PXE booting an Aspire Switch 10?
Hi, Is there any way to PXE boot an Aspire Switch 10? If so, how?
http://community.acer.com/t5/2014-Archives/pxe-boot-a-aspire-switch-10/m-p/276168#M12194
Similar Messages
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Acer Aspire Switch 10E - unable to boot, no keyboard
Hello everyone,
I have recently bought an Acer Aspire Switch 10E to do my terrain work, and would love to be able to run Linux on it. I'm running into one problem after another though (most likely because some things aren't officially supported yet, but I was wondering if anyone had any similar experiences who might be able to help me out. To cut the long story short, from my own experience, I'm sure Linux can run on this.
In any case, the machine features a quad-core Intel Atom CPU (which should work AFAIK), with Intel HD graphics (which should also work flawlessly AFAIK). It also features a Realtek RTL8273BS WiFi network card (haven't got to trying it out, but my guesstimate is that it requires some proprietary firmware, since it didn't work on Ubuntu live). It has a 1280x800 touchscreen (which worked flawlessly on Ubuntu live), and a dockable keyboard (now that one boggles me). This is just a quick "tldr" version of what the machine is supposed to be. It's basically a 64-bit x86-compatibile tablet PC with a dockable keyboard and which shipped with Windows 8.1.
Okay, so first things first. The Acer Aspire Switch 10E has a 32-bit UEFI, and there is no possible way of booting an OS (live or otherwise, Linux or otherwise) which only has a 64-bit EFI image. There is no legacy BIOS on the motherboard, so (to whom it may concern), don't even bother with online tutorials that tell you to switch to legacy BIOS, as there is no way to enable it. On the other hand, a valid 32-bit EFI image will boot, even in Secure Mode, so don't bother disabling that either. In other words, there is absolutely no need to change anything in the UEFI setup in order to boot Linux, apart from adding your 32-bit EFI image to a trusted list.
Thus, in order to boot any live Linux media, it is (TTBOMK) required to either generate a working 32-bit EFI image, or use an existing one. It took me a while to figure that out, on top of the time to figure out how to generate my own 32-bit EFI image, without breaking something. Bear with me here - this is the first machine I ever owned that features an UEFI, let alone an UEFI without legacy BIOS.
Here is the stuff I found, which I was able to use to get to this point:
UEFI GPT Arch Linux USB (bootx64.efi and bootia32.efi) - Taylorbyte.com
Acer Aspire Switch 10 can't boot 14.04 LTS - Ubuntu Forums
From Ubuntu forums, I learned about this and this, both of which have bootable 32-bit EFI images, which work on Ubuntu live. Those, however, did not work with Arch Linux, for some reason, so I generated my own EFI images from the tutorial found on Taylorbyte.com. Not absolutely sure if I did it right however, since the tutorial seemed a bit dated, but it did get me into the basics I needed.
So, I now have a bootable USB drive with Arch Linux installed on it, with both 32-bit and 64-bit EFI images. My Acer Aspire 10E recognises the 32-bit EFI image and boots into GRUB loader from it, which asks me whether to boot into Arch Linux or Arch Linux Fallback. At this point, my keyboard still works, and I can choose either.
However, as soon as I choose Arch Linux to boot, it complains about being unable to boot from "UUID=<my USB's UUID>", and drops me into a boot console. The cursor blinks, but the keyboard input is not recognised at all.
I have recompiled the kernel for my live Arch USB (via makepkg -o and makepkg -e) as stated on the Ubuntu forums (setting HID_MAX_USAGE = 65536 in a certain header file in the kernel sources), but it didn't do much. The kernel still compiles, so I guess that's a plus.
Without keyboard, I am unable to install Arch on this machine, and I'm currently stuck with this error, which I'm not sure what to make of. I have never stated any UUID's while configuring my Arch live USB, so I suppose something is detecting it automatically, thus preventing Arch from booting (no idea what it could be, though).
So to conclude, I need help with booting Arch live USB on this machine, as well as getting keyboard to work. I have read here and there some people had some success with either Arch, Fedora or Ubuntu, and I've seen (32-bit) Debian 8.1 installer boot normally - without keyboard or wifi, though.
Any help regarding this would be very much appreciated.
Last edited by Wintershade (Today 12:49:37)Hi Marc, Thanks for the swift response. I'm not sure if Acer (Philippines) will be able to give the necessary support since they are only selling the Switch 10 (not even Switch 11! So backwards!) . I don't mind reinstalling the file from time to time as long as it will fix the problem asap. Would it be possible to know how often you reinstalled the exe file to fix the problem? One more thing, the only thing that's hindering on buying the Switch 12 are problems like these (since we don't have the tech support yet). Would it be possible for you to send me the fix for the keyboard problem? Thank you very much! ++ How's the experience when you are using it on your lap, let say when travelling on a plane ? Is the built stable enough that it won't stumble that easily?
