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nav-list"><li role="treeitem" class="active"><div data-tocid="id-d5856e6023" class="topicref" data-id="id" data-state="leaf"><span role="button" class="wh-expand-btn"></span><div class="title"><a href="../../../topics/sdk/mac/mac_config_lite.html" id="id-d5856e6023-link">参数配置</a></div></div></li><li role="treeitem"><div data-tocid="id-d5856e6035" class="topicref" data-id="id" data-state="leaf"><span role="button" class="wh-expand-btn"></span><div class="title"><a href="../../../topics/sdk/mac/mac_debug_lite.html" id="id-d5856e6035-link">调试指南</a></div></div></li><li role="treeitem"><div data-tocid="mac_test_guide-d5856e6047" class="topicref" data-id="mac_test_guide" data-state="leaf"><span role="button" class="wh-expand-btn"></span><div class="title"><a href="../../../topics/sdk/mac/mac_test_2.html" id="mac_test_guide-d5856e6047-link">测试指南</a></div></div></li><li role="treeitem"><div data-tocid="id-d5856e6059" class="topicref" data-id="id" data-state="leaf"><span role="button" class="wh-expand-btn"></span><div class="title"><a href="../../../topics/sdk/mac/mac_design_lite.html" id="id-d5856e6059-link">设计说明</a></div></div></li><li role="treeitem"><div data-tocid="mac_common_issues-d5856e6071" class="topicref" data-id="mac_common_issues" data-state="leaf"><span role="button" class="wh-expand-btn"></span><div class="title"><a href="../../../topics/sdk/mac/mac_faq_2.html" id="mac_common_issues-d5856e6071-link">常见问题</a></div></div></li></ul></li></ul></li><li role="treeitem" aria-expanded="false"><div data-tocid="chapter-safety-d5856e6083" class="topicref" data-id="chapter-safety" data-state="not-ready"><span role="button" tabindex="0" aria-labelledby="button-expand-action chapter-safety-d5856e6083-link" class="wh-expand-btn"></span><div class="title"><a href="../../../topics/chapter-title/chapter-safety-sdk.html" id="chapter-safety-d5856e6083-link">安全</a><div class="wh-tooltip"><p class="shortdesc">SPI ENC、CE、eFuse 等安全模块的介绍和使用说明。</p></div></div></div></li></ul></li></ul></div>
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<div class=" wh_topic_content body "><main role="main"><article class="- topic/topic topic" role="article" aria-labelledby="ariaid-title1"><span class="edit-link" style="font-size:12px; opacity:0.6; text-align:right; vertical-align:middle"><a target="_blank" href="http://172.16.35.88/tasks/jdssno1uvvbf2mltu9kb9v3if05d5gopuakboe8hlud18rma/edit/F:/aicdita/aicdita-cn/topics/sdk/mac/mac_config_lite.dita">Edit online</a></span><h1 class="- topic/title title topictitle1" id="ariaid-title1">参数配置</h1><div class="date inPage">15 Jan 2024</div><div style="color: gray;">
|
||
Read time: 13 minute(s)
|
||
</div><div class="- topic/body body"><section class="- topic/section section" id="id__ref-to-lite-mac-cfg" data-ofbid="id__ref-to-lite-mac-cfg"><h2 class="- topic/title title sectiontitle">以太网配置</h2>
|
||
|
||
<p class="- topic/p p" data-ofbid="d65433e24__20250121171521">内核配置主要是通过 <span class="+ topic/keyword sw-d/cmdname keyword cmdname">scons --menuconfig</span> 命令进行 以太网的功能配置， 配置完成后的项目存储在
|
||
<span class="+ topic/ph sw-d/filepath ph filepath">target/configs/xxx_defconfig</span> 文件中。</p>
|
||
<ul class="- topic/ul ul" id="id__ul_ehm_kys_4dc" data-ofbid="id__ul_ehm_kys_4dc"><li class="- topic/li li" data-ofbid="d65433e34__20250121171521">
|
||
<div class="- topic/div div section" id="id__mac">
|
||
<strong class="+ topic/ph hi-d/b ph b">MAC 参数配置</strong>
|
||
<p class="- topic/p p" data-ofbid="d65433e41__20250121171521">内核中要使用以太网功能，首先需要配置 MAC 的属性参数。MAC 的参数随着板卡的不同而不同 以下是展开后 MAC
|
||
的所有的配置选项及其介绍</p><div class="- topic/note note note note_note" id="id__note_eql_qn3_ddc" data-ofbid="id__note_eql_qn3_ddc"><span class="note__title">注：</span>
|
||
<div class="- topic/p p" data-ofbid="d65433e45__20250121171521">为防止配置错误，实际的 MAC
|
||
配置有一套依赖规则，不会同时出现以下全部的配置选项<pre class="+ topic/pre pr-d/codeblock pre codeblock language-c" id="id__codeblock_nvz_yjn_fdc" data-ofbid="id__codeblock_nvz_yjn_fdc">Board options --->
|
||
[*] Using Gmac0
|
||
gmac0 parameter --->
|
||
(PE.<span class="hl-number">6</span>) gmac0 PHY reset GPIO
|
||
Select gmac0 bus (RMII) --->
|
||
Select PHY clk (external clk) --->
|
||
(<span class="hl-number">0</span>) gmac0 rx delay
|
||
(<span class="hl-number">0</span>) gmac0 tx delay
|
||
(<span class="hl-number">192.168</span>.<span class="hl-number">1.2</span>) gmac0 IPv4 addr
|
||
(<span class="hl-number">192.168</span>.<span class="hl-number">1.1</span>) gmac0 Gateway
|
||
(<span class="hl-number">255.255</span>.<span class="hl-number">255.0</span>) gmac0 Subnet Mask
|
||
[*] gmac0 MAC address use chip-id
|
||
(<span class="hl-number">002244887766</span>) gmac0 MAC addr
|
||
(<span class="hl-number">1</span>) gmac0 PHY MDIO addr
|
||
|
||
Clocks Options --->
|
||
...
