Watchguard XTM 5 Series

muratbeser

Hi,
Thanks all of you guys, lot of information… I'm not bsd user but sometimes it saves my life.

I just want to say, I installed Debian Wheezy and it works like a charm. But my eth1 ports is death.

If got something else usefull I'll share it in here.

Again thanks for everything...

Corellon

I've recently aquired a XTM 510 which I'm installing PFsense on, I'd like to be able to boot off a hard drive in order to utilize caching, could someone point me in the write direction if that is even possible? Without a video output it seems the standard builds wont' work and the nano builds would only give 4gb of space?

Thanks

stephenw10

Ok. I've not tried this so it's based mostly on experience from other boxes….
The XTM5 has SATA connectors and a SATA power connector on the PSU so you can hook up a standard SATA drive. However you may have to construct some mounting hardware.
You may be able to boot the box from a USB stick with the memstick-serial image on it and then install directly to the SATA drive. Select the embedded kernel during the install to get a serial console. You probably need to have the unlocked BIOS to boot from USB though.
Alternatively you can install to the drive in a different box. Configure at least one interface so you can access the webgui and go in and select the serial console. Now transfer the drive back the XTM5 and boot. It will probably fail at the first boot because the sata connection number will be different. If it does then point it to the correct location at the mountroot> prompt and then edit the fstab once booted.

Steve

chpalmer

http://www.cavium.com/acceleration_boards_FIPS.htm

Cavium provides a comprehensive Software Development Kit that includes C-source code for Linux and FreeBSD drivers. The SDK also includes APIs for OpenSSL, OpenSSH and PKCS#11, key management utilities, test utilities and reference code for easy portability. The Crypto-API’s are common between Cavium’s FIPS and the non-FIPS product providing customers with tremendous R&D leverage and re-use.

stephenw10

You are pointing out that they advertise FreeBSD as supported? That's true except there aren't actually any drivers instead there's an SDK to develop your own drivers and to get access to it you need sign an NDA etc. They are never going to end up in FreeBSD. I guess you may be able to poach them from some FreeBSD based commercial firewall, JunOS perhaps?

I tried to compile WGXepc by booting a 64bit live GhostBSD DVD but it was a no go. There are some references to i386 functions which wouldn't compile and their amd64 equivalents wouldn't either. I borrowed that code from LCDproc though and that seems to compile for 64bit so there must be a solution.

Steve

Edit: typo

chpalmer

@stephenw10:

You are pointing out that they advertise FreeBSD as supported? That's true except there aren't actually any drivers instead there's an SDK to develop your own drivers and to get access to it you need sign an NDA etc. They are never going to end up in FreeBSD. I guess you may be able to poach them from some FreeBSD based commercial firewall, JunOS perhaps?

I tried to compile WGXepc by booting a 64bit live GhostBSD DVD but it was a no go. There are some references to i386 functions which wouldn't compile and there amd64 equivalents wouldn't either. I borrowed that code from LCDproc though and that seems to compile for 64bit so there must be a solution.

Steve

I should have been to sleep by then when I posted that and didn't really finish what I meant to post. :o But you answered my question. Whether or not the drivers might be out there…

As always- thanks for the effort!

marian3k

@Corellon:

I've recently aquired a XTM 510 which I'm installing PFsense on, I'd like to be able to boot off a hard drive in order to utilize caching, could someone point me in the write direction if that is even possible? Without a video output it seems the standard builds wont' work and the nano builds would only give 4gb of space?

Thanks

Hi there. I run 2.1.2 on xtm 510 with 120GB SATA SSD drive. It works perfectly fine. Cache read speed for Squid is around 35MBps.

Edit:

stephenw10

Nice. :)
No gotchas in installing or mounting the drive?

Steve

marian3k

No problems at all. I have used a laptop to install pfsense on the HDD and then plugged it into Watchguard and that's it.

And stephenw10 I use your Bios on it. I also have x750e I use your bios on, version 8 - it allows booting from HDD (IDE) without any tweaks or any CF cards installed - nice. Thanks for this!

Edit:

WGXepc - I'm not knowledgeable enough to compile it to run on X64 so I stick to X86 on my xtm 510 until that's done by someone who knows what to do - stephenw10 - please let us know if you manage to get it compiled successfully.

stephenw10

No problem. Thanks for the feedback. :)

Steve

marian3k

Forgot to mention that my xtm 510 runs with single 4GB DDR2-800 RAM stick. I did not boot with 8GB (2x 4GB) but it might do with say 6GB when running X64 would be useful.