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Problems PXE booting Gen 2 Virtual Machines after Upgrading to Windows Server 2012 R2
My Current Setup:
I have two virtual machines set up with Hyper V on my Windows Server 2012 Server.
VM1: Configured to boot from an ISO file and runs Clonezilla server.
VM2: Configured to PXE boot using a legacy network adapter, and with a passthrough 250Gb hard disk.
These two VMs are connected to an external Virtual Switch, which allows physical machines to PXE boot to the Clonezilla server.
For the past few months I have been using this setup for two purposes:
1. To clone physical machines to the Clonezilla virtual server (as a backup).
2. To restore those image to the second VM if I find that need to get access to the files on the original image..
This has worked perfectly, except for the fact that the speed of the legacy network adapter on the second VM (which is required to PXE boot) is very slow. But I know this is because of the limitations in how the legacy adapter works...
Now my problem:
I found out that Gen 2 VMs allow you to PXE boot without having use a legacy network adapter, allowing me to image back to the VM faster. So I upgraded the Server to Server 2012 R2 . I then created the same two virtual machines on the R2 server. I can still
PXE boot the Gen 1 VM to the Clonezilla Server but I cannot get the Gen 2 VMs to PXE boot properly. They get an IP address from the Clonezilla Server but then just stop with the following screen. (note: I have disabled the Secure Boot).
Are Gen 2 VMs unable to pull down images from anything other than a WDS Server?Hi J,
>>Unfortunately WDS is not a solution for us as it is dependent on the PC being part of a domain
If you would like to make the client not join to the domain, please check the box before “Do not join the client to a domain after an installation.” In addition, make sure not to set the client to the domain in the unattend file and do not prestage
the computer in AD. "
It is quoted from following thread :
https://social.technet.microsoft.com/Forums/windowsserver/en-US/1026c3a9-0a10-4a58-a48f-5391659a96c8/wds-set-unattend-file-for-workgroup?forum=winserversetup
Best Regards
Elton Ji
We
are trying to better understand customer views on social support experience, so your participation in this
interview project would be greatly appreciated if you have time.
Thanks for helping make community forums a great place. -
PXE boot issue with DHCP and SCCM server on different subnets
I'm working with a client on the operating system deployment module of SCCM.
Their network configuration currently has a single large subnet for client
computers with a DHCP server on the same subnet. The SCCM subnet is
configured on a seperate subnet with no DHCP server on the subnet. We want to
configure client computers to be able to boot using the PXE client to deploy
OS images to the machines but can not get PXE-boot to work correctly.
Also, the client does not want to make changes to their network
infrastructure routers or switches to remedy this problem. Are there settings
on the DHCP or SCCM servers we can implement to make this work? If so, what
needs to be installed or configured on each server. We currently already have
WDS installed on the SCCM server and the SCCM server is configured as a PXE
Service Point within SCCM. Both WDS and the PXE Service Point seem to be working fine.
Any help would be appreciated.
Thanks,
GaryI am Brazilian,
sorry for wrong english
My DHCP is on linux,
in my own structure VLANS
The system center is on the network
10.0.4.0/24
The machines on the network 10.0.5.0/24
The problem is that the machines that
are not on the same network system center
can not boot
I tried configuring / etc/dhcp3/dhcpd.conf
follows
option vendor-class-identifier "PXEClient";
option bootfile-name "\
\ SMSBOOT \ \ x86 \
\ wdsnbp.com";
option tftp-server-name
"10.0.4.101"; ---->
IP server
But it did not work, anyone know
how to configure? -
PXE with Acer Aspire One D150 ?
Hello
We are about to start testing Acer Aspire One D150 and I cant get it to
work with PXE boot, it wont find the NIC drivers. The NIC is "Atheros
something" and I dont even know where to start. Tha machine does not have a
CD so I cant boot with the boot-cd either...
I tried putting in the new imaging files from zdm7sp1ir3a_hp3 (feb -09) but
same result, coudnt find NIC.
Please advice.How bloody hard can it be for the Novell-people to post an image which works
for Aspire one D150 ? I dont have the knowledge to compile this stuff
myself, I hate when this happens as soon as we are testing new hardware...
So... there isnt a working image today ? :(
/D
"mpullen" <[email protected]> skrev i meddelandet
news:[email protected]...