|
||
[ ] Enable CLK_OUT0
|
||
[ ] Enable CLK_OUT1
|
||
[*] Enable CLK_OUT2
|
||
(<span class="hl-number">25000000</span>) Clk CLK_OUT2 frequence
|
||
[ ] Enable CLK_OUT3</pre></div>
|
||
</div><ul class="- topic/ul ul simple" id="id__ul_of4_kys_4dc" data-ofbid="id__ul_of4_kys_4dc"><li class="- topic/li li" data-ofbid="d65433e51__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_pf4_kys_4dc" data-ofbid="id__dl_pf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e55__20250121171521">gmac0 PHY reset GPIO</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e59__20250121171521">外部 PHY 芯片的复位脚相连接的 IO 引脚，根据板卡设计决定</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e63__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_qf4_kys_4dc" data-ofbid="id__dl_qf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e67__20250121171521">Select gmac0 bus</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e71__20250121171521">选择 MAC 与 PHY 相连接的接口类型，根据板卡决定是 RGMII 还是 RMII</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e75__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_rf4_kys_4dc" data-ofbid="id__dl_rf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e79__20250121171521">Select PHY clk</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e83__20250121171521">选择 MAC 使用的总线参考时钟类型是 external clk (外部时钟)还是 internal
|
||
clk (内部时钟)。这个配置需要根据电路设计决定。如果 MAC 的时钟参考时钟是来自 PHY 芯片
|
||
(即 GMAC_CLKIN 引脚接到 PHY 芯片)则这里选择 external clk，否则选择
|
||
internal clk</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e87__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_sf4_kys_4dc" data-ofbid="id__dl_sf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e91__20250121171521">gmac0 rx delay</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e95__20250121171521">gmac0 的接收时延，适用于 RGMII 接口模式下， MAC 匹配 PHY 芯片的数据建立时间和保留时
|
||
间(单位：0.17 ns)， 需要根据外部使用的 PHY 芯片调整。一般情况下，设置为 12 ，即
|
||
2.04 ns</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e99__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_tf4_kys_4dc" data-ofbid="id__dl_tf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e103__20250121171521">gmac0 tx delay</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e107__20250121171521">gmac0 的发送时延，适用于 RGMII 接口模式下，MAC 匹配 PHY 芯片的数据建立时间和保留时间
|
||
(单位：0.17 ns)，需要根据外部使用的 PHY 芯片调整。一般情况下，可设置为 12，即 2.04
|
||
ns</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e111__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_uf4_kys_4dc" data-ofbid="id__dl_uf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e115__20250121171521">gmac0 IPv4 addr</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e119__20250121171521">当前网卡的初始静态 IP 地址，如打开 DHCP 功能，此处设置无效</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e123__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_vf4_kys_4dc" data-ofbid="id__dl_vf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e127__20250121171521">gmac0 Gateway</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e131__20250121171521">当前网卡的初始静态网关地址，如打开 DHCP 功能，此处设置无效</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e135__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_wf4_kys_4dc" data-ofbid="id__dl_wf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e139__20250121171521">gmac0 Subnet Mask</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e143__20250121171521">当前网卡初始静态子网掩码，如打开 DHCP 功能，此处设置无效</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e147__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_xf4_kys_4dc" data-ofbid="id__dl_xf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e151__20250121171521">gmac0 MAC address use chip-id</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e155__20250121171521">使用芯片的 chip-id 作为 MAC 地址，使能此选项后会使用 chip-id 的低六位经过加密后作为
|
||
MAC 地址。这样的好处是同一系列产品的 MAC 地址基本不会重复。</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e159__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_yf4_kys_4dc" data-ofbid="id__dl_yf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e163__20250121171521">gmac0 MAC addr</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e167__20250121171521">gmac0 默认 MAC 地址，当不使能
|
||
<span class="+ topic/ph ui-d/uicontrol ph uicontrol">gmac0 MAC address use chip-id</span>
|
||
时，即用户需要自定义 MAC 地址时可以在这里配置用户自己的 MAC 地址。</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e174__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_zf4_kys_4dc" data-ofbid="id__dl_zf4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e178__20250121171521">gmac0 PHY MDIO addr</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e182__20250121171521">PHY 在 总线上的挂载地址，PHY 芯片地址一般取决于 PHY
|
||
芯片外部电路设计，请根据板卡设计决定</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e187__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_ag4_kys_4dc" data-ofbid="id__dl_ag4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e191__20250121171521">Clocks Options</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e195__20250121171521">如果 PHY 的工作时钟由主控芯片的 CLK_OUTx 提供，则需要在这里使能 CLK_OUT。
