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You should be able to program a 7I95 bit file (or one you created from source) directly
into the flash chip. Then re-program the user firmware and fallback via mesaflash over Ethernet
to fix the fallback/boot sector if you care about that feature.

A: All I/O pins are inputs unless selected for other use in the driver
(man hostmot2) or the hal file.

B: To program the firmware using mesaflash you would
download the firmware and then:

mesaflash --device 7i95t --addr [card_ip_address] --write 7i95t_5abobd.bin --reload

I would ask in the MesaCT section how to do this using MesaCT.

大家好，我正在尝试从 7i92 原理图构建 mesa 7i95。按照 7i95.ucf 的引脚文件进行构建，这是我的原理图  和我的印刷电路板 (PCB)  ,My problem is that there is no JTAG reserved on my PCB, so I can't use the programmer to write the firmware. Can anyone help me extract the firmware from the 25P16 Flash using a CH341?

Hi,

a. Does these have inputs in the firmware for the 5ABoB on p10, p11, p12, p13, p15?

b. Also please guide as how I can update this new firmware on the 7i95t using Mesa CT.
Your help will be truly be appreciated.

so far it looks like some mild rain. I hope it stays that way.
I have the live view going on my computer at work.
I don't log into my Youtube channel at work. So yes I am watching just not from my channel.

Overall it looks like you aren’t blowing the molten material out correctly, or the odd material type you mentioned is really bubbly when it oxidizes.  You really shouldn’t get that kind of dross on either the part or the sheet.

Two thoughts on things to check:

1.  Ive seen this in testing when the torch to material distance becomes too large.

2.  That material looks too thick for fine cut.  Try the same cut with 45amp nozzle using 45amp material speed settings.  Eventually if it works you'll have to re post to account for the different kerf width.  I was like you thinking that “fine cut” = greater precision.  It’s true but only in thin sheet metal.  For anything else, while there may be cut settings in the hypertherm manual, you should steer clear.  I’ve had better success with 45amp consumables and settings in materials similar to what you show.  The kerf width of the arc in conjunction with the thickness doesn’t allow the molten material any place to go.  And thus it can’t blow it away correctly.

 

Air pressure is the same and so should be the speed. Say I cut out a 1” x 4” rectangle. If I start at the bottom right corner and cut left in the -x direction I will get tons of slag on the part but non on the sheet. Once I cut up in the y and then start cutting right in the +x direction the slag moves from the part and goes to the sheet and the part is slag free. That’s why this is confusing me and quite frustrating.

Got Linuxcnc loaded onto the replacement drive. I just hope setting it up is easier than it was 3-4 years ago. I really struggled the first time I set it up as I am not a Linux guy at all so it was very confusing.

On transit to EuSurplus (limited quantities):

7i76EU
7i76U
7i84U

we now have a reasonable stock on most of the common boards.

Hi,

Good day. Newbie here. Would just like to crowdsource and steer us to the right direction with regards to retrofitting a milacron arrow with BDS4 axis servo controllers and VFS5 spindle servo controllers.

Any inputs and directions will be greatly appreciated.

Guten Morgen Peter, 

da hatte ich eine 0 vergessen.
Hier die Resultate für eine längere Zeit:

cnc@cnc:~$ sudo chrt 99 ping -i .001 -c 60000 -q 10.10.10.10
[sudo] Passwort für cnc: 
PING 10.10.10.10 (10.10.10.10) 56(84) bytes of data

--- 10.10.10.10 ping statistics ---
60000 packets transmitted, 60000 received, 0% packet loss, time 60000ms
rtt min/avg/max/mdev = 0.065/0.078/0.178/0.007 ms

Mein PC hat folgende Netzwerkkarte:

cnc@cnc:~$ lspci | grep -i eth
00:19.0 Ethernet controller: Intel Corporation 82579LM Gigabit Network Connection (Lewisville) (rev 05)

Ich habe die Latenz mehrfach mit verschiedenen Grub Parametern gemessen. Hierfür habe ich folgendes Skript verwendet: 
forum.linuxcnc.org/18-computer/39371-res...or-use-with-linuxcnc

Mit der aktuellen Konfiguration erhalte ich folgende Resultate:

Using default parameters:

Result: running as user: cnc, 
runtime: 7200 seconds, 
parameters: --nobase, , 
prefix for outfiles 1741329147
nglx: 5,

LinuxCNC pc tests, version 20200930, started 07.03.2025 07:32:29
********************************************************************************
Hardware info is logged here: 1741329147.hw.
Latency data is logged here: 1741329147.lat.