>
> Thomas--
>
> A couple of days ago 'I posted a similar request in this forum'
> (http://forums.novell.com/novell-prod...ml#post1753904),
> which included the information you've requested:
>
> Attansic (Atheros) AR8114 "atl1e" NIC (device ID 0x1969 0x1026)
>
> Same as Dan, we've tried using the 'Feb 2009 imaging driver update'
> (http://download.novell.com/Download?...d=aC2y2x_7o_Q~) (initrd dated
> 02/21/2009). The "atl1e" driver is -not- in that update, nor in the
> 12/20/2008 driver update (initrd 12/20/2008), nor the 11/18/2008 initrd
> we had been using originally. The atl2 driver apparently included in the
> 12/20/2008 update (but excluded from the 02/21/2009 update) -does not
> work- with the D150's NIC.
>
> The 'vendor website' (http://partner.atheros.com/Drivers.aspx) does not
> offer a Linux driver for the L1e NIC (the L1e is -different- from the
> L1); however, 'a source file'
> (http://jan.ucc.nau.edu/wal2/l1e-linux-v1.0.1.0.tar.gz) for a atl1e
> Linux driver is linked in an article at 'ATL1E Linux Driver for Ethernet
> controller: Attansic Technology Corp. Unknown device 1026 (rev b0)'
> (http://jan.ucc.nau.edu/wal2/atheros_attansic.html). Unfortunately, the
> build instructions there are for Ubuntu 8.04, which isn't helpful in a
> SUSE environment.
>
> I would love to learn to compile this myself, but cannot find a Linux
> environment in which has the right kernel source (2.6.16.60-0.21) for
> the Feb 2009 update (nor even for 2.6.16.46-0.12, the kernel from our
> previous stable imaging environment.) I've tried to 'follow the
> instructions in the Zen 7 Admin Guide'
> (http://www.novell.com/documentation/...a/a74bm8u.html),
> but don't quite have the Linux knowledge depth yet to fill in the gaps
> necessary to for it to work in our environment. Any hints on this would
> be welcome here; I'd certainly post a working driver back here if we can
> get one made!
>
>
> Thanks!
>
> Mike Pullen
> Computer Tech
> School District of Baraboo, WI
>
>
> --
> mpullen
> ------------------------------------------------------------------------
> mpullen's Profile: http://forums.novell.com/member.php?userid=46061
> View this thread: http://forums.novell.com/showthread.php?t=365473
> -
PXE boot not working on some models
We have a very strange situation that I was hoping someone could shed some light on.
setup:
ZDM 7 IR4HP1
multiple VLANS
situation:
PXE boot does not work on any model workstation other than dell 760 if connected to the network in any valn other than VLAN1 where the server resides.
dell 760 can be PXe booted in any vlan
any other model machine can only be PXE booted in VLAN 1 which is where the PXE server is.
PXE debug log shows nothing recorded at all from machines other than the 760's
non-760 desktops will recieve the Proxy address of the PXE server, etc, but for some reason they show multiple gateways and the correct gateway is always last. the extra gateway numbers are coming from switches.
I have no clue as to why dell 760's will PXE boot perfectly every time and in any VLAN (they only get one gateway and it's the correct one) but any other type of machine will fail every time if they are not in VLAN 1
sometimes the non-760's will get PXE error E78 No boot file name ...
other times no PXE error but an error "could not contact the boot server"
HELP!I have just encountered this issue myself (ZCM10.2.1). I have no idea where the issue is coming from, within windows, linux or osx its perfect... Today I blew away my entire ZCM install (working on migrating) but still have the same issue!!! Were using HP Procurve switches using OSPF for routing, I just restarted our core cisco router but can't verify if it helped, I'll let you know.
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PXE boot UEFI Thinkpad 10 not working
struggling with this problem for some time now..
saw some related threads but not really providing an answer
have one customer who bought a bunch of Thinkpad 10 machines from lenovo and the purpose is to install them with a 8.1 SOE, untill now the only thing that works is to use a standalone usb medium
our setup is SCCM 2012 R2 on top of Server 2008R2 using infoblox instead...
the thinkpad 10 has the latest ATOM cpu and is definitely a 64 bit UEFI machine
we also noticed that some switches have problems to (try and ) boot the UEFI machines, dont know why yet
the issue is that the only thing we see during a UEFI only PXE boot is that the NBP file gets succesfully downloaded (even twice) and then just switches back to the next bootoption.
i've checked:
-PXE boot another UEFI device: same symptom
-PXE boot legacy devices: ok
-changed the bootfile in option 67 to the efi file: same symptom
-all files are in the smsboot\x64 folder
lenovo support now wants me to do this: include a winPE x64 image that supports UEFI and then run the following command on the server:
"WDSUTIL /New-MulticastTransmission /FriendlyName:"WDS Boot Transmission" /Image:"Microsoft Windows PE (x64) Win8" /ImageType:Boot /Architecture:x64
/TransmissionType:AutoCast"
but I don't see what UEFI/pxe has to do with multicasting and why should I change something on wds if UEFI boot under similar circumstances works in other implementations?
any more useful ideas folks?if you are using dhcp options, remove them, instead configure iphelpers to point to the server hosting your pxe enabled DP (should be running server 2008r2 or later).