Corellon

Finally got the console to work, had to put together my own cable by splicing a standard serial cable into a different configuration, as mentioned it seems to be cisco standard but since I couldn't easily find pinouts here they are:

RJ45 - DB9
1 - 8
2 - 6 + 1
3 - 2
4+5 - 5
6 - 3
7 - 4
8-7

Flashed the bios, some more options seem available but a lot of them seem to be view mode only though, I'll work on the HDD install after I get more familiar with PFSense and back into FreeBSD.

Edit: once the bios is flashed the battery has to be pulled to reset to default, that unlocked all the options in the bios and allowed it to boot normally again

Thanks for the help

lolman

Hey stephenw10,
i want to step deeper in what you have done.
Can you help me with opening the bios file in amibcp?
I tryed with your .rom file from page 3 and amibcp v4.53 but i always get the error: "Couldn't open the file."
What did you do to open the bios file in amibcp?
Thanks in advance.

stephenw10

It's important to have the right version of AMIBCP. The first versions I had corrupted the BIOS pretty much every time. Unfortunately the machine I was using to run it was using XP so I retired it. It's now gathering dust so I need to get the data off it. I'll get back to you.
Did the rom file download OK, have you checked the MD5?

Steve

lolman

Yes i checked the md5 and i flashed it on my XTM 5.
Everything works.
But im interested and want to get some feelings about modifing the bios.
Thanks in advance for your reply. I'll be waiting.

mcdonnjd

I installed flashrom via pkg_add -r flashrom but I'm getting this when trying to read the original BIOS:

[2.1.3-RELEASE][root@pfSense.gorgarath.net]/root(8): flashrom -r og-bios.img
flashrom v0.9.5.2-r1515 on FreeBSD 8.3-RELEASE-p16 (i386), built with libpci 3.1
.9, GCC 4.2.1 20070719  [FreeBSD], little endian
flashrom is free software, get the source code at http://www.flashrom.org

Calibrating delay loop... OK.
Found chipset "Intel ICH7/ICH7R". Enabling flash write... OK.
No EEPROM/flash device found.
Note: flashrom can never write if the flash chip isn't found automatically.

I'd like to make sure I get a valid backup before flashing the modified BIOS. But as of right now, I can't flash the modified BIOS nor make a backup. Am I missing something or a jumper on the motherboard somewhere?

stephenw10

@lolman
You have to use the 3.XX series on the XTM5 bios. I believe the 4.XX is for UEFI bios only. I started out using 3.43 but that mostly corrupted the BIOS image! Using 3.51 allowed me to edit the Superio tables and didn't corrupt the BIOS.

@mcdonnjd
Which model XTM5 do you have? It seems like it's different to those the rest of have so maybe it's one of the second generation models.

Steve

mcdonnjd

@stephenw10:

@mcdonnjd
Which model XTM5 do you have? It seems like it's different to those the rest of have so maybe it's one of the second generation models.

Steve

I was hoping you'd be the one responding as you seem to know a heck of a lot about these units. I just upped the memory to a pair of 2GB sticks and a Core2 Duo (E6550) @ 2.33GHz, though I'm thinking of downgrading one of the Core2 Quad (IRRC 3.0GHz) PCs down to a Core2 Duo once I check one to see what socket it is using.

I'm thinking I might have a different model, a later generation perhaps as I have 2 SATA power connectors on my PSU. I took some pics last night that I can post if needed. The BIOS version reported by the LCD and on the console match what you posted and I believe it's the same motherboard model, though I'd have to open it up (or check my pictures) again to be sure as I can't remember now.

On the back of it, it's a very generic XTM 5 Series and XTM 510. I don't see anything about revisions or anything to make it easy. If there's something you want me to look for or try, let me know.

Currently idling in the BIOS at 39 degrees on the CPU with the Core2 Duo. Didn't check what it was at before on the Celeron, though I only had it on at home in the living room before where it was much warmer than the server room at work. Doesn't sound like the fans are running loud either which is nice, though I can't really be sure they aren't as there's a ton of wind noise in this room already. Vcore is fluctuating at 1.319-1.334, I haven't looked up yet to see if that's in spec or not yet.

EDIT>>
I missed the label on the bottom of the chassis, Model #: NC2AE8.

