Comments (29)
@microka
串流播放 是什么流量,我可以做类似测试吗,大概如何部署
from build-release.
@microka 串流播放 是什么流量,我可以做类似测试吗,大概如何部署
您好,是tvheadend提供的串流播放,我这边是一款Android(Linux)盒子上部署的,还可以在x86(或其它ARM架构)设备上先部署LibreELEC,然后在Kodi里安装Tvheadend插件。
我这边不确定通过LibreELEC的Kodi部署Tvheadend会否有该问题,但至少在我这Android(Linux)盒子上是有问题的,关闭转发加速或者用其它路由系统(如x86爱快)拨号则没有问题。
麻烦大大帮忙排查,有需要我也可以协助提供数据。
from build-release.
@ptpt52 大大您好,我这边刚测试了一下,通过rdp远程桌面复制远程端(被控端)一个50多MB的文件粘贴到本地(两端均为Windows 11,被控端为X-Wrt路由系统):
--转发加速(三项)全部开启,粘贴后流量只跑了1、2MB?然后就一直卡住,点击取消粘贴提示错误,此时rdp远程桌面也没有响应,需要断开重连;
--只开启「转发加速(natflow)」和「硬件转发加速」(关闭「WED硬件转发加速」),可顺利传输完整个文件;
--只开启「转发加速(natflow)」,情况同上(可顺利传输完整个文件);
--转发加速全部关闭,情况同上(可顺利传输完整个文件)。
供您参考排查。
from build-release.
@microka
通过你的测试,目测是wed硬件转发功能有问题?
from build-release.
@microka
你试试替换一个文件 然后重启设备。 测试一下是否解决
替换文件 /lib/modules/5.15.138/mt7915e.ko
用这个文件替换 https://downloads.x-wrt.com/rom/Downloads/mt7915e.ko
from build-release.
是Wi-Fi才有问题吧,WED功能是 有线口和Wi-Fi之间硬件转发的功能。
from build-release.
@microka 你试试替换一个文件 然后重启设备。 测试一下是否解决 替换文件
/lib/modules/5.15.138/mt7915e.ko
用这个文件替换 https://downloads.x-wrt.com/rom/Downloads/mt7915e.ko
您好,替换并重启后测试rdp文件传输问题依旧。
另外,测试播放Android(Linux)设备上tvheadend提供http m3u串流(走TCP协议,播放端为Windows11和iPhone15):
--转发加速(三项)全部开启,传输速率很低(只有几、十几KB/s),视频画面一直出不来;
--只开启「转发加速(natflow)」和「硬件转发加速」(关闭「WED硬件转发加速」),情况同上;
--只开启「转发加速(natflow)」,情况同上;
--转发加速(三项)全部关闭,可顺利播放。
(注,播放端与串流server不在同一局域网内)
from build-release.
是Wi-Fi才有问题吧,WED功能是 有线口和Wi-Fi之间硬件转发的功能。
您好,我这边X-Wrt均为有线连接,无线已禁用。
from build-release.
@microka 这次反馈又跟前面不一样说法了,按照你说发,就是natflow转发加速就有问题了
from build-release.
@microka 转发数据,是从什么口到什么口(lan wan)?
from build-release.
大概看你的意思,是从外网访问内网的情况,数据传输慢的问题
from build-release.