General info:
LENOVO,  7033W6G
Bios version 9HKT58AUS, dated 06/10/2014
Chipset: Intel Corporation 6 Series/C200 Series 
Harddisk is non-rotational, ie. SSD
The amount of swap currently used is 0
================================================================================
CPU related data:
model name    : Intel(R) Core(TM) i5-2400 CPU @ 3.10GHz
cpu cores    : 4
stepping    : 7
cache size    : 6144 KB
================================================================================
RAM related data:
Maximum Capacity: 32 GB
Size: No Module Installed
Size: 4 GB
Size: No Module Installed
Size: 4 GB
================================================================================
GPU related data:
product: 2nd Generation Core Processor Family Integrated Graphics Controller
configuration: depth=32 driver=i915 latency=0 resolution=1920,1080
================================================================================
Parallel port related data:
number of parallel ports is 0
================================================================================
Os and desktop related data:
PRETTY_NAME="Debian GNU/Linux 12 (bookworm)"

Should the info below not match with your machine,
kindly post the output of pstree here, including a brief
desciption of your desktop environment, window manager and
display manager. Tia
forum.linuxcnc.org/18-computer/39370-scr...-of-computer-latency

Desktop environment : lightdm
Windowmanager       : Xfwm4
Displaymanager      : lightdm
================================================================================
Kernel related data:
Kernel 6.1.0-31-rt-amd64
GRUB_CMDLINE_LINUX_DEFAULT="quiet console=tty0 console=ttyS0,115200 skew_tick=1 rcu_nocb_poll rcu_nocbs=1-95 nohz=on nohz_full=1-95 kthread_cpus=0,1 irqaffinity=0,1 isolcpus=2,3 intel_pstate=disable nosoftlockup tsc=nowatchdog intel_idle.max_cstate=1 i915.enable_rc6=0"
Cpu idle driver: intel_idle
================================================================================
Kernel modules data:
Check if pcspkr is loaded: Yes, may cause bigger latency.
  can be eliminated using:
  sudo echo "install pcspkr /bin/true" >/etc/modprobe.d/pcspkr.conf
Check if snd modules are loaded: Yes, may cause bigger latency.
  can probably be disabled in bios, alternatively, you can run
   "./block-snd-modules"
   which has just now been created for your convenience. 
================================================================================
Keyboard & Mouse related data:
Number of mice: 1
Mouse 0 : Logitech USB Optical Mouse
Mice  attached to USB:
Logitech, Inc. RX1000 Laser Mouse
Keyboards attached to USB:
IBM Corp. NetVista Full Width Keyboard
================================================================================
LinuxCNC related data:
LinuxCNC version is: 2.9.4
================================================================================
Preparing for latency test:
Started glxgears No. 1, 2, 3, 4, 5


 Remaining 0d 0h:0m:0s, press ^C to abort... 

7200 s  servo min: -45.600 us max:  49.200 us sdev:   1.000 us
 7201 s  servo min: -45.600 us max:  49.200 us sdev:   1.000 us
 7202 s  servo min: -45.600 us max:  49.200 us sdev:   1.000 us
 7202 s  servo min: -45.600 us max:  49.200 us sdev:   1.000 us
 7203 s  servo min: -45.600 us max:  49.200 us sdev:   1.000 us
 7204 s  servo min: -45.600 us max:  49.200 us sdev:   1.000 us
 7204 s  servo min: -45.600 us max:  49.200 us sdev:   1.000 us
Core 0:        +60.0°C  (high = +80.0°C, crit = +99.0°C)
Core 1:        +58.0°C  (high = +80.0°C, crit = +99.0°C)
Core 2:        +63.0°C  (high = +80.0°C, crit = +99.0°C)
Core 3:        +59.0°C  (high = +80.0°C, crit = +99.0°C)
Cleaning up
terminated latency-test ...

Mit anderen Grub Parametern habe ich etwa 27 000us erhalten. Aktuell teste ich verschiedene Einstellungen und Parameter. 
Im Beitrag zum Skript sind viele ähnliche Latenzwerte dokumentiert - so schlecht sollte die Maschine also nicht sein? 

Muss ich irgendwo noch Werte eintragen? Testweise habe ich im pncconf am Anfang meine Werte + 30% eingetragen. 
@tommylight schreibt dazu hier im Forum auf die Frage eines anderen Nutzers das muss nicht gemacht werden? 
forum.linuxcnc.org/18-computer/39371-res...h-linuxcnc?start=230

seuchato wrote:
I'd set the value in LinuxCNC to 120 -130% of the obtained latency data .. 

That is valid for base period when using parallel port. Mesa boards do not use base period at all, and the servo period should be left at default 1000000 ( 1 mill ).

Vielen Dank 

Grüße Erwin 

Working config attached

problem is i have no idea what i need haha.

i do have an xml for the drive but looking inside of it, i guess that's unrelated here.

I made a twincat project just to see, and the drives are telling me i have a data type length mismatch or something. So thats not helping me any haha.

sigh. were in the "i dont even know what questions to ask" part of the project.

tommylight wrote:

See if this helps
162.243.45.186/plasmac/36568-post-proces...mac?start=110#212283
Ok just checked and not much there, so
How are you loading the file and from what?
If from network or USB, try copying to HDD and load from there.

This link didn’t work earlier, this is why I remembered this.

Thanks Tommy.

JTknives wrote:

What is causing this error when I load my Gcode file.

I vaguely remember this, and I’m pretty sure we changed the behavior around this. I will double check tomorrow.

The other warning is because you have feed rates set by the material selection, as well as hard coded in the file.

I’m curious what version you’re actually running? It’s listed in the window title bar.