1 MBM 1.0/2.0 (TF307)

Contents

1.1 Board Overview

A system board in the mini-ITX form factor. The board’s compact and unified design is suitable for any desktop solution compatible with the mini-ITX form factor.

The figures below shows the MBM 2.0 board (TF307-MB-S-D). The MBM 1.0 board has a similar design and only minor differences.

Fig. 1.17 MBM 2.0 (TF307-MB-S-D) Board Top View

Fig. 1.18 MBM 2.0 (TF307-MB-S-D) Board Front View

1.1.1 Photos

Fig. 1.19 MBM 1.0 (TF307-MB-S-C) Board Top View

Fig. 1.20 MBM 2.0 (TF307-MB-S-D) Angled View

Fig. 1.21 MBM 2.0 (TF307-MB-S-D) Another Angled View

1.1.2 Specification

Table 1.8 MBM 1.0/2.0 (TF307) Specification

Model	MBM 1.0/2.0 (TF307)
Processor	Baikal Electronics BE-M1000 8-core ARM Cortex-A57 64 bits processor, frequency up to 1.5 GHz
Memory	up to 64 GiB DDR4 2133 (ECC supported) 2 × 288-pin DIMM sockets
Audio	HD audio codec
I/O panel connectors	1 × HDMI output 4 × USB 2.0 2 × PS/2 2 × RJ45 1000BASE-T 1 × Linear audio output 1 × Linear audio input 1 × Microphone input
Front panel I/O connectors	1 × HD audio connector 1 × front panel connector (buttons, LED’s) 2 × USB 3.0
Expansion slots	1 × M.2 M key (PCIe 3.0 x4) for NVME SSD 1 × PCIe 3.0 x8
Internal connectors	2 × SATA 3.0 2 × 4-pin connectors for FAN 1 × LVDS (4 channels) 1 × LCD backlight connector 3 × USB 3.0 1 × 24-pin power
Power	ATX 24
Dimensions	170 mm × 170 mm

1.2 Build Targets

1.2.1 Machines

Table 1.9 Supported Machines

Board[1]	Hardware Revision	Target YAML[2]	Machine[3]	Target Recipe(s)[4]	Running Media[5]	Installation Media[6]
MBM 1.0	TF-307-MB-S-A (Rev 1.0) TF-307-MB-S-B (Rev 2.0) TF-307-MB-S-C (Rev 3.0)	mbm10.yml	mbm10	tanowrt-image-full-swu	USB Flash	–
MBM 2.0	TF-307-MB-S-D (Rev 4.0)	mbm20.yml	mbm20

[1]

Target board.

[2]

Target YAML-file located in the kas/targets directory.

[3]

Target machine name stored in the MACHINE BitBake variable for selected Target YAML.

[4]

Recipes that will be built by default for the target. In Section 1.2.2, you can find list of supported recipes for the target images, which you can build in addition to the default recipes using optional --target option in build command (see Section 1.3).

[5]

External or internal data storage where the TanoWrt operating system is running.

[6]

External storage device for which an installation image is generated. When booting from the Installation Media, the TanoWrt system is installed on the Running Media storage.

1.2.2 Images

Table 1.10 Supported Images

Read-Only Root Filesystem Image	Recipe[7]	Supported by Target(s)	Description
tanowrt-image-full	tanowrt-image-full	All	Standard TanoWrt image.
	tanowrt-image-full-swu	All	Standard TanoWrt image and firmware upgrade image. When building this image, tanowrt-image-full will also be built as dependency.
tanowrt-image-qt5	tanowrt-image-qt5	All	Standard TanoWrt image with Qt5 support.
	tanowrt-image-qt5-swu	All	Standard TanoWrt image with Qt5 support and firmware upgrade image. When building this image, tanowrt-image-qt5 will also be built as dependency.

[7]

Image recipe name. This name can be used as argument for --target build command option (see Section 1.3 section).

1.3 Build

Please read the common information on how to perform a TanoWrt images build and preparing the build environment in section “Building TanoWrt”.