MT6000 X-Wrt网络配置如下:
eth1(2.5G) - wan1(网关跃点10)
lan1(2.5G) - Windows
lan3 (1G) - wan3(网关跃点30)
lan4 (1G) - Android(Linux) tvheadend
lan5 (1G) - wan2(网关跃点20)
wan1-3均为X-Wrt PPPoE拨号,
MultiWAN管理器接口、成员添加了wan1-3,规则为默认的三条规则并分配策略为默认路由(即wan1优先),配置MWAN是为了让外网通过wan3 IP也能连进来(不配置的话只有优先路由wan1才能连入),
X-Wrt无线已关闭,已替换mt7915e.ko文件。
进行两项测试,
测试1:外网通过wan1和wan3的IP,访问lan4设备tvheadend提供的http m3u视频串流(tcp协议),外网播放端为Windows11和iPhone15。
测试2:外网通过wan1和wan3的IP,连接lan1设备Windows RDP远程桌面,复制远程桌面一个50MB的文件,粘贴到外网Windows。
配置1:【转发加速(natflow)】【硬件转发加速】【WED硬件转发加速】均启用
测试1情况:通过wan1 IP连接,串流传输速度在每秒“几KB-几十KB-一百多KB”之间来回波动,但加载了约1分钟视频画面仍未加载出来(视频码率约8Mbps);通过wan3 IP连接,一开始建立连接验证用户名密码后速度能跑到几百KB/s,但很快速度就降至几KB/s,视频画面无法加载出来(能确保连接是成功建立了,还验证了用户名密码,也没有中断)。
测试2情况:通过wan1 IP连接,取回文件前1、2秒速度能跑到1.几MB/s,随后降至几KB/s(我怀疑就是没流量在跑了),Windows文件传输进度一直卡着,点击取消提示错误,rdp连接也丢失了;通过wan3 IP连接,第一次测试取回文件可顺利传输完毕,第二次重新发起rdp连接,取回文件很快中断,rdp会话丢失并自动重连后再试,又能顺利取回文件,之后又试了几次重新rdp连接,均无法取回文件(很快中断)。
配置2:启用【转发加速(natflow)】【硬件转发加速】,关闭【WED硬件转发加速】
测试1情况:通过wan1和wan3 IP连接都很慢,视频基本无法加载出来。
测试2情况:通过wan1 IP连接,前1、2秒速度能跑到1.几MB/s,随后速度降至近似0,过了7-8秒后提示复制出错,rdp连接会话丢失;通过wan3 IP连接,第一次和通过wan1 IP连接情况一样(传了1、2秒速度就降至0了),之后我再试一次,这次传输了7-8秒(大约传输了几MB),接着速度又降至0,之后的情况和前面一样。
配置3:启用【转发加速(natflow)】,关闭【硬件转发加速】【WED硬件转发加速】
测试1情况:通过wan1和wan3 IP连接都很慢,视频偶尔等上一段时间能加载出来但非常卡。
测试2情况:通过wan1和wan3 IP都能顺利传输取回整个文件。
配置4:【转发加速(natflow)】【硬件转发加速】【WED硬件转发加速】均关闭
测试1情况:通过wan1和wan3 IP连接都能顺利流畅播放。
测试2情况:通过wan1和wan3 IP都能顺利传输取回整个文件。
(注:以上配置间调整后均重启了路由器再进行测试)
@ptpt52 希望以上测试结果能提供帮忙
from build-release.
@microka 早前有个网友反馈和你的情况类同的问题
但是我尝试重现 一直无法复现问题
简单总结就是,natflow开启加速情况下,从外网 访问 内网 下载文件或者数据,速度很慢只有1Mbps 那样(也就是100K速度)
from build-release.
@microka 早前有个网友反馈和你的情况类同的问题 但是我尝试重现 一直无法复现问题
简单总结就是,natflow开启加速情况下,从外网 访问 内网 下载文件或者数据,速度很慢只有1Mbps 那样(也就是100K速度)
好吧,要是这个问题能解决,我就能在MT6000上愉快地使用X-Wrt了~
from build-release.
@microka
做一下调试测试
- 开启natflow 软件转发,其他不要开启
- 内网主机运行 iperf3 -s 服务器(端口 tcp 5201)
- 端口映射到 wan 到 2的内网主机 5201 端口上
- 从外面运行 iperf3 客户端进行流量测试
iperf3 -c <wan_IP> -R
- 如果出现问题,预期4中测试速度很小
- echo debug=7 >/dev/natflow_ctl 开启 natflow调试,跑一次4 的测试,查看 dmesg 信息。
from build-release.
4. iperf3 -c <wan_IP> -R
from build-release.
仅启用【转发加速(natflow)】,在我前面的测试2(从rdp远程被控端桌面复制文件粘贴到本地控制端)是没问题的,是访问Android(Linux)的串流有问题。我看要不晚点我用x86部署一个LibreELEC(基于Linux),在上面装个tvheadend以及iperf再测试下。
from build-release.