Step by Step Configuration Manager Guides >
2012 Guides |
2007 Guides | I'm on Twitter > ncbrady
Niall,
this was the solution in our case.
the problem was to convince the network guys to try this for us...
since we are using IP helpers it works to do the PXE boot for UEFI -
SLM2005: PXE booted clients freeze up, fail to reboot
I use the SLM2005 at a couple of locations, but at one of them the Thin Clients behind it freeze up and will not PXE boot when cycled. It never worked quite right, and I always assumed it was some bug in Linux LTSP, but the problem went from intermittent and infrequent to intermittent and frequent to persistent in the span of about three weeks. Bypassing the switch seems to resolve it. My assumption is now that the switch is in some way defective, especially in light of the fact that a nearly identical setup at another location does not suffer from this issue.
The problem is that Cisco phone support has expired for this product, and at $75 it is about the same price as a new one.
I was thinking about trying a firmware upgrade, and just messing around with the firmware in general, but as they say "time is money". When I buy a switch, managed or not, I expect it to "just work".
What would you guys do if you were me?I've also just encountered a failure to associate using LXE MX9 scanners with a Summit card. Moving the setting from CCX FULL to CCX OPTIMIZED in the SCU resolves but is not a recommendation from Honeywell/LXE. have you had any response from TAC or Teklogix?
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PXE Boot/Ip helper address for staging OS-es
Hi,
In our production environment there is already a PXE-server SCCM 2007. Now, we're setting up an SCCM 2012-server which we would like to test staging/OS-deployment also.
Is it safe to say we need to add the ip of the SCCM 2012 "066 Boot Server Host Name" to stage. Note: on switches (Cisco) this is ip helper address, correct?
Please clarify.
NOTE: is there an option to make it work WITHOUT needing a new VLAN?
J.
Jan HoedtDHCP options and IP helper addresses have the same end goal but are completely different things.
IP Helpers automatically forward broadcast requests to a destination system thus "bridging" subnets for services like DHCP and PXE.
DHCP scope options directly instruct the NIC to boot from a specific PXE server.
So, yes, it is possible to manipulate where a client PXE boots from, but it takes an integral understanding of how PXE works, of how IP Helpers work, and of how NICs initiate a PXE boot when either IP Helpers or DHCP scope options are in place (and
thus DHCP also). Because *none* of this really has anything to do with ConfigMgr or even Microsoft itself, there really is no Microsoft guidance except that IP Helpers are preferred and are the Microsoft supported solution. A great starting reference
is at http://en.wikipedia.org/wiki/Preboot_Execution_Environment
Jason | http://blog.configmgrftw.com
Is there any official Microsoft documentation that outlines why IP Helpers are preferred over scope options? -
Home server undertaking, NFS, PXE boot, 6 servers
Hey all, I have few old servers I like to play around with, and a main home server. My main one, which is a supermicro tower with 7 36 gb scsi320 drives, dual dual-core xeons. I have 5 poweredge 2600's that aren't in use due to my limitation of networking equipment, but I want to set up an NFS with pxe boot daisy chaining the poweredges to my supermicro. is this possible, and any advice?
i'm reading https://wiki.archlinux.org/index.php/Di … t_NFS_root and trying one tonight.I think you need to have a subnetting system worked out, having a network of more networks and less hosts. So that you can "route" between each machine on either side of the network, effectively making a token ethernet. But then it's going to get confusing if you actually try to complete the circle. You could use iptables on each machine, one NIC would have a fixed address, serving dhcp to the PXE client machine. So when you boot up a new PXE client, have it boot from the original server, maybe a copy of the same kernel in the /var/tftpboot directory on the main server and in the PXE client's same directory, but the root filesystem still accessed from the main server across the iptables and subnet. Using pxelinux.cfg rules, you could have it set, to boot (possibly in fixed order) downline with the different configurations to get them to work. I think you will be troubleshooting network bottlenecks, because no matter how you do it, it will eventually all go back to the main server. Any errors in implementation will of course propogate across the network and cause problems.
Ditto, just get a hand-me-down switch from somewhere.
Last edited by nomorewindows (2012-06-23 16:35:33) -
Server 2008 configured for PXE boot with UIU and GhostCast
Right now, I am in the process of switching over from UIU 4, to UIU 5, and the implementation is completely different. We used GhostCast to push images out before, but the new UIU uses WIM files to pull the drivers off the server. I had a few
questions about reconfiguring the new server.