|
||
具体使能哪一个 CLK_OUT，取决于硬件设计</p>
|
||
</dd></dl>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e199__20250121171521">
|
||
<dl class="- topic/dl dl simple" id="id__dl_bg4_kys_4dc" data-ofbid="id__dl_bg4_kys_4dc"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e203__20250121171521">Clk CLK_OUT2 frequence</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e207__20250121171521">CLK_OUTx 的输出时钟频率，对于常用的 PHY 芯片，一般是 25 MHz</p>
|
||
</dd></dl>
|
||
</li></ul></div>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e212__20250121171521">
|
||
<div class="- topic/div div section" id="id__lwip">
|
||
<strong class="+ topic/ph hi-d/b ph b">LwIP 协议配置</strong>
|
||
<div class="- topic/p p" data-ofbid="d65433e219__20250121171521"><span class="- topic/ph ph">Luban-Lite</span> 内置 LwIP2.1.3 协议栈，用户可以根据自身需求通过 <span class="+ topic/keyword sw-d/cmdname keyword cmdname">scons
|
||
--menuconfig</span> 进行裁剪。 <span class="- topic/ph ph">Luban-Lite</span>
|
||
提供的可裁剪属性如下，如有其他特别需求，可自行配置
|
||
<span class="+ topic/ph sw-d/filepath ph filepath">packages/third-party/lwip/lwipopts.h</span>
|
||
文件。<pre class="+ topic/pre pr-d/codeblock pre codeblock language-c" id="id__codeblock_a4l_2kn_fdc" data-ofbid="id__codeblock_a4l_2kn_fdc">Local packages options --->
|
||
Third-party packages options --->
|
||
[*] lwIP: light weight TCP/IP stack --->
|
||
[ ] IPv6 protocol
|
||
[*] lwIP Example
|
||
[*] Using net tools
|
||
[ ] IGMP protocol
|
||
[*] ICMP protocol
|
||
[ ] SNMP protocol
|
||
[ ] Enable DNS <strong class="hl-keyword">for</strong> name resolution
|
||
[ ] Enable alloc IP address through DHCP
|
||
[*] UDP protocol
|
||
[*] TCP protocol
|
||
[*] RAW protocol
|
||
[ ] PPP protocol
|
||
(<span class="hl-number">8</span>) the number of <strong class="hl-keyword">struct</strong> netconns
|
||
(<span class="hl-number">16</span>) the number of PBUF
|
||
(<span class="hl-number">15360</span>) the size of lwIP<span class="hl-string">'s dynamic memory
|
||
</span> (<span class="hl-number">4</span>) the number of raw connection
|
||
(<span class="hl-number">4</span>) the number of UDP socket
|
||
(<span class="hl-number">4</span>) the number of TCP socket
|
||
(<span class="hl-number">40</span>) the number of TCP segment
|
||
(<span class="hl-number">8196</span>) the size of send buffer
|
||
(<span class="hl-number">8196</span>) the size of TCP send window
|
||
(<span class="hl-number">10</span>) the priority level value of lwIP thread
|
||
(<span class="hl-number">8</span>) the number of mail in the lwIP thread mailbox
|
||
(<span class="hl-number">3072</span>) the stack size of lwIP thread
|
||
[ ] Enable IP reassembly and frag
|
||
[ ] Enable lwIP statistics
|
||
[ ] Enable tx hardware generate checksum
|
||
[ ] Enable rx hardware check checksum
|
||
[ ] Enable ping features ----
|
||
[ ] Using socket interface during ping requests
|
||
( ) the priority level value of ping thread
|
||
[ ] Using MQTT protocol
|
||
[ ] USing DHCP server
|
||
(<span class="hl-number">192.168</span>.<span class="hl-number">1.1</span>) DHCP server IP addresss
|
||
(<span class="hl-number">2</span>) Start address of DHCP allocation(Last byte)
|
||
(<span class="hl-number">254</span>) End address of DHCP allocation(Last byte)
|
||
[ ] Enable lwIP Debugging Options ----</pre></div><dl class="- topic/dl dl" data-ofbid="d65433e234__20250121171521"><dt class="- topic/dt dt dlterm" data-ofbid="d65433e236__20250121171521">IPv6 protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e240__20250121171521">LwIP 支持 IPV6 协议</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e244__20250121171521">lwIP Example</dt><dd class="- topic/dd dd">SDK 提供的初始化以太网示例，示例程序源码在
|
||
<span class="+ topic/ph sw-d/filepath ph filepath">packages/third-party/lwip/contrib/examples/example_app/</span>
|
||
目录下的
|
||
<span class="+ topic/ph sw-d/filepath ph filepath">test.c</span><span class="+ topic/ph sw-d/filepath ph filepath">netif_start.c</span><span class="+ topic/ph sw-d/filepath ph filepath">netif_start.h</span>。打开此选项后，SDK
|
||
会在启动过程中自动 初始化以太网。用户可根据自身需求定义以太网初始化流程。如果不开启此选项，则需要用户自己编写以太网
|
||
的初始化程序</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e259__20250121171521">IPv6 protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e263__20250121171521">LwIP 支持 IPV6 协议</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e267__20250121171521">lwIP Example</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e271__20250121171521">SDK 提供的初始化以太网示例，示例程序源码在
|
||
<span class="+ topic/ph sw-d/filepath ph filepath">packages/third-party/lwip/contrib/examples/example_app/</span>
|
||
目录下的
|
||
<span class="+ topic/ph sw-d/filepath ph filepath">test.c</span>、<span class="+ topic/ph sw-d/filepath ph filepath">netif_start.c</span>