实在无法重现问题
你用iperf3 测试能否重现问题
我的tplink-xdr6088 测试了也没有出现问题
如何部署和的类似环境?
from build-release.
实在无法重现问题 你用iperf3 测试能否重现问题 我的tplink-xdr6088 测试了也没有出现问题
如何部署和的类似环境?
您好,今晚我用uboot刷了x-wrt-23.10-b202311180843-mediatek-filogic-glinet_gl-mt6000-squashfs-sysupgrade.bin,未替换其他文件,测试情况如下:
iperf3从外网测wan3 ip,截图中的转发加速开启状态分别为:
①全关闭
②仅开启【转发加速(natflow)】
③仅开启【转发加速(natflow)】【硬件转发加速】
④全开启
该测试结果与我之前 #34 (comment) 测试2(用rdp复制文件)的结果一致,即“转发加速”全关闭或仅开启【转发加速(natflow)】时才正常。
[ 5626.230966] info: (PCO)[PRE](natflow_path_pre_ct_in_hook:1939)[14.***.***.**:10166->192.168.31.10:5201|ID:C590,IL:40|...A....]: dir=1 use hash=7388 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0 [ 5626.249898] info: keepalive[8012] nfn[14.***.***.**:10166->14.***.***.**(X-Wrt):5201] ct1 diff_jiffies=0 HZ=100 bytes=0 hw=0 [ 5626.354417] info: (PCO)[PRE](natflow_path_pre_ct_in_hook:1939)[14.***.***.**:10167->192.168.31.10:5201|ID:C595,IL:40|...A....]: dir=0 use hash=8008 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14 [ 5626.371096] info: (PCO)[PRE](natflow_path_pre_ct_in_hook:1939)[14.***.***.**:10167->192.168.31.10:5201|ID:C595,IL:40|...A....]: dir=1 use hash=6361 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0 [ 5626.392685] info: keepalive[8008] nfn[14.***.***.**:10167->14.***.***.**(X-Wrt):5201] ct1 diff_jiffies=0 HZ=100 bytes=0 hw=0 [ 5626.562116] info: keepalive[8008] nfn[14.***.***.**:10167->14.***.***.**(X-Wrt):5201] ct0 diff_jiffies=17 HZ=100 bytes=0 hw=0 [ 5627.149033] info: keepalive[8008] nfn[14.***.***.**:10167->14.***.***.**(X-Wrt):5201] ct1 diff_jiffies=59 HZ=100 bytes=2044720 hw=0 [ 5627.160245] info: (PCO)[PRE](natflow_path_pre_ct_in_hook:1939)[14.***.***.**(X-Wrt):5201->14.***.***.**:10167|ID:46E9,IL:6040|...A....]: dir=0 use hash=8008 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14 [ 5627.160397] info: (PCO)[PRE](natflow_path_pre_ct_in_hook:1939)[14.***.***.**:10167->192.168.31.10:5201|ID:C8F9,IL:40|...A....]: dir=1 use hash=6361 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0 [ 5627.177099] info: (PCO) set hwnat offload 1 dev=lan1(vlan:-1 pppoe:-1) s=14.***.***.**:10167 d=14.***.***.**(X-Wrt):5201 dev=pppoe-wan_300M(vlan:-1 pppoe:-1) s=192.168.31.10:5201 d=14.***.***.**:10167 [ 5627.211705] info: keepalive[8008] nfn[14.