Currently, we have a server 2003 machine running ghost cast. It pulls its images off of a server 2008 machine. The server 2008 machine can be accessed remotely. So my first question is, can this be configured to allow remote connections
with the new setup?
The things I have been reading have said that you need to enable DNS, AD, and DHCP, however if we connect this to a WAN, will it conflict with that? Or can we configure only one of the ethernet ports to see this? Sorry kind of new to this.
I guess my main concern is, can we set up a separate domain for GhostCasting, while still being connected to an external domain?Hi,
I’m not sure what you really want to do. For PXE boot, I think DHCP is always required just like Microsoft deployment solution WDS and MDT.
The two products are third products, so I don’t know the detail information about how they work. Based on my experience, they should be based on broadcast or multicast.
If so it could be a bad idea if you install it on a server facing the internet.
I think you can also ask in the third party forums that provide the products.
Thanks for understanding. -
How to get normal bios [aspire switch 10 1st gen]
Hey everyone I wanted to boot Android on my aspire switch from a live-cd USB. However, even when I put USB drive as the first item in the boot order list, it still boots Windows. Also, Acer's bios seems to be much more limited than those on normal computers. Is there any way to get past Acer's bios and into a normal, old command-line-esque bios where there are more options?
No, it's not possible to have the old fashioned BIOS style; Switch 10 is a modern device.
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Hello All,
Please I need help! I have not seen the above error without relationship to two of the known causes for sometime during a Windows 7 osd in an SCCM 2012 R2 environment with a remote DP/PXE server. I understand this error: to occur when the boot images
does not have "Network drivers in the past Winpe version ( i.e. 3.0, 4.0), not Winpe 5.0 which has all the Network and storage drivers for Windows 7" or when Port fast is not enabled on the switch port the pxe device is plugged into. These two causes
stated here have been verified and confirmed not to be the cause in this case within the environment. The PXE boot device has ip-address (verified using ip-config, diskpart as well reveals the disk is online) and can ping the wds/pxe server and the sccm server.
Port fast is enabled on the switch port the device is plugged into. I am stuck on this one; as I could not ascertain the cause on this occasion.
Please see details below and I welcome any help any body can offer, thanks in advance guys!
Client – Winpe x64
Server - Windows Server 2008 R2 configured as a PXE / WDS / SCCM DP
Network - both devices on the same subnet
Problem: Client performs PXE boot, downloads Winpe without problems. Client then tries to download .var file. This is not successful and TFTP timeout is received. Error code in
smsts.log states:
<![LOG[Executing: X:\sms\bin\x64\smstftp.exe -i PXE-Server get \SMSTemp\2014.07.01.14.09.09.0001.{46173825-3EDA-4352-8947-3549830D77A7}.boot.var X:\sms\data\variables.dat]LOG]!><time="14:13:57.285+480"
date="07-01-2014" component="TSPxe" context="" type="0" thread="376" file="tspxe.cpp:177">
<![LOG[Command line for extension .exe is "%1" %*]LOG]!><time="14:13:57.332+480" date="07-01-2014" component="TSPxe" context="" type="0"
thread="376" file="commandline.cpp:228">
<![LOG[Set command line: "X:\sms\bin\x64\smstftp.exe" -i PXE-Server get \SMSTemp\2014.07.01.14.09.09.0001.{46173825-3EDA-4352-8947-3549830D77A7}.boot.var X:\sms\data\variables.dat]LOG]!><time="14:13:57.332+480"
date="07-01-2014" component="TSPxe" context="" type="0" thread="376" file="commandline.cpp:731">
<![LOG[Executing command line: "X:\sms\bin\x64\smstftp.exe" -i PXE-Server get \SMSTemp\2014.07.01.14.09.09.0001.{46173825-3EDA-4352-8947-3549830D77A7}.boot.var X:\sms\data\variables.dat]LOG]!><time="14:13:57.332+480"
date="07-01-2014" component="TSPxe" context="" type="1" thread="376" file="commandline.cpp:827">