|
||
和 <span class="+ topic/ph sw-d/filepath ph filepath">netif_start.h</span> 文件。打开此选项后，SDK 会在启动过程中自动
|
||
初始化以太网。用户可根据自身需求定义以太网初始化流程。如果不开启此选项，则需要用户自己编写以太网 的初始化程序</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e287__20250121171521">Using net tools</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e291__20250121171521">使用网络调试命令，ifconfig, dhcpc …</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e295__20250121171521">IGMP protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e299__20250121171521">以太网支持 IGMP 协议，使用组播功能时打开</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e303__20250121171521">ICMP protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e307__20250121171521">以太网支持 ICMP 协议，使用 ping 命令时打开</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e311__20250121171521">SNMP protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e315__20250121171521">以太网支持 SNMP 协议，需要时打开</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e319__20250121171521">Enable DNS for name resolution</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e323__20250121171521">支持 DNS 用户端功能，需要时打开</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e327__20250121171521">Enable alloc IP address through DHCP</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e331__20250121171521"> 支持 DHCP 用户端功能，需要时打开。如果打开 DHCP 选项，默认 IP 地址会失效，如果 IP 申请失败，则此时
|
||
IP 地址为 0.0.0.0</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e335__20250121171521">UDP protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e339__20250121171521">支持 UDP 协议，默认打开</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e344__20250121171521">TCP protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e348__20250121171521">支持 TCP 协议，默认打开</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e352__20250121171521">RAW protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e356__20250121171521">支持原始套接字接口，如需要编写基于 RAW 套接字的程序时，需要打开</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e360__20250121171521">PPP protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e364__20250121171521">支持 PPP 协议，需要时打开</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e368__20250121171521">the number of struct netconns</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e372__20250121171521">struct netconns 接口的数量，默认为 8 个，可根据需求自行修改</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e376__20250121171521">the number of PBUF</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e380__20250121171521">pbuf 结构的数量，如果需要发送较多的 ROM 类型消息，可自行修改</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e384__20250121171521">the size of lwIP’s dynamic memory</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e388__20250121171521">LwIP 堆空间大小，与数据发送有关，不建议修改</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e392__20250121171521">the number of raw connection</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e396__20250121171521">RAW 控制块数量，根据需求修改</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e400__20250121171521">the number of UDP socket</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e404__20250121171521">UDP 控制块数量，根据需求修改</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e408__20250121171521">the number of TCP socket</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e412__20250121171521">TCP 控制块数量，根据需求修改</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e416__20250121171521">the number of TCP segment</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e420__20250121171521">TCP 等待队列的个数，这个值应该不小于 TCP 的发送队列的个数</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e424__20250121171521">the size of send buffer</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e428__20250121171521">TCP 发送缓存大小，如无特别需求，请保持默认值</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e433__20250121171521">the size of TCP send window</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e437__20250121171521">TCP 滑动窗口大小，如无特别需求，请保持默认值</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e441__20250121171521">the priority level value of lwIP thread</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e445__20250121171521">LwIP 协议栈任务优先级，为防止网络丢包，建议保持较高优先级</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e449__20250121171521">the number of mail in the lwIP thread mailbox</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e453__20250121171521">消息邮箱数量，如无特别需求，不建议修改此数量</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e457__20250121171521">the stack size of lwIP thread</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e461__20250121171521">LwIP 协议栈任务的栈空间大小，如没有添加基于 RAW 接口的应用程序，不建议修改任务栈。
|
||