***.***.**:10167->14.***.***.**(X-Wrt):5201] ct1 diff_jiffies=2 HZ=100 bytes=32708 hw=2 [ 5627.245557] info: keepalive[8008] nfn[14.***.***.**:10167->14.***.***.**(X-Wrt):5201] ct0 diff_jiffies=3 HZ=100 bytes=1156 hw=2 [ 5629.369746] info: keepalive[8008] nfn[14.***.***.**:10167->14.***.***.**(X-Wrt):5201] ct1 diff_jiffies=213 HZ=100 bytes=89318 hw=2 [ 5631.772917] info: keepalive[8008] nfn[14.***.***.**:10167->14.***.***.**(X-Wrt):5201] ct1 diff_jiffies=241 HZ=100 bytes=1258 hw=2 [ 5636.424375] info: keepalive[8012] nfn[14.***.***.**:10166->14.***.***.**(X-Wrt):5201] ct1 diff_jiffies=1018 HZ=100 bytes=123 hw=0
这里贴一段③仅开启【转发加速(natflow)】【硬件转发加速】 从外部对wan3 ip进行的iperf3测速情况。
至于tvheadend串流的问题,我刚在x86设备上安装了LibreELEC,在系统里面Kodi中安装tvheadend backend插件,外网通过wan3 ip连接访问该设备tvheadend的串流,情况和我之前 #34 (comment) 测试1的结果一致:只有在转发加速都关闭的情况下才能顺利加载出视频。
这一块的部署流程:
这里下载镜像,x86注意可能需要下载Generic-legacy镜像,否则有可能装完黑屏进不了系统。
LibreELEC装完进入到Kodi,在插件页面搜索“tvheadend”安装backend后端,装完tvh的管理地址是 http://ip:9981
可参照这个帖子配置tvheadend,这里提供一个直播源地址 https://0472.org/hls/fhzw.m3u8
配置完再通过副wan ip收看频道进行测试。
from build-release.
@microka
我发现你给的日志里面有点可疑的地方
outdev=pppoe-wan_300M(vlan:-1 pppoe=-1)
这里 pppoe-wan_300M 是哪个口? lan1 lan2 lan3 wan eth1 ?
from build-release.
@microka 你这个问题,iperf3测试,是可以稳定出现,还是 偶尔出现?
from build-release.
@microka
试试这个固件 是否解决
https://downloads.x-wrt.com/rom/Downloads/x-wrt-23.10-b202311191010-mediatek-filogic-glinet_gl-mt6000-squashfs-sysupgrade.bin
from build-release.
@microka 我发现你给的日志里面有点可疑的地方
outdev=pppoe-wan_300M(vlan:-1 pppoe=-1)
这里 pppoe-wan_300M 是哪个口? lan1 lan2 lan3 wan eth1 ?
pppoe-wan_300M 是 lan3
MT6000共6个网口(eth1, lan1-5),wan1是eth1,wan2是lan5,wan3(wan_300M)是lan5,lan1是PC,lan4是tvheadend设备,lan2是tr069(由光猫DHCP)。
from build-release.
@microka 你这个问题,iperf3测试,是可以稳定出现,还是 偶尔出现?
昨晚测试,相对可以稳定出现,偶尔会没问题(比如按理讲③仅开启【转发加速(natflow)】【硬件转发加速】这种情况测试应该是有问题的,但有时iperf测试又完全没问题)但重新开关一次设置后问题又能复现。
from build-release.
@microka 试试这个固件 是否解决 https://downloads.x-wrt.com/rom/Downloads/x-wrt-23.10-b202311191010-mediatek-filogic-glinet_gl-mt6000-squashfs-sysupgrade.bin
好的,晚点回家试下。
from build-release.
@ptpt52 还没回去刷新的固件,补充一个情况:③仅开启【转发加速(natflow)】【硬件转发加速】的情况下,rdp远程控制一般操作都正常(被控端上行流量1、200KB/s),但一旦在被控端播放一个1M码率的视频,画面出来后马上整个RDP卡住无响应,只能断开重连,与iperf测试情况一致。
from build-release.
