MiTAC 770 User manual

MITAC 770 ALL-IN-ONE PC CHASSIS
INTEGRATION WITH THE ASROCK H77TM
DESKTOP BOARD
To install the optional VESA mount supporting bracket, remove
the 3 screws that secure the stand to the chassis and shift
downwards to free the stand from the locating pin.
Fasten the additional cover plate to the rear of the chassis if the
VESA mount bracket is used.
Position the VESA mount bracket over the 4 beveled screw
mounts. Fasten all 8 screws on the bracket securely.
10. Installing the VESA Mount Bracket 11. Positioning the VESA Mount Bracket 12. Fastening the Additional Cover Plate
Before securing the HDD mounting bracket to the chassis,
connect the SATA cables.
An additional heatsink-positioning screw behind the heatsink
needs to be fastened to secure the heatsink.
The system fan may need to be removed to allow SATA cable
connection. Once the SATA cables have been connected, secure
the fan by fastening all relevant screws.
7. Connecting the SATA Cables to the HDD 8. Removing and Replacing the System Fan 9. Fastening the Heatsink-Positioning Screw
Unfasten the two screws on the underside of the chassis to
enable the removal of the rear cover.
When inserting the IO shield, check that it is orientated correctly.
1. Unfastening the Rear Cover Screws
Once the rear cover screws have been removed, slide the cover
upwards, then lift the cover away from the chassis.
2. Lifting the Rear Cover 3. Inserting the IO Shield
Connect the supplied converter board to a single USB header the
desktop board and connect the converter cables.
Secure the HDD to the mounting bracket prior to insertion by
fastening the 4 retention screws.
Fasten the ODD to the mounting bracket prior to insertion.
4. Connecting the Converter Board 5. Fitting the ODD Mounting Bracket 6. Fitting the HDD Mounting Bracket

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1. LVDS
2. LCD Power
3. FPD Power
4. FP Header
5. SATA Power
6. DDR3 SO DIMM
7. USB3 Connector
8. Dual USB2 Header
9. CIR Header
10. SATA Ports
11. System Fan
12. Single USB2 Header
13. Half-Length Mini PCI-e
14. 19V DC IN
15. USB2
16. DVI
17. HDMI
18. e-SATA
19. GbE LAN
20. USB3
21. Mic In
22. Audio Out
23. Analog Surround Audio
24. Speaker
25. FP Audio
26. HDMI SPDIF
27. DMIC
28. PCIE x 4
29. CPU Fan
30. LGA 1155
31. Dual USB2 Header
32. COM1
33. FPD
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LCD INTEGRATION NOTES
GENERAL INTEGRATION NOTES
ASROCK H77TM DESKTOP BOARD OVERVIEW
1. Inserting the LVDS Connector
1. The Thermal Retention Mechanism 2. Placing the Thermal Tab 3. Inserting the Desktop Board
4. SATA and DATA 5. Single USB Connection 6. Wireless Connection
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When inserting the LVDS Connector, confirm correct alignment.
Once in, never remove the cable by “pulling on the wires”, as this
could permanently damage the cable.
A thermal retention mechanism is not required to be fitted to the
desktop board prior to insertion due to the thermal retention
mounting points on the chassis.
Secure the thermal pad into position. When installing the desktop board, it may help to locate the power
connection on the desktop board with the IO shield first and then
“swivel” the board in. Check that the ports on the desktop board
connect with the IO shield contacts.
The SATA power cable provides power for the HDD and ODD. Where a “single” USB connection is connected to a dual USB
header, confirm that the “red” cable is aligned to the pins closest
to PIN 1 (white marking at the base). It is possible to connect two
single USB connections to a dual port USB header in this manner.
For Wireless-N & Wireless-AC maximum bandwidth potential, ensure
that both wireless antennae are connected to the wireless adapter.
3. Configuring the BIOS
Navigate to Advanced and select North Bridge Configuration
Select Enabled for LVDS Configuration
Select the Panel Type as 1920 x 1080, 24 Bit
Navigate to Advanced
Select North Bridge Configuration
Select Enabled for LVDS Configuration
Select the Panel Type as 1920 x 1080, 24 Bit
2. Checking Jumper Settings
Confirm that this jumper settings for the Backlight Inverter and
Front Panel voltage are correct for the inverter and the board
being integrated.
FPD - 19V
3 2 1
LCD - 5V
3 2 1