否则，应该加大协议栈任务的栈空间</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e465__20250121171521">Enable IP reassembly and frag</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e469__20250121171521">使能 IP 包的分片重装功能</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e473__20250121171521">Enable lwIP statistics</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e477__20250121171521">使能 LwIP 统计信息</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e481__20250121171521">Enable tx hardware generate checksum</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e485__20250121171521">使能发送时自动生成硬件校验和</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e489__20250121171521">Enable rx hardware check checksum</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e493__20250121171521">使能接收时硬件检查校验和</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e497__20250121171521">Enable ping features —-</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e501__20250121171521">ping 命令支持，使能此选项后，可在终端中使用 ping 命令</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e505__20250121171521">Using MQTT protocol</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e509__20250121171521">支持 MQTT 协议</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e513__20250121171521">USing DHCP server</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e517__20250121171521">使用 dhcp server 服务。使能此选项后可以使用 dhcpd 命令开启 dhcp 服务端</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e522__20250121171521">DHCP server IP addresss</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e526__20250121171521">做 dhcp 服务端时的 IP 地址</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e530__20250121171521">Start address of DHCP allocation(Last byte)</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e534__20250121171521">dhcp 服务端分配给用户端的起始 ip 地址的低八位</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e538__20250121171521">End address of DHCP allocation(Last byte)</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e542__20250121171521">dhcp 服务端分配给用户端的结束 ip 地址的低八位</p>
|
||
</dd><dt class="- topic/dt dt dlterm" data-ofbid="d65433e546__20250121171521">Enable lwIP Debugging Options —-</dt><dd class="- topic/dd dd">
|
||
<p class="- topic/p p" data-ofbid="d65433e550__20250121171521">LwIP 调试信息选项，可根据自身需求进行打开</p>
|
||
</dd></dl>
|
||
</div>
|
||
</li></ul>
|
||
</section><section class="- topic/section section" id="id__section_twf_bkn_fdc" data-ofbid="id__section_twf_bkn_fdc"><h2 class="- topic/title title sectiontitle">时钟</h2>
|
||
|
||
<p class="- topic/p p" data-ofbid="d65433e561__20250121171521">MAC 和 PHY 的协同工作共牵涉到四组时钟， <span class="- topic/ph ph">Luban-Lite</span> 已将时钟部分处理完整，不需要用户除 <span class="+ topic/keyword sw-d/cmdname keyword cmdname">scons
|
||
--menuconfig</span> 配置 MAC 使用 <span class="+ topic/keyword pr-d/parmname keyword parmname">external clk</span> 或
|
||
<span class="+ topic/keyword pr-d/parmname keyword parmname">internal clk</span> 之外的其他任何修改</p>
|
||
<ul class="- topic/ul ul" id="id__ul_zvb_lys_4dc" data-ofbid="id__ul_zvb_lys_4dc"><li class="- topic/li li" data-ofbid="d65433e577__20250121171521">
|
||
<div class="- topic/div div section" id="id__id4">
|
||
<strong class="+ topic/ph hi-d/b ph b">MAC 工作时钟</strong>
|
||
<div class="- topic/p p" data-ofbid="d65433e584__20250121171521">MAC 的内部工作时钟通过 PLL 分频获得，为 50M， 工作时钟不会因为方案的不同而不同，为一固定值 配置代码在
|
||
<span class="+ topic/ph sw-d/filepath ph filepath">packages/third-party/lwip/contrib/ports/drv/aic/aic_mac_ll.c</span>
|
||
中。<pre class="+ topic/pre pr-d/codeblock pre codeblock language-c" id="id__codeblock_lxy_qxn_fdc" data-ofbid="id__codeblock_lxy_qxn_fdc"><strong class="hl-keyword">void</strong> aicmac_low_level_init(uint32_t port, bool en)
|
||
{
|
||
uint32_t id = CLK_GMAC0 + port;
|
||
|
||
<em class="hl-comment">/* MAC clock */</em>
|
||
<strong class="hl-keyword">if</strong> (en) {
|
||
<em class="hl-comment">/* Set clock frequence = 50M */</em>
|
||
hal_clk_set_freq(id, <span class="hl-number">50000000</span>);
|
||
<em class="hl-comment">/* clock enable & reset deassert */</em>
|
||
hal_clk_enable_deassertrst_iter(id);
|
||
} <strong class="hl-keyword">else</strong> {
|
||
<em class="hl-comment">/* clock enable & reset deassert */</em>
|
||
hal_clk_disable_assertrst(id);
|
||
}
|
||
}</pre></div>
|
||
</div>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e593__20250121171521">
|
||
<div class="- topic/div div section" id="id__mdc">
|
||
<strong class="+ topic/ph hi-d/b ph b">MDC 时钟</strong>
|
||
<div class="- topic/p p" data-ofbid="d65433e600__20250121171521">MDC 时钟是 MDIO 的工作时钟，是 MAC 和 PHY 进行配置的工作时钟，双方在使用初期会有一个协 商，一般是 MAC 通知
|
||
PHY，该时钟为 MAC 通过模块的内部工作时钟处理生成，也不会因为方案的 不同而不同，为一固定值。MDIO 时钟初始化在
|
||
<span class="+ topic/ph sw-d/filepath ph filepath">packages/third-party/lwip/contrib/ports/drv/aic/aicmac.c</span>
|
||
文件的 <span class="+ topic/keyword pr-d/apiname keyword apiname">aicmac_init</span>
|
||
函数中：<pre class="+ topic/pre pr-d/codeblock pre codeblock language-c" id="id__codeblock_ir5_jyn_fdc" data-ofbid="id__codeblock_ir5_jyn_fdc"><strong class="hl-keyword">int</strong> aicmac_init(uint32_t port)
|
||
{
|
||
...
