KME A2E7X User manual

KME A2E7X ALL-IN-ONE PC
CHASSIS INTEGRATION WITH THE
GIGABYTE GA-Q87TN DESKTOP BOARD
1. Removing Rear Cover Fasteners 2. Removing Rear Cover 3. Removing Rear Cover Bracket
4. Positioning CPU Heat Sink 5. Installing HDD or SSD in Drive Bracket 6. Replacing Rear Cover Bracket
7. Installing Optical Drive 8. Removing Stand Cover Plate 9. Positioning Rear Cover Stand Plate
10. Removing Rear Stand Rubber Bumper 11. Separating Rear Stand Cover Plate Moulding 12. Remove Stand Hinge Cover Pate
13. Remove Internal Stand Fasteners 14. Prepare for VESA mount 15. Attach VESA mount bracket
Remove the four fasteners located at the edge of the rear cover.
If there are 4 fasteners located at the VESA mount points, remove
these as well.
Once the fasteners have been removed, select the lower right or
left side corner and lift the cover upwards.
Once the rear cover has been removed, remove the rear cover
plate by shifting it towards the CPU Fan and lifting upwards.
Slide the Optical Drive into position as shown. The stand cover plate requires removal as part of the VESA mount
preparation. Remove the four fasteners at the edge of the stand
and one located under the mini-stand extension.
Position the rear stand vertically to prepare for final removal
steps. Please note: Do not extend the stand beyond 90 degrees
as this could cause permanent damage to the stand.
Peel the rubber bumper back as shown to prepare for rear cover
plate removal.
Separate the rear cover plate moulding as shown. Unclip the stand hinge cover plate as shown.
Remove the rear cover and loosen the internal stand fasteners as
shown.
Ensure that the rear cover bracket is securely in position and
replace the rear cover as shown. Fasten the 4 outer fasteners
before fastening the four VESA mount fasteners.
Position the VESA mount bracket over the four VESA mount points
and fasten the bracket to the chassis.
When positioning the CPU Heat Sink, ensure that it is properly
fastened to the chassis via retention clips on the chassis.
The 3.5” mounting points in the drive bracket can accommodate a
2.5” drive as shown.
When replacing the rear cover bracket, ensure that cables are
properly routed and none are trapped between the cover and
chassis.

FPD - 19V
1 2 3
LCD - 5V
1 2 3
56
7
77
7
8
910
11
12 13 13 14 15 17 17 19 20
21
22
23 24
25
26
2728
29 30
31
32
33
18
16
4
3
2
1
1. LVDS
2. LCD Panel SW
3. Front Panel
4. CPU Fan
5. SATA Power
6. DDR3 SP DIMM
7. SATA III Ports
8. Single USB Header
9. USB 3 Connect
10. Half Length Mini PCI-e Slot
11. Internal ATX 19V Connector
12. 19V DC In
13. 2x GbE LAN Ports
14. Display Port
15. HDMI
16. COM1
17. USB 3
18. LPT
19. Speaker Out
20. Mic In
21. Speaker
22. FP Audio
23. DMIC
24. CLR CMOS
25. Full Length Mini PCI-e / mSATA
26. PCI-e 4X
27. 2 x Single USB Headers
28. Dual USB 2 Header
29. FPD
30. BL_SW
31. WFLED
32. LCD PWR
33. FPD PWR
LCD INTEGRATION NOTES
GENERAL INTEGRATION NOTES
GIGABYTE GA-Q87TN DESKTOP BOARD OVERVIEW
1. Inserting the LVDS Connector 2. Checking Jumper Settings 3. Configuring the BIOS
1. Placing 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
1
2
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.
Confirm that this jumper settings for the Backlight Inverter and
Front Panel voltage are correct for the inverter and the board
being integrated.
Ensure LVDS Cable is Connected
Navigate to Chipset
Select Enable for LVDS Control Function
Select M215HGE-L10/M240Q002 for Panel Type
Check that the thermal retention mechanism is in place before
installing the desktop board.
Once the thermal retention mechanism is in place, secure the
thermal pad as above.
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.
Navigate to Chipset
Select Enable for LVDS Control Function
Select M215HGE-L10/M240Q002 for Panel Type