. For this reason, there are many on-chip bus standards in the industry. The Amba on-chip bus, introduced by arm

reading it. Figure 1 memory ing The following is a detailed analysis. Figure 2 Structure of S3C2440 First introduce AMBA. AMBA (advanced micro-controller bus architecture) is an on-chip bus specification launched by arm limited. It is currently the mainstream standard for Chip Bus. At first, AMBA 1.0 only had ASB and APB. In order to save the area, the bus protocol at this time adopted a three-state bus. In later versions of AMBA 2.0, AHB Bus was a

are large MFC extension libraries that provide a complete set of form architectures and various controlsUsing them to greatly simplify the development of complex interface, such as vs.net, Office interface, both libraries can get the source code, only foreign things very expensive Oh, just xtream toolkit can download the entire 9.6 version on the Internet========================================Xtreme Toolkit Pro offers all the features of the Xtreme Toolkit Standard Edition, plus all the advanc

From: http://student.csdn.net/space.php? Uid = 91306 Do = Blog id = 14644 The clock part is relatively easy. Now let's sort it out based on the datasheet idea.I. basic understanding of clock the seventh part is "clock Power Management". The summary is as follows: 1. The clock Power Management Module of S3C2410 contains three parts: clock Control, USB control, and power control. The current focus is clock control. 2. There are two PLL (Phase Locked Loop, phase-locked loop, which has been lea

The clock part is relatively easy. Now let's sort it out based on the datasheet idea.I. Basic knowledge of clockThe seventh part is "clock Power Management", which is summarized as follows:1 The Clock Power Management Module of S3C2410 consists of three parts: clock control, USB control, and power control. The current focus is clock control.2. There are two PLL (Phase Locked Loop, phase-locked loop, which has been learned in high frequency, which can achieve frequency doubling. The high freque

the bus in arm The bus in arm is used for communication between different parts. There are two different types of devices connected to the bus: ARM processor, which is the main device of the bus, has the right to arbitrate on the bus, can initiate the data transmission request via the same bus; the peripheral device, which is the slave device of the bus, is passive on the bus and can only react to a transmission request from the main device. The bus structure of arm, called AMBA (Advanced Micro

S3C2410 has three clock flck, hclk, and pclk (these three are the core hour hands) The S3C2410 chip has such a paragraph: Fclk is used by ARM920T, kernel clock, clock speed. Hclk is used for AHB Bus, which is used by the ARM920T, the memory controller, the interrupt controller, the LCD controller, the DMA and USB Host block. that is, it provides clock signals for peripherals on the AHB Bus, including USB clock. The AHB Bus is used to connect high-speed peripherals. Pclk is used for

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========================================Xtream Toolkit and BCG are large MFC extension libraries that provide a complete set of windowing systems and a variety of controlsWith them can greatly simplify the development of complex interface, such as vs.net, Office interface, both libraries can get the source code, but the foreign things are expensive Oh, but Xtream Toolkit can download the entire 9.6 version on the Internet========================================Xtreme Toolkit Pro offers all the f

Sort out the underlying structure associated with STM32 to help digest understandingFirst several pictures (the main reference stm3210x series)1. Chip structure Composition diagram:2.STM32 Internal structure:3.CORTEX-M3 Module Structure diagram:4.STM3210X Internal structure:Bridge:four active units:M3 Core Icode Bus (i-bus), Dcode Bus (d-bus), System bus (S-bus), DMA (DMA1, DMA2, Ethernet DMA)Four passive units: internal SRAM, internal Flash, FSMC, AHB to AP