|
||
|
||
<em class="hl-comment">/* MDCIO Internal Clock Select */</em>
|
||
tmpreg = readl(MAC(port, mdioctl));
|
||
tmpreg &= ~(ETH_MDIOCTL_CR_MSK);
|
||
ahbclk = hal_clk_get_freq(CLK_AHB0);
|
||
<strong class="hl-keyword">if</strong> ((ahbclk ≥ <span class="hl-number">20000000</span>) && (ahbclk < <span class="hl-number">35000000</span>)) {
|
||
tmpreg |= ETH_MDIOCTL_CR_Div16;
|
||
} <strong class="hl-keyword">else</strong> <strong class="hl-keyword">if</strong> ((ahbclk ≥ <span class="hl-number">35000000</span>) && (ahbclk < <span class="hl-number">60000000</span>)) {
|
||
tmpreg |= ETH_MDIOCTL_CR_Div26;
|
||
} <strong class="hl-keyword">else</strong> <strong class="hl-keyword">if</strong> ((ahbclk ≥ <span class="hl-number">60000000</span>) && (ahbclk < <span class="hl-number">100000000</span>)) {
|
||
tmpreg |= ETH_MDIOCTL_CR_Div42;
|
||
} <strong class="hl-keyword">else</strong> <strong class="hl-keyword">if</strong> ((ahbclk ≥ <span class="hl-number">100000000</span>) && (ahbclk < <span class="hl-number">150000000</span>)) {
|
||
tmpreg |= ETH_MDIOCTL_CR_Div62;
|
||
} <strong class="hl-keyword">else</strong> <strong class="hl-keyword">if</strong> ((ahbclk ≥ <span class="hl-number">150000000</span>) && (ahbclk < <span class="hl-number">250000000</span>)) {
|
||
tmpreg |= ETH_MDIOCTL_CR_Div102;
|
||
} <strong class="hl-keyword">else</strong> <em class="hl-comment">/* ((ahbclk ≥ 250000000)&&(ahbclk <= 300000000)) */</em>
|
||
{
|
||
tmpreg |= ETH_MDIOCTL_CR_Div124;
|
||
}
|
||
writel(tmpreg, MAC(port, mdioctl));
|
||
...
|
||
...
|
||
}</pre></div><p class="- topic/p p" data-ofbid="d65433e610__20250121171521">MDC 时钟配置错误，则 MAC 和 PHY 的通信不通，呈现的现象是 MAC 无法发现 PHY
|
||
设备</p>
|
||
</div>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e614__20250121171521">
|
||
<div class="- topic/div div section" id="id__phy">
|
||
<strong class="+ topic/ph hi-d/b ph b">PHY 工作时钟</strong>
|
||
<p class="- topic/p p" data-ofbid="d65433e621__20250121171521">一般 PHY 的工作时钟是 25M， 一般的设计是外挂一个晶振提供时钟给 PHY 模组， AIC
|
||
不同型号芯片都对外提供几组时钟(CLK_OUT)，也可以使用该时钟供给 PHY 模块工作。</p><div class="- topic/p p" data-ofbid="d65433e623__20250121171521">该时钟 (CLK_OUT) 使能在
|
||
<span class="+ topic/ph sw-d/filepath ph filepath">target/soc name/board name/sys_clk.c</span>
|
||
中配置。如果需要可以打开<pre class="+ topic/pre pr-d/codeblock pre codeblock language-c" id="id__codeblock_brh_kyn_fdc" data-ofbid="id__codeblock_brh_kyn_fdc"><strong class="hl-keyword">struct</strong> aic_sysclk aic_sysclk_config[] = {
|
||
...