See also

• See section Section 1.2.1 to select the required target YAML file (<target-yml>).

• See section Section 1.2.2 to select the required root filesystem image recipe (<target-recipe>).

• See section Section 1.4 for detailed information about the produced build artifacts.

1.3.1 Examples

1.3.1.1 Build Default Images for MBM 1.0 Board

$ kas build targets/kas/mbm10.yml

1.3.1.2 Build Default Images for MBM 2.0 Board

$ kas build targets/kas/mbm20.yml

1.3.1.3 Build tanowrt-image-full-qt5 Image for MBM 2.0 Board

$ kas build --target tanowrt-image-full-qt5 targets/kas/mbm20.yml

1.4 Produced Build Artifacts

All produced build artifacts are stored in the ~/tanowrt/build/tanowrt-glibc/deploy/images/<MACHINE> directory. Refer to table Produced Build Artifacts for a description of some common (not all) build artifacts.

Table 1.11 Produced Build Artifacts

Artifact	Target(s)	Description
Bootloader
grub-efi-bootaa64.efi	All	GRUB bootloader image
grub-efi-grubenv	All	GRUB bootloader initial environment
grub-efi-startup.nsh	All	Startup script for UEFI shell
grub.cfg	All	GRUB bootloader configuration file
Linux Kernel
Image-<MACHINE>.bin	All	Linux kernel binary image
Images
<rootfs-image>-<MACHINE>.wic	All	Bootable image including all required partitions for booting and running the system. This image is ready to be written to the USB flash drive using the dd utility or similar (see Writing Images).
<rootfs-image>-<MACHINE>.squashfs-lzo	All	Root filesystem image (squashfs with LZO compression).
<rootfs-image>-swu-<MACHINE>.swu	All	Firmware upgrade image.

Note

<MACHINE> in the artifacts path and artifacts file names are replaced by the actual value of the MACHINE BitBake variable for the chosen target. <rootfs-image> is replaced by the actual read-only rootfs filesystem image name.

For example, below is the complete list of artifacts produced by the mbm20.yml target build.