<![LOG[Process completed with exit code 1]LOG]!><time="14:14:45.379+480" date="07-01-2014" component="TSPxe" context="" type="1" thread="376"
file="commandline.cpp:1123">
Network trace is detailed below:
324994 11:47:35 04/07/2014 166.7634594
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:320, UDP:319, IPv4:72}
325069 11:47:36 04/07/2014 167.7554047 svchost.exe Client Server
TFTP TFTP: Read Request - File: \SMSTemp\2014.07.03.15.45.31.0001.{549002A3-C9C9-4189-8AFE-9F8B272BECC1}.boot.var, Transfer Mode: octet
{UDP:321, IPv4:72}
325070 11:47:36 04/07/2014 167.7556504
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:320, UDP:319, IPv4:72}
325071 11:47:36 04/07/2014 167.7598345
Server Client TFTP TFTP: Data - Block Number: 1 {UDP:322, IPv4:72}
325072 11:47:36 04/07/2014 167.7607151
Client Server TFTP TFTP: Acknowledgement - Block Number: 1 {UDP:322, IPv4:72}
325073 11:47:36 04/07/2014 167.7608240
Server Client TFTP TFTP: Data - Block Number: 2 {UDP:322, IPv4:72}
325074 11:47:36 04/07/2014 167.7615948
Client Server TFTP TFTP: Acknowledgement - Block Number: 2 {UDP:322, IPv4:72}
325075 11:47:36 04/07/2014 167.7616991
Server Client TFTP TFTP: Data - Block Number: 3 {UDP:322, IPv4:72}
325076 11:47:36 04/07/2014 167.7624602
Client Server TFTP TFTP: Acknowledgement - Block Number: 3 {UDP:322, IPv4:72}
325077 11:47:36 04/07/2014 167.7625635
Server Client TFTP TFTP: Data - Block Number: 4 {UDP:322, IPv4:72}
325078 11:47:36 04/07/2014 167.7629426
Client Server TFTP TFTP: Acknowledgement - Block Number: 4 {UDP:322, IPv4:72}
325079 11:47:36 04/07/2014 167.7630452
Server Client TFTP TFTP: Data - Block Number: 5 {UDP:322, IPv4:72}
325080 11:47:36 04/07/2014 167.7637927
Client Server TFTP TFTP: Acknowledgement - Block Number: 5 {UDP:322, IPv4:72}
325081 11:47:36 04/07/2014 167.7638947
Server Client TFTP TFTP: Data - Block Number: 6 {UDP:322, IPv4:72}
325082 11:47:36 04/07/2014 167.7643324
Client Server TFTP TFTP: Acknowledgement - Block Number: 6 {UDP:322, IPv4:72}
325083 11:47:36 04/07/2014 167.7644367
Server Client TFTP TFTP: Data - Block Number: 7 {UDP:322, IPv4:72}
325084 11:47:36 04/07/2014 167.7652140
Client Server TFTP TFTP: Acknowledgement - Block Number: 7 {UDP:322, IPv4:72}
325085 11:47:36 04/07/2014 167.7653183
Server Client TFTP TFTP: Data - Block Number: 8 {UDP:322, IPv4:72}
325086 11:47:36 04/07/2014 167.7660907
Client Server TFTP TFTP: Acknowledgement - Block Number: 8 {UDP:322, IPv4:72}
325087 11:47:36 04/07/2014 167.7661940
Server Client TFTP TFTP: Data - Block Number: 9 {UDP:322, IPv4:72}
325088 11:47:36 04/07/2014 167.7669372
Client Server TFTP TFTP: Acknowledgement - Block Number: 9 {UDP:322, IPv4:72}
325089 11:47:36 04/07/2014 167.7670323
Server Client TFTP TFTP: Data - Block Number: 10 {UDP:322, IPv4:72}
325090 11:47:36 04/07/2014 167.7674067
Client Server TFTP TFTP: Acknowledgement - Block Number: 10 {UDP:322, IPv4:72}
325091 11:47:36 04/07/2014 167.7674809
Server Client TFTP TFTP: Data - Block Number: 11 {UDP:322, IPv4:72}
325092 11:47:36 04/07/2014 167.7681308
Client Server TFTP TFTP: Acknowledgement - Block Number: 11 {UDP:322, IPv4:72}
325093 11:47:36 04/07/2014 167.7682056
Server Client TFTP TFTP: Data - Block Number: 12 {UDP:322, IPv4:72}
325094 11:47:36 04/07/2014 167.7685383
Client Server TFTP TFTP: Acknowledgement - Block Number: 12 {UDP:322, IPv4:72}
325095 11:47:36 04/07/2014 167.7686108
Server Client TFTP TFTP: Data - Block Number: 13 {UDP:322, IPv4:72}
325096 11:47:36 04/07/2014 167.7692475
Client Server TFTP TFTP: Acknowledgement - Block Number: 13 {UDP:322, IPv4:72}
325097 11:47:36 04/07/2014 167.7693216
Server Client TFTP TFTP: Data - Block Number: 14 {UDP:322, IPv4:72}
325098 11:47:36 04/07/2014 167.7696477
Client Server TFTP TFTP: Acknowledgement - Block Number: 14 {UDP:322, IPv4:72}
325099 11:47:36 04/07/2014 167.7697202
Server Client TFTP TFTP: Data - Block Number: 15 {UDP:322, IPv4:72}
325100 11:47:36 04/07/2014 167.7703651
Client Server TFTP TFTP: Acknowledgement - Block Number: 15 {UDP:322, IPv4:72}
325101 11:47:36 04/07/2014 167.7704386
Server Client TFTP TFTP: Data - Block Number: 16 {UDP:322, IPv4:72}
325102 11:47:36 04/07/2014 167.7707479
Client Server TFTP TFTP: Acknowledgement - Block Number: 16 {UDP:322, IPv4:72}
