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DMA Activator Documentation

Signal Configuration Guide / 信号配置指南

Activation Signal Definition / 激活信号定义

The activation signal is defined in the pcileech_ft601.sv file. The key components are:

激活信号定义在 pcileech_ft601.sv 文件中。主要组件包括：

1. Signal Registers / 信号寄存器 (Line 92-93):

reg [31:0] SIGN;      // Stores the activation signal / 存储激活信号
reg DETECT;           // Detection flag / 检测标志

2. Detection Value / 检测值 (Line 98):

else if (dout == 32'hDEADBEEF | FT601_DATA == 32'hDEADBEEF)

How to Modify / 如何修改

1. To change the activation signal value / 修改激活信号值:

   • Locate line 98 in pcileech_ft601.sv
   • Replace 32'hDEADBEEF with your desired 32-bit hex value
   • 在 pcileech_ft601.sv 第98行
   • 将 32'hDEADBEEF 替换为你想要的32位十六进制值

2. To modify signal behavior / 修改信号行为:

   • The signal detection logic is in the always block starting from line 95
   • The output control logic is around line 116
   • 信号检测逻辑在第95行开始的 always 块中
   • 输出控制逻辑在第116行附近

Working Principle / 工作原理

1. Signal Detection / 信号检测:

   • The system continuously monitors both dout and FT601_DATA for the activation signal
   • When the predefined value (default: 0xDEADBEEF) is detected, DETECT flag is set
   • 系统持续监控 dout 和 FT601_DATA 的激活信号
   • 当检测到预定义值（默认：0xDEADBEEF）时，设置 DETECT 标志

2. Data Flow / 数据流:

   • Input data is processed through the FT601 interface
   • Data is byte-swapped during transfer (31:24 ↔ 7:0, 23:16 ↔ 15:8)
   • Output control is managed by state machine
   • 输入数据通过FT601接口处理
   • 数据在传输过程中进行字节交换（31:24 ↔ 7:0, 23:16 ↔ 15:8）
   • 输出控制由状态机管理

3. State Machine / 状态机:

   • IDLE: Waits for RX or TX signals
   • RX states: Handle data reception
   • TX states: Handle data transmission
   • Cooldown states: Manage timing between operations
   • IDLE：等待RX或TX信号
   • RX状态：处理数据接收
   • TX状态：处理数据发送
   • 冷却状态：管理操作之间的时序

Important Notes / 重要说明

1. The system prioritizes RX operations over TX when both are available 当RX和TX同时可用时，系统优先处理RX操作

2. Data queue management is handled automatically with cooldown periods 数据队列管理自动处理，包含冷却期

3. The activation signal detection is synchronized with the clock 激活信号检测与时钟同步

4. Modifications should maintain the timing and protocol requirements of the FT601 interface 修改时应保持FT601接口的时序和协议要求

等待后续更新