|
||
#ifdef AIC_USING_CLK_OUT0
|
||
{AIC_CLK_OUT0_FREQ, CLK_OUT0, <span class="hl-number">0</span>},
|
||
#endif <em class="hl-comment">/* AIC_USING_CLK_OUT0 */</em>
|
||
#ifdef AIC_USING_CLK_OUT1
|
||
{AIC_CLK_OUT1_FREQ, CLK_OUT1, <span class="hl-number">0</span>},
|
||
#endif <em class="hl-comment">/* AIC_USING_CLK_OUT1 */</em>
|
||
#ifdef AIC_USING_CLK_OUT2
|
||
{AIC_CLK_OUT2_FREQ, CLK_OUT2, <span class="hl-number">0</span>},
|
||
#endif <em class="hl-comment">/* AIC_USING_CLK_OUT2 */</em>
|
||
#ifdef AIC_USING_CLK_OUT3
|
||
{AIC_CLK_OUT3_FREQ, CLK_OUT3, <span class="hl-number">0</span>},
|
||
#endif <em class="hl-comment">/* AIC_USING_CLK_OUT3 */</em>
|
||
...
|
||
};
|
||
|
||
<strong class="hl-keyword">void</strong> aic_board_sysclk_init(<strong class="hl-keyword">void</strong>)
|
||
{
|
||
uint32_t i = <span class="hl-number">0</span>;
|
||
|
||
<strong class="hl-keyword">for</strong> (i=<span class="hl-number">0</span>; i<<strong class="hl-keyword">sizeof</strong>(aic_sysclk_config)/<strong class="hl-keyword">sizeof</strong>(<strong class="hl-keyword">struct</strong> aic_sysclk); i++) {
|
||
hal_clk_set_freq(aic_sysclk_config[i].clk_id, aic_sysclk_config[i].freq);
|
||
}
|
||
|
||
<em class="hl-comment">/* Enable sys clk */</em>
|
||
hal_clk_enable_deassertrst_iter(CLK_GPIO);
|
||
hal_clk_enable_deassertrst_iter(CLK_GTC);
|
||
}</pre></div></div>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e631__20250121171521">
|
||
<div class="- topic/div div section" id="id__mdata">
|
||
<strong class="+ topic/ph hi-d/b ph b">MDATA 时钟</strong>
|
||
<p class="- topic/p p" data-ofbid="d65433e638__20250121171521">MDATA 时钟 为 MAC 和 PHY 进行数据传输的时钟，对于百兆和千兆有不同的使用方式 </p><ul class="- topic/ul ul simple" id="id__ul_yd3_bkn_fdc" data-ofbid="id__ul_yd3_bkn_fdc"><li class="- topic/li li" data-ofbid="d65433e641__20250121171521">
|
||
<p class="- topic/p p" data-ofbid="d65433e643__20250121171521">百兆网络：可以是 MAC 供给 PHY， 也可以是 PHY 供给 MAC</p>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e646__20250121171521">
|
||
<p class="- topic/p p" data-ofbid="d65433e648__20250121171521">千兆网络：只能是 MAC 供给 PHY，RGMII0-TXCK 端口</p>
|
||
</li></ul><div class="- topic/p p" data-ofbid="d65433e651__20250121171521">代码中会根据 <span class="+ topic/keyword sw-d/cmdname keyword cmdname">scons --menuconfig</span> 中的配置来决定 MAC
|
||
使用的时钟来源是内部时钟还是外部时钟<pre class="+ topic/pre pr-d/codeblock pre codeblock language-c" id="id__codeblock_zk2_lyn_fdc" data-ofbid="id__codeblock_zk2_lyn_fdc"><strong class="hl-keyword">static</strong> s32 syscfg_gmac_init(u32 ch)
|
||
{
|
||
#ifdef AIC_SYSCFG_DRV_V10
|
||
u32 cfg_reg = ch ? SYSCFG_GMAC1_CFG : SYSCFG_GMAC0_CFG;
|
||
#<strong class="hl-keyword">else</strong>
|
||
u32 cfg_reg = SYSCFG_GMAC0_CFG;
|
||
#endif
|
||
s32 cfg;
|
||
|
||
cfg = syscfg_readl(cfg_reg);
|
||
|
||
<strong class="hl-keyword">if</strong> (ch == <span class="hl-number">0</span>) {
|
||
#ifdef AIC_SYSCFG_DRV_V10
|
||
#ifdef AIC_DEV_GMAC0_RGMII
|
||
cfg |= SYSCFG_GMAC_PHY_RGMII_<span class="hl-number">1000</span>M;
|
||
#<strong class="hl-keyword">else</strong>
|
||
cfg &= ~SYSCFG_GMAC_PHY_RGMII_<span class="hl-number">1000</span>M;
|
||
#endif
|
||
#endif
|
||
#ifdef AIC_DEV_GMAC0_PHY_EXTCLK
|
||
cfg |= SYSCFG_GMAC_RMII_EXTCLK_SEL;
|
||
#endif
|
||
#<strong class="hl-keyword">if</strong> AIC_DEV_GMAC0_TXDELAY
|
||
cfg |= (AIC_DEV_GMAC0_TXDELAY << SYSCFG_GMAC_TXDLY_SEL_SHIFT);
|
||
#endif
|
||
#<strong class="hl-keyword">if</strong> AIC_DEV_GMAC0_RXDELAY
|
||
cfg |= (AIC_DEV_GMAC0_RXDELAY << SYSCFG_GMAC_RXDLY_SEL_SHIFT);
|
||
#endif
|
||