[~/tanowrt/build/tanowrt-glibc/deploy/images/mbm20]$ ls -gGh
total 300M
drwxr-xr-x 2   40 May 20 18:10 grub
-rwxr-xr-x 2 2.2K May 20 18:10 grub.cfg
-rw-r--r-- 2 804K May 20 06:13 grub-efi-bootaa64.efi
-rw-r--r-- 2   23 May 20 06:13 grub-efi-bootaa64.efi.version
-rwxr-xr-x 2 1.0K May 20 18:10 grub-efi-grubenv
-rw-r--r-- 2   27 May 20 06:13 grub-efi-startup.nsh
lrwxrwxrwx 2   57 Jul 23 02:07 Image -> Image--5.4.156-tano3.2.12.20.0.0-mbm20-20220722230057.bin
-rw-r--r-- 2  17M Jul 23 02:07 Image--5.4.156-tano3.2.12.20.0.0-mbm20-20220722230057.bin
-rw-r--r-- 2  21M Jul 23 02:07 Image-5.4.156-tano3.2.12.20.0.0-mbm20.ext4
lrwxrwxrwx 2   57 Jul 23 02:07 Image-mbm20.bin -> Image--5.4.156-tano3.2.12.20.0.0-mbm20-20220722230057.bin
-rw-r--r-- 2  21M Jul 23 02:07 Image-mbm20.ext4
-rw-r--r-- 2  13M Jul 23 02:07 modules--5.4.156-tano3.2.12.20.0.0-mbm20-20220722230057.tgz
lrwxrwxrwx 2   59 Jul 23 02:07 modules-mbm20.tgz -> modules--5.4.156-tano3.2.12.20.0.0-mbm20-20220722230057.tgz
-rw-r--r-- 2 4.8K Jul 23 02:09 tanowrt-image-full.env
-rw-r--r-- 2 1.9K Jul 23 02:09 tanowrt-image-full-image-baikal-m-swu-a-b.wks
-rw-r--r-- 2  85K Jul 23 02:09 tanowrt-image-full-mbm20-20220722230057.rootfs.manifest
-rw-r--r-- 2  44M Jul 23 02:09 tanowrt-image-full-mbm20-20220722230057.rootfs.squashfs-lzo
-rw-r--r-- 2   24 Jul 23 02:10 tanowrt-image-full-mbm20-20220722230057.rootfs.version
-rw-r--r-- 2 915M Jul 23 02:09 tanowrt-image-full-mbm20-20220722230057.rootfs.wic
-rw-r--r-- 2 336K Jul 23 02:09 tanowrt-image-full-mbm20-20220722230057.testdata.json
lrwxrwxrwx 2   55 Jul 23 02:09 tanowrt-image-full-mbm20.manifest -> tanowrt-image-full-mbm20-20220722230057.rootfs.manifest
lrwxrwxrwx 2   59 Jul 23 02:09 tanowrt-image-full-mbm20.squashfs-lzo -> tanowrt-image-full-mbm20-20220722230057.rootfs.squashfs-lzo
lrwxrwxrwx 2   53 Jul 23 02:09 tanowrt-image-full-mbm20.testdata.json -> tanowrt-image-full-mbm20-20220722230057.testdata.json
lrwxrwxrwx 2   54 Jul 23 02:10 tanowrt-image-full-mbm20.version -> tanowrt-image-full-mbm20-20220722230057.rootfs.version
lrwxrwxrwx 2   50 Jul 23 02:09 tanowrt-image-full-mbm20.wic -> tanowrt-image-full-mbm20-20220722230057.rootfs.wic
-rw-r--r-- 2  66M Jul 23 02:10 tanowrt-image-full-swu-mbm20-20220722230057.swu
lrwxrwxrwx 2   47 Jul 23 02:10 tanowrt-image-full-swu-mbm20.swu -> tanowrt-image-full-swu-mbm20-20220722230057.swu

1.5 Writing Images

1.5.1 Wriging Image to USB Flash Drive

No special information about writing images to USB flash drive for described boards. See common instructions in Writing Images to SD Card or USB Flash Drive section.

Examples

Writing bootable card image for the mbm20.yml target to the USB flash drive /dev/sdc:

$ dd if=tanowrt-image-full-mbm20.wic of=/dev/sdc

1.6 Booting and Running

To successfully run TanoWrt on MBM 1.0/2.0 boards UEFI firmware from Baikal-M SDK 5.2 20210608 or higher is required. Follow the instructions from the SDK to update the UEFI firmware on MBM 1.0/2.0 board.

1.6.1 Booting from USB Flash Drive

1. Power off board.

2. Insert prepared USB flash drive with TanoWrt to any USB 2.0 or 3.0 port (see section Board Overview).

3. Power on board.

4. Press ESC to enter UEFI setup utility.

5. Select Boot Manager in menu and press ENTER.

6. Select your USB flash drive in boot manager menu and press ENTER. TanoWrt will be booting from selected USB flash drive.

7. When the system boots, log in using the default credentials.

1.7 Default Network Configuration

By default, network ports Ethernet 1 (eth0) and Ethernet 2 (eth1) are joined into a bridge (br-lan interface) with the RSTP protocol enabled. Bridge (br-lan) configured with static IP address 192.168.0.1/24 with enabled DHCP server.

Ethernet ports 1 (eth0) and 2 (eth1) have enabled LLDP by default.

1.8 Web User Interface

The WebUI can be accessed via Ethernet port or USB network connection through HTTP(s) protocol. You must see something like this in browser after you logged in:

Fig. 1.22 LuCI WebUI Login Page

Fig. 1.23 LuCI WebUI Overview Page

1.9 Firmware Upgrade

No special information about firmware upgrade. Use produced .swu artifact for upgrading running system.

See also

See common instructions in Firmware Upgrade section.

1.10 References

1. TF307 Motherboard (Russian)

2. TF307 Board Operation Manual (Russian)