325103 11:47:36 04/07/2014 167.7708214
Server Client TFTP TFTP: Data - Block Number: 17 {UDP:322, IPv4:72}
325104 11:47:36 04/07/2014 167.7714862
Client Server TFTP TFTP: Acknowledgement - Block Number: 17 {UDP:322, IPv4:72}
325105 11:47:36 04/07/2014 167.7715603
Server Client TFTP TFTP: Data - Block Number: 18 {UDP:322, IPv4:72}
325106 11:47:36 04/07/2014 167.7718715
Client Server TFTP TFTP: Acknowledgement - Block Number: 18 {UDP:322, IPv4:72}
325107 11:47:36 04/07/2014 167.7719450
Server Client TFTP TFTP: Data - Block Number: 19 {UDP:322, IPv4:72}
325108 11:47:36 04/07/2014 167.7726029
Client Server TFTP TFTP: Acknowledgement - Block Number: 19 {UDP:322, IPv4:72}
325109 11:47:36 04/07/2014 167.7726800
Server Client TFTP TFTP: Data - Block Number: 20 {UDP:322, IPv4:72}
325110 11:47:36 04/07/2014 167.7733471
Client Server TFTP TFTP: Acknowledgement - Block Number: 20 {UDP:322, IPv4:72}
325111 11:47:36 04/07/2014 167.7734203
Server Client TFTP TFTP: Data - Block Number: 21 {UDP:322, IPv4:72}
325112 11:47:36 04/07/2014 167.7737411
Client Server TFTP TFTP: Acknowledgement - Block Number: 21 {UDP:322, IPv4:72}
325113 11:47:36 04/07/2014 167.7738142
Server Client TFTP TFTP: Data - Block Number: 22 {UDP:322, IPv4:72}
325114 11:47:36 04/07/2014 167.7744648
Client Server TFTP TFTP: Acknowledgement - Block Number: 22 {UDP:322, IPv4:72}
325115 11:47:36 04/07/2014 167.7745386
Server Client TFTP TFTP: Data - Block Number: 23 {UDP:322, IPv4:72}
325116 11:47:36 04/07/2014 167.7748657
Client Server TFTP TFTP: Acknowledgement - Block Number: 23 {UDP:322, IPv4:72}
325117 11:47:36 04/07/2014 167.7749395
Server Client TFTP TFTP: Data - Block Number: 24 {UDP:322, IPv4:72}
325118 11:47:36 04/07/2014 167.7755914
Client Server TFTP TFTP: Acknowledgement - Block Number: 24 {UDP:322, IPv4:72}
325119 11:47:36 04/07/2014 167.7756649
Server Client TFTP TFTP: Data - Block Number: 25 {UDP:322, IPv4:72}
325120 11:47:36 04/07/2014 167.7760109
Client Server TFTP TFTP: Acknowledgement - Block Number: 25 {UDP:322, IPv4:72}
325277 11:47:37 04/07/2014 168.7554246
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:320, UDP:319, IPv4:72}
325278 11:47:37 04/07/2014 168.7709396
Client Server TFTP TFTP: Acknowledgement - Block Number: 25 {UDP:322, IPv4:72}
325397 11:47:39 04/07/2014 170.7708892
Client Server TFTP TFTP: Acknowledgement - Block Number: 25 {UDP:322, IPv4:72}
326185 11:47:40 04/07/2014 171.7552905
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:320, UDP:319, IPv4:72}
327030 11:47:43 04/07/2014 174.7588879
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
327031 11:47:43 04/07/2014 174.7707730
Client Server TFTP TFTP: Acknowledgement - Block Number: 25 {UDP:322, IPv4:72}
327178 11:47:44 04/07/2014 175.7552028
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
327510 11:47:45 04/07/2014 176.7551962
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
328598 11:47:48 04/07/2014 179.7552497
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
328630 11:47:51 04/07/2014 182.7551309
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
328631 11:47:51 04/07/2014 182.7707620
Client Server TFTP TFTP: Acknowledgement - Block Number: 25 {UDP:322, IPv4:72}
328658 11:47:54 04/07/2014 185.7550375
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
328669 11:47:57 04/07/2014 188.7709719
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
328677 11:47:59 04/07/2014 190.7862445
Client Server TFTP TFTP: Acknowledgement - Block Number: 25 {UDP:322, IPv4:72}
328690 11:48:00 04/07/2014 191.7708666
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
328717 11:48:03 04/07/2014 194.7706918
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
328730 11:48:06 04/07/2014 197.7704623
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
328736 11:48:07 04/07/2014 198.7861669
Client Server TFTP TFTP: Acknowledgement - Block Number: 25 {UDP:322, IPv4:72}
329217 11:48:09 04/07/2014 200.7705229
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
329420 11:48:12 04/07/2014 203.7704633
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
329795 11:48:15 04/07/2014 206.7704298
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