@microka 试试这个固件 是否解决 https://downloads.x-wrt.com/rom/Downloads/x-wrt-23.10-b202311191010-mediatek-filogic-glinet_gl-mt6000-squashfs-sysupgrade.bin
[ 1188.411420] info: (PCO)PRE[(iperf-client-IP):28765->192.168.31.10:5201|ID:5142,IL:40|...A....]: dir=0 use hash=6544 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14
[ 1188.428170] info: (PCO)PRE[(iperf-client-IP):28765->192.168.31.10:5201|ID:5142,IL:40|...A....]: dir=1 use hash=4256 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0
[ 1188.447293] info: keepalive[6544] nfn[(iperf-client-IP):28765->(wan3-IP):5201] ct1 diff_jiffies=0 HZ=100 bytes=0 hw=0
[ 1188.558322] info: (PCO)PRE[(iperf-client-IP):26447->192.168.31.10:5201|ID:5147,IL:40|...A....]: dir=0 use hash=1496 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14
[ 1188.575080] info: (PCO)PRE[(iperf-client-IP):26447->192.168.31.10:5201|ID:5147,IL:40|...A....]: dir=1 use hash=3308 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0
[ 1188.597414] info: keepalive[1496] nfn[(iperf-client-IP):26447->(wan3-IP):5201] ct1 diff_jiffies=0 HZ=100 bytes=0 hw=0
[ 1188.766509] info: keepalive[1496] nfn[(iperf-client-IP):26447->(wan3-IP):5201] ct0 diff_jiffies=17 HZ=100 bytes=0 hw=0
[ 1188.872674] info: keepalive[1496] nfn[(iperf-client-IP):26447->(wan3-IP):5201] ct1 diff_jiffies=11 HZ=100 bytes=787792 hw=0
[ 1189.155039] info: keepalive[1496] nfn[(iperf-client-IP):26447->(wan3-IP):5201] ct0 diff_jiffies=28 HZ=100 bytes=0 hw=0
[ 1189.865202] info: keepalive[1496] nfn[(iperf-client-IP):26447->(wan3-IP):5201] ct1 diff_jiffies=71 HZ=100 bytes=2831350 hw=0
[ 1189.876604] info: (PCO)PRE[(wan3-IP):5201->(iperf-client-IP):26447|ID:9AB3,IL:1240|...A....]: dir=0 use hash=1496 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14
[ 1189.876625] info: (PCO)PRE[(iperf-client-IP):26447->192.168.31.10:5201|ID:5648,IL:40|...A....]: dir=1 use hash=3308 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0
[ 1189.893628] info: (PCO) set hwnat offload 1 dev=lan1(vlan:-1 pppoe:-1) s=(iperf-client-IP):26447 d=(wan3-IP):5201 dev=pppoe-wan_300M(vlan:-1 pppoe:-1) s=192.168.31.10:5201 d=(iperf-client-IP):26447
[ 1189.937543] info: keepalive[1496] nfn[(iperf-client-IP):26447->(wan3-IP):5201] ct0 diff_jiffies=2 HZ=100 bytes=136 hw=2
[ 1198.624244] info: keepalive[6544] nfn[(iperf-client-IP):28765->(wan3-IP):5201] ct1 diff_jiffies=1019 HZ=100 bytes=123 hw=0
[ 1848.584576] info: (PCO)PRE[(iperf-client-IP):28861->192.168.31.10:5201|ID:5A9C,IL:40|...A....]: dir=0 use hash=6672 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14
[ 1848.601341] info: (PCO)PRE[(iperf-client-IP):28861->192.168.31.10:5201|ID:5A9C,IL:40|...A....]: dir=1 use hash=4896 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0
[ 1848.620344] info: keepalive[6672] nfn[(iperf-client-IP):28861->(wan3-IP):5201] ct1 diff_jiffies=0 HZ=100 bytes=0 hw=0
[ 1848.742649] info: (PCO)PRE[(iperf-client-IP):28650->192.168.31.10:5201|ID:5AA1,IL:40|...A....]: dir=0 use hash=1868 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14
[ 1848.759419] info: (PCO)PRE[(iperf-client-IP):28650->192.168.31.10:5201|ID:5AA1,IL:40|...A....]: dir=1 use hash=7800 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0
[ 1848.780519] info: keepalive[1868] nfn[(iperf-client-IP):28650->(wan3-IP):5201] ct1 diff_jiffies=1 HZ=100 bytes=0 hw=0
[ 1848.971330] info: keepalive[1868] nfn[(iperf-client-IP):28650->(wan3-IP):5201] ct0 diff_jiffies=19 HZ=100 bytes=0 hw=0
[ 1849.158940] info: keepalive[1868] nfn[(iperf-client-IP):28650->(wan3-IP):5201] ct1 diff_jiffies=19 HZ=100 bytes=1136456 hw=0
[ 1849.170337] info: (PCO)PRE[(wan3-IP):5201->(iperf-client-IP):28650|ID:A8F1,IL:1240|...A....]: dir=0 use hash=1868 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14