Also, do you think that either http://www.newegg.com/Product/Product.aspx?Item=N82E16811994023 or http://www.newegg.com/Product/Product.aspx?Item=N82E16817997007 would fit nicely inside so I could have a RAID-1 hard drive setup? They both probably would fit with some modifications, but curious if anyone things they would fit without having to do any work to them.

stephenw10

Hmm. Ok well the 510 is a 1st gen model. You have the same version of flashrom as everyone else, v0.9.5.2-r1515. And it looks like you're running 32bit, yes?

My box, which happens to be sat open beside me :), is also marked NC2AE8. It is also marked on the PCB 'MB-7580 W V1.0 C' and it has a small square sticker near the BIOS rom chip marked 'MB-7580 CK:9A80 2010-02-03'. The date in particular would be interesting if yours is newer.

It is possible to read the details from the BIOS rom chip if you look closely with a light (and possibly a magnifying glass!). The chip is labelled on the PCB as U34 and is immediately adjacent to a 10pin header labelled SPI-ROM1 (which is what I'm connected to in this picture)

The ROM chip in my box is marked: '25P80VG, 78227 VZ, PHL 0314' with the ST Microelectronics logo. Which agrees with what flashrom is saying:

Found ST flash chip "M25P80" (1024 kB, SPI) at physical address 0xfff00000.

Careful when putting in more powerful CPUs. The XTM5 has a smaller PSU than the standard Lanner box it's based on. Though yours is different.

Steve

mcdonnjd

@stephenw10:

Hmm. Ok well the 510 is a 1st gen model. You have the same version of flashrom as everyone else, v0.9.5.2-r1515. And it looks like you're running 32bit, yes?

Perhaps they made small changes without changing the model. It does happen, sometimes even entire chipsets get changed though they keep the same model number and revision. (Which thankfully isn't too common, but more common than it should be.)

@stephenw10:

My box, which happens to be sat open beside me :), is also marked NC2AE8. It is also marked on the PCB 'MB-7580 W V1.0 C' and it has a small square sticker near the BIOS rom chip marked 'MB-7580 CK:9A80 2010-02-03'. The date in particular would be interesting if yours is newer.

The PCB is stamped 'MB-7580 W V1.0' and the sticker is marked 'MB-7580W CK: 9880 2010-02-03'. There is also a small sticker labeled '686, AMIBIOS, C1999, YK12, 2061' that you can see in the picture.

@stephenw10:

It is possible to read the details from the BIOS rom chip if you look closely with a light (and possibly a magnifying glass!). The chip is labelled on the PCB as U34 and is immediately adjacent to a 10pin header labelled SPI-ROM1

The ROM chip in my box is marked: '25P80VG, 78227 VZ, PHL 0314' with the ST Microelectronics logo. Which agrees with what flashrom is saying:
Found ST flash chip "M25P80" (1024 kB, SPI) at physical address 0xfff00000.

Man, that is one tiny chip! Whatever happened to the nice larger BIOS chips with sockets for hot flashing and such? Those were so much nicer. lol

Anyway, the U34 chip is labeled as '25P80VG, GHAAM V5, CHN 643B' (or CHN6438, not sure, looks more like a B to me) and then the ST logo and something inside a circle that my eyes are going buggy trying to read without a microscope… I'm not sure what the white on the corner of the chip is, but it doesn't seem to be something on top as it doesn't seem to come off.

@stephenw10:

Careful when putting in more powerful CPUs. The XTM5 has a smaller PSU than the standard Lanner box it's based on. Though yours is different.

Steve

I put the Quad Core2 chip in and seem to be idling in the BIOS around 55 degrees with a lower Vcore voltage. Once I get this up and running a bit more, I'll stress test it to make sure that it won't overheat. I've already looked up some higher capacity fans on Newegg if needed. Worst case scenario with the power supply not being able to handle it, would be an unstable system correct? There's also the chance of the power supply going, but I think an unstable system that's hard to diagnose as to what's causing it to be more worse case than a dead power supply that can be replaced.

My power supply is labeled as Model: ST-220FUB-05E with total power being marked as 220W although also marked as Max 204W… Ahh, the Max is for the 204W max on the +3.3V, +5V, and +12V buses and then the 16W Max for the -12V and +5VSB buses for the 220W total max.

EDIT>>
It seems it deleted all my comments and only posted the picture, one moment while I type it all back up...
Ok, I think that I answered everything and left all the comments I did before.

IMG_20140515_153000.jpg_thumb