329796 11:48:15 04/07/2014 206.7858646
Client Server TFTP TFTP: Acknowledgement - Block Number: 25 {UDP:322, IPv4:72}
329990 11:48:18 04/07/2014 209.7704360
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
330005 11:48:21 04/07/2014 212.7703291
Client Server AuthIP AuthIP:version 1.0, Main Mode, Initiator, First Exchange with Unknown peer SPN, Initiator provide proposal Anonymous for negotiation ,Payloads = HDR, CRYPTO, SA, AUTH, Ni, VID, KE, NAT-D, Flags = ..., Length =
440 {AuthIP:419, UDP:319, IPv4:72}
330014 11:48:23 04/07/2014 214.7862410
Client Server TFTP TFTP: Error - ErrorCode: 0, ErrorMessage: timeout on receive {UDP:322, IPv4:72}Hi,
According to the logs, this issue still should be related to network driver. It failed after network driver initialized. Please try to use another network driver.
Best Regards,
Joyce
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I'm having a problem similar to what's described at https://social.technet.microsoft.com/Forums/en-US/1398dc34-1672-4336-92fc-5cb72de031d5/locking-selected-pxe-boot-image?forum=configmanagerosd
We are running SCCM 2012 R2 (upgraded from SP1) We have a 64 bit and and a 32 bit boot image. The 64 bit has "Deploy this boot image from the PXE-enabled distribution point" unchecked. The 32 bit image is checked. Clients are still trying to boot
64 bit. We had using the 32 bit image for months (before and after R2 upgrade) I was making changes to the 64 bit image and suddenly it decided it was the PXE boot image. How can I get SCCM to go back the the 32bit boot.wim?
Here's what I've tried:
1) Right click 32 bit boot wim and update distribution points
2) Deploy a new TS that is set to use the 32 bit boot.wim.
3) Reboot the SCCM server (we have a single server, single distribution point)
What else can we do to get back to a working state with PXE boot?In addition to the other comments, 1 and 3 are effectively meaningless in this context.
#2 will work per Jorgen's and Doug's comments -- this comes down to the fact that if there is any ambiguity as to which boot image should be used (usually because the system has multiple possible task sequences targeted to it that have different boot images),
then the boot image associated with the task sequence having a deployment with the highest ID is used; i.e., the boot image for the most recently deployed TS (as Doug stated also).
Because you've already seemingly addressed this, it sounds like you may have simply switched the boot image associated with the TS on accident and you should verify this first.
Jason | http://blog.configmgrftw.com | @jasonsandys -
Driver Added to Boot.wim but won't recognise on PXE boot
Hi, this is a bit of an odd one.
I have taken the boot.wim file from Windows 7 Pro DVD > Sources folder. I have injected the correct network driver (tested within online image using drvload, I get an IP address), committed this to wim and then added into WDS environment:
Windows Server 2003, WDS not sure what version (how can I find this out)?
I have DOUBLE checked that the .INF file for this driver I have injected is in fact showing in the C:\windows\system32\driverstore etc by mounting wim again and checking the mount folder.
When I PXE boot and select this boot image however, I still receive the 'WDSclient, unable to match network driver' error.
If I hit shift + F10 and manually load the exact same driver from USB, I can again get an IP address afterwards! So I know for a fact I am injecting the correct driver. It's almost as if the setup.exe process isnt loading the driver even though the file
is there.
Any ideas?
ThanksSolved! Well, using a workaround.
Installed WDS on one of our Windows 2008 servers so I had the additional options within WDS to add driver packages etc. Added driver this way then exported the image and imported into the original WDS server. Works fine.
Can't just switch to using the 2008 server full time currently as I'm on a tight deadline to roll an image out and the network has many vlans, I'd have to change config to allow traffic from our build network VLAN environment to new WDS server etc.
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