[ 1849.187350] info: (PCO)PRE[(wan3-IP):5201->(iperf-client-IP):28650|ID:A8F1,IL:1240|...A....]: dir=1 use hash=7800 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0
[ 1849.205155] info: (PCO) set hwnat offload 1 dev=pppoe-wan_300M(vlan:-1 pppoe:-1) s=192.168.31.10:5201 d=(iperf-client-IP):28650 dev=lan1(vlan:-1 pppoe:-1) s=(iperf-client-IP):28650 d=(wan3-IP):5201
[ 1849.218807] info: keepalive[1868] nfn[(iperf-client-IP):28650->(wan3-IP):5201] ct1 diff_jiffies=2 HZ=100 bytes=28006 hw=2
[ 1851.528028] info: keepalive[1868] nfn[(iperf-client-IP):28650->(wan3-IP):5201] ct1 diff_jiffies=231 HZ=100 bytes=142484 hw=2
[ 1853.939576] info: keepalive[1868] nfn[(iperf-client-IP):28650->(wan3-IP):5201] ct1 diff_jiffies=241 HZ=100 bytes=1258 hw=2
[ 1858.798501] info: keepalive[6672] nfn[(iperf-client-IP):28861->(wan3-IP):5201] ct1 diff_jiffies=1019 HZ=100 bytes=163 hw=0
[ 1859.266852] info: keepalive[7800] nfn[192.168.31.10:5201->(iperf-client-IP):28650] diff_jiffies=3032 timeout
[ 2084.172710] info: (PCO)PRE[(iperf-client-IP):29355->192.168.31.10:5201|ID:5C82,IL:40|...A....]: dir=0 use hash=4680 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14
[ 2084.189471] info: (PCO)PRE[(iperf-client-IP):29355->192.168.31.10:5201|ID:5C82,IL:40|...A....]: dir=1 use hash=2936 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0
[ 2084.219543] info: keepalive[4680] nfn[(iperf-client-IP):29355->(wan3-IP):5201] ct1 diff_jiffies=1 HZ=100 bytes=0 hw=0
[ 2084.336928] info: (PCO)PRE[(iperf-client-IP):25957->192.168.31.10:5201|ID:5C87,IL:40|...A....]: dir=0 use hash=3440 outdev=lan1(vlan:-1 pppoe=-1) l2_len=14
[ 2084.353689] info: (PCO)PRE[(iperf-client-IP):25957->192.168.31.10:5201|ID:5C87,IL:40|...A....]: dir=1 use hash=1092 outdev=pppoe-wan_300M(vlan:-1 pppoe=-1) l2_len=0
[ 2084.374508] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=0 HZ=100 bytes=0 hw=0
[ 2084.646727] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct0 diff_jiffies=27 HZ=100 bytes=0 hw=0
[ 2084.931984] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=29 HZ=100 bytes=554128 hw=0
[ 2085.253788] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct0 diff_jiffies=32 HZ=100 bytes=0 hw=0
[ 2085.921729] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=67 HZ=100 bytes=1118800 hw=0
[ 2086.893534] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct0 diff_jiffies=97 HZ=100 bytes=0 hw=0
[ 2086.926674] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=4 HZ=100 bytes=1236400 hw=0
[ 2087.203108] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct0 diff_jiffies=27 HZ=100 bytes=0 hw=0
[ 2087.923408] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=72 HZ=100 bytes=1033056 hw=0
[ 2088.696046] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct0 diff_jiffies=78 HZ=100 bytes=0 hw=0
[ 2088.919677] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=22 HZ=100 bytes=958050 hw=0
[ 2089.051967] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct0 diff_jiffies=13 HZ=100 bytes=0 hw=0
[ 2089.954563] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=91 HZ=100 bytes=1101840 hw=0
[ 2090.367630] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct0 diff_jiffies=41 HZ=100 bytes=0 hw=0
[ 2090.945424] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=58 HZ=100 bytes=1020600 hw=0
[ 2091.931183] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=99 HZ=100 bytes=1157080 hw=0
[ 2092.355321] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct0 diff_jiffies=42 HZ=100 bytes=0 hw=0
[ 2092.930830] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=58 HZ=100 bytes=928560 hw=0
[ 2093.951918] info: keepalive[3440] nfn[(iperf-client-IP):25957->(wan3-IP):5201] ct1 diff_jiffies=102 HZ=100 bytes=993960 hw=0
[ 2094.446645] info: keepalive[4680] nfn[(iperf-client-IP):29355->(wan3-IP):5201] ct1 diff_jiffies=1023 HZ=100 bytes=123 hw=0
from build-release.