} <strong class="hl-keyword">else</strong> <strong class="hl-keyword">if</strong> (ch == <span class="hl-number">1</span>) {
|
||
#ifdef AIC_SYSCFG_DRV_V10
|
||
#ifdef AIC_DEV_GMAC1_RGMII
|
||
cfg |= SYSCFG_GMAC_PHY_RGMII_<span class="hl-number">1000</span>M;
|
||
#<strong class="hl-keyword">else</strong>
|
||
cfg &= ~SYSCFG_GMAC_PHY_RGMII_<span class="hl-number">1000</span>M;
|
||
#endif
|
||
#endif
|
||
#ifdef AIC_DEV_GMAC1_PHY_EXTCLK
|
||
cfg |= SYSCFG_GMAC_RMII_EXTCLK_SEL;
|
||
#endif
|
||
#<strong class="hl-keyword">if</strong> AIC_DEV_GMAC1_TXDELAY
|
||
cfg |= (AIC_DEV_GMAC1_TXDELAY << SYSCFG_GMAC_TXDLY_SEL_SHIFT);
|
||
#endif
|
||
#<strong class="hl-keyword">if</strong> AIC_DEV_GMAC1_RXDELAY
|
||
cfg |= (AIC_DEV_GMAC1_RXDELAY << SYSCFG_GMAC_RXDLY_SEL_SHIFT);
|
||
#endif
|
||
}
|
||
|
||
syscfg_writel(cfg, cfg_reg);
|
||
|
||
<strong class="hl-keyword">return</strong> <span class="hl-number">0</span>;
|
||
}</pre></div></div>
|
||
</li><li class="- topic/li li" data-ofbid="d65433e659__20250121171521">
|
||
<div class="- topic/div div section" id="id__pinmux">
|
||
<strong class="+ topic/ph hi-d/b ph b">pinmux 配置</strong>
|
||
<div class="- topic/p p" data-ofbid="d65433e666__20250121171521">在 <span class="+ topic/ph sw-d/filepath ph filepath">target/soc name/board name/pinmux.c</span> 中设置 MAC 端口的
|
||
pinmux，
|
||
需要根据开发板板的不同进行不同的设置<pre class="+ topic/pre pr-d/codeblock pre codeblock language-c" id="id__codeblock_s2s_lyn_fdc" data-ofbid="id__codeblock_s2s_lyn_fdc">#ifdef AIC_USING_GMAC0
|
||
<em class="hl-comment">/* gmac0 */</em>
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.0"</span>},
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.1"</span>},
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.2"</span>},
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.3"</span>},
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.4"</span>},
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.5"</span>},
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.7"</span>},
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.8"</span>},
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.9"</span>},
|
||
<em class="hl-comment">/* phy0 reset GPIO */</em>
|
||
{<span class="hl-number">1</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.6"</span>},
|
||
#endif</pre></div><div class="- topic/p p" data-ofbid="d65433e673__20250121171521">如果 PHY 工作时钟是由主控芯片的 CLK_OUT 提供，则还需要配置 CLK_OUT
|
||
引脚的
|
||
pinmux：<pre class="+ topic/pre pr-d/codeblock pre codeblock language-c" id="id__codeblock_skh_myn_fdc" data-ofbid="id__codeblock_skh_myn_fdc">#ifdef AIC_USING_CLK_OUT0
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PD.21"</span>},
|
||
#endif
|
||
#ifdef AIC_USING_CLK_OUT1
|
||
{<span class="hl-number">5</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.11"</span>},
|
||
#endif
|
||
#ifdef AIC_USING_CLK_OUT2
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PE.10"</span>},
|
||
#endif
|
||
#ifdef AIC_USING_CLK_OUT3
|
||
{<span class="hl-number">6</span>, PIN_PULL_DIS, <span class="hl-number">3</span>, <span class="hl-string">"PF.10"</span>},
|
||
#endif</pre></div></div>
|
||
</li></ul>
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<div class=" wh_topic_toc "><div class="wh_topic_label">在本页上</div><ul><li class="section-item"><div class="section-title"><a href="#id__ref-to-lite-mac-cfg" data-tocid="id__ref-to-lite-mac-cfg">以太网配置</a></div></li><li class="section-item"><div class="section-title"><a href="#id__section_twf_bkn_fdc" data-tocid="id__section_twf_bkn_fdc">时钟</a></div></li></ul></div>
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