MiTAC 770 Integration Manual

Brand: MiTAC

Model: 770

Type: Integration Manual

When inserting the IO shield, check that it is orientated

correctly.

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.

MITAC 770

ALL-IN-ONE CHASSIS

INTEGRATION GUIDE

1 2 3

4 5 6

7 8 9

10 11 12

13 14 15

16 17 18

Once the rear cover screws have been removed, slide the

cover upwards, then lift the cover away from the chassis.

The default jumper position for the front panel voltage on

the Intel® Desktop Board DH61AG is pins 4 & 6 (5V). Conﬁrm

that this jumper setting is correct for the inverter and

desktop board being integrated.

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.

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.

Before securing the HDD mounting bracket to the chassis,

connect the SATA cables.

Secure the HDD to the mounting bracket prior to insertion by

fastening the 4 retention screws.

Connect the supplied converter board to a single USB header

the desktop board and connect the converter cables.

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.

An additional heatsink-positioning screw behind the heatsink

needs to be fastened to secure the heatsink.

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 6 screws on the bracket securely.

Fasten the ODD to the mounting bracket prior to insertion.

For Wireless N to work, ensure that both wireless connectors

are connected to the Mini PCIe card.

Unfasten the two screws on the underside of the chassis

to enable the removal of the rear cover.

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.

The default jumper position for the backlight inverter on the

Intel® Desktop Board DH61AG is pins 2 & 3 (19V). Conﬁrm

that this jumper setting is correct for the inverter and

desktop board being integrated.

FRONT PANEL CONFIGURATION

CONNECTING CABLES TO THE INTEL® DESKTOP BOARD DH61AG

SYSTEM OVERVIEW

(ALL CABLES ARE LABELED TO SUPPORT

QUICK CONFIGURATION)

CARD READER

(DUAL PORT USB HEADER)

DUAL PORT

USB HEADER

FPD POWER LVDS CONNECTOR

SWITCH CABLE

CPU FAN

HDD SATA

ODD SATA

SYS FAN

SPEAKER

BIOS-CFG JUMPER

USB HEADER FOR

CAMERA CABLE

SATA POWER

(HDD + ODD)

AUDIO CABLE

AERIAL

USB and Audio

Connectors

LGA 1155

Processor Socket

SO DIMMS

MMC / SD Card

Slot

2.5 Inch SATA or

Solid-State Drive

Intel® Thermal

Solution

Webcam Touch Panel

Slimline Optical

Disc Drive

Power and

Brightness

Controls

Internal Speakers

Integrating the Intel® Desktop Board DH61AG

Revision G23736-503

This desktop board revision ships with LVDS disabled, therefore the system

BIOS must be updated in order to enable the ﬂat panel display. Perform the

following steps to update the system BIOS via the BIOS Recovery process.

Remove the yellow jumper from the BIOS_CFG header (located next to the

RJ-45 jack behind the backpanel) - refer to desktop board diagram in this

document.

Copy AG0043P.BIO (or the latest BIOS version*) to the root level of a USB

ﬂash drive and attach it to any of the available USB ports.

Please Note: It may be useful to use a USB ﬂash drive that has an LED

indicating drive activity to observe part of the update process.

Power on the system and wait approximately 1m 30s for the BIOS Recovery

update to complete; during this time the blue system power LED:

will start ﬂashing shortly after 15 seconds

will stop ﬂashing at around 1 minute 30 seconds (it is good practice to

wait an additional 5 seconds after the blue system power LED stops

ﬂashing before proceeding)

Power off the system and remove the AC adapter from the backpanel DC

jack; the USB ﬂash drive may also be removed at this time.

Restore the yellow jumper onto the BIOS_CFG header pins 1-2 (closest to

backpanel).

Reconnect the AC adapter into the backpanel DC jack.

Note: It is normal behavior for a short false start to be observed upon the very

ﬁrst boot after the BIOS Recovery process.

Once this step is complete, continue with the steps outlined in the section titled

"Integrating the Intel® Desktop Board DH61AG revision G23736-504 (or later)".

This desktop board revision ships with LVDS enabled at the factory for

generic 1920x1080/dual-channel/24bpp panels. Perform the following

steps to select optimal panel timings for the Thin mini-ITX All-in-One chassis.

Power on the system and press F2 to enter BIOS Setup when the ﬂat

panel display shows the Intel splash screen

Navigate to the Conﬁguration | Video page

Set “All-in-One Chassis” to the appropriate chassis.

Set “Flat Panel Conﬁguration Changes” to <Locked>

Note: Once a ﬂat panel conﬁguration is locked it can only be unlocked from

this page when booting in BIOS Maintenance mode (BIOS_CFG pins 2-3) or

using the Intel® Integrator Toolkit utility.

This step is strongly recommended in order to prevent potential end-user

tampering with panel settings that may result in loss of video conﬁguration.

Press F10 to save settings and exit BIOS conﬁguration

Integrating the Intel® Desktop Board DH61AG revision G23736-504 (or later)

* Navigate to the Intel® Desktop Board DH61AG support page to download the latest

BIOS version: http://www.intel.com/p/en_US/support/highlights/dsktpboards/db-dh61ag

MiTAC 770 Integration Manual

MiTAC 770 Integration Manual

MiTAC 770 Integration Manual

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