https://downloads.x-wrt.com/rom/Downloads/x-wrt-23.10-b202311191111-mediatek-filogic-glinet_gl-mt6000-squashfs-sysupgrade.bin
试试这个固件。 应该解决了。
from build-release.
https://downloads.x-wrt.com/rom/Downloads/x-wrt-23.10-b202311191111-mediatek-filogic-glinet_gl-mt6000-squashfs-sysupgrade.bin 试试这个固件。 应该解决了。
这个固件解决了硬件转发加速开启时iperf测速断流的问题,但tvheadend串流断流的问题仍然存在。
from build-release.
Related Issues (20)
- Mercusys MR70X v1 build HOT 1
- mediatek firmware HOT 1
- TX1806 23.06-b202309011202 UDP不通 HOT 1
- phicomm_k3 HOT 1
- Hello, I ordered rujie m520. Please ask admin how to flash x-wrt for it HOT 1
- Xiaomi Router 4a (100M) Crashing issue during boot up HOT 2
- mi router R3 no internet on any build after 22.03_b202209152117 HOT 1
- MultiWAN管理器能否复用防火墙里配置的ipset? HOT 1
- 小米ac2100路由,无法更新固件,上传固件卡在100%随后重启 HOT 4
- If you need stable version for mt7620 HOT 2
- Mi router 3 restarting HOT 5
- mi router stable version crash HOT 1
- x-wrt-24.01-b202401270830-mediatek-filogic-zbtlink_zbt-z8102ax image on devices with U-Boot BL31 v2.7 permantly rebooting HOT 12
- x-wrt x-wrt-24.01-b202402082206 and rm520n-gl, usb0 deviced is marked as absent
- X-wrt compatibility on Z800AX HOT 2
- mediatek mt7915e firmware instability HOT 14
- x-wrt刷成功了,不过里面没passwall,请问如何装!软件库好像没有passwall(红米ax6000)
- mt79xx patch HOT 1
- X-WRT x86 no space left on device HOT 8
Recommend Projects
-
React
A declarative, efficient, and flexible JavaScript library for building user interfaces.
-
Vue.js
🖖 Vue.js is a progressive, incrementally-adoptable JavaScript framework for building UI on the web.
-
Typescript
TypeScript is a superset of JavaScript that compiles to clean JavaScript output.
-
TensorFlow
An Open Source Machine Learning Framework for Everyone
-
Django
The Web framework for perfectionists with deadlines.
-
Laravel
A PHP framework for web artisans
-
D3
Bring data to life with SVG, Canvas and HTML. 📊📈🎉
-
Recommend Topics
-
javascript
JavaScript (JS) is a lightweight interpreted programming language with first-class functions.
-
web
Some thing interesting about web. New door for the world.
-
server
A server is a program made to process requests and deliver data to clients.
-
Machine learning
Machine learning is a way of modeling and interpreting data that allows a piece of software to respond intelligently.
-
Visualization
Some thing interesting about visualization, use data art
-
Game
Some thing interesting about game, make everyone happy.
Recommend Org
-
Facebook
We are working to build community through open source technology. NB: members must have two-factor auth.
-
Microsoft
Open source projects and samples from Microsoft.
-
Google
Google ❤️ Open Source for everyone.
-
Alibaba
Alibaba Open Source for everyone
-
D3
Data-Driven Documents codes.
-
Tencent
China tencent open source team.
from build-release.