Giada MI-E350T Manual de usuario
www.giadatech.com User’s Manual
MI-E350T
All right reserved
Version 001
Motherboard
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Gratitude ……………………………………………………………………………
I. About the product ………………………………………………………………
1. Picture of the motherboard ………………………………………………
2. Features ……………………………………………………………………
2.1 Processor ………………………………………………………………
2.2 Memory …………………………………………………………………
2.3 BIOS ……………………………………………………………………
2.4 Interfaces of peripherals ………………………………………………
2.5 Power management……………………………………………………
2.6 Expansion slot …………………………………………………………
II. Hardware installation……………………………………………………………
1. Layout of motherboard ……………………………………………………
2. Installing memory …………………………………………………………
3. Install expansion slot card ………………………………………………
4. Motherboard jumper setting ………………………………………………
4.1 SATA0/SATA1 (Serial ATA flat-cable sockets) ……
4.2 CPU_FAN (CPU FAN socket)………………
4.3 SYS_FAN (system FAN socket)……………………………………
4.4 CLR_CMOS(CMOS pin)…………………………………………
4.5 F_USB2 (frond-end USB pin) ………………………
4.6 F_ AUDIO(Pins for front-end audio adapter) ………………………
4.7 ATX 12V (12V Power receptacle) ……………………………………
4.8 F_ PANEL (Front-end control panel) ………………………………
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4.9 USB_IR (Extend IR module) …………………………………………
4.10 SPK_L / SPK_R (JP6&JP4) ………………………………………
Contents
4.11 JP5 (LVDS power supply pin) ………………………………………
4.12 COMA1(Front end COM port) ………………………………………
4.13 JP7 (Back ADJ linear and PWM option) ……………………………
4.14 JP8 (U3 software flash pin) …………………………………………
4.15 JP9 (Back panel USB port power supply) …………………………
4.16 JP10 (AC power loss restore) ………………………………………
4.17 JP18 (LCD button pin) ………………………………………………
4.18 LVDS pin (JLVDS) ……………………………………………………
4.19 BEEP …………………………………………………………………
5. Rear panel interface ………………………………………………………
……
III. BIOS setting ……………………………………………………………………
1. Main menu …………………………………………………………………
2. Main (standard CMOS setup) ……………………………………………
3. Advanced (Advanced BIOS setup) ……………………………………
4. Boot Configuration …………………………………………………………
5. Security Setup ………………………………………………………………
6. Save&Exit ………………………………………………………………
IV. Software installation ……………………………………………………………
1. Install driver for motherboard ……………………………………………
1.1 Install driver for chipset ………………………………………………
1.2 Install sound card driver ………………………………………………
1.3 Install driver for on-board LAN chip …………………………………
1.4 Install driver for graphic card …………………………………………
2. HD_AUDIO and sound card setup ………………………………………
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Gratitude I. About the product
1. Picture of the motherboard
Thank you for choosing Giada motherboard.
Giada MI-E350T is based on AMD® Dual-Core Processor E-350 with AMD
Radeon™ HD 6310 Discrete-Class Graphics and “Hudson” M1 FCH.
Through the latest VISION(Tier) Technology and HD Internet Technology from
AMD®, MI-E350T support full 1080P video play and DirectX® 11 games.
It supports DDR3 1066MHz memory, on-board HD-AUDIO sound card and
gigabit LAN. Support HDMI display output
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Any question about the product, please send e-mail to our support center.
Headquarter:
USA office: [email protected]
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NOTE: This is Giada real product photo show for your reference only, Product
appearance depends on goods.
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2.1 Processor
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2.2 Memory
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2.3 BIOS
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2.4 Interfaces for peripherals
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2.5 Power management
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2.6 Expansion slot
· Two MINI-PCIe slots.
2. Features
On-board AMD® E-Series “Zacate” APU E-350;
APU integrated AMD Radeon™ HD 6310 Discrete-Class Graphics.
Supports 204-Pin DDR3 1066MHz memory;
4GB at maximum.
Supports PNP, APM and ATAPI;
Supports ACPI and DMI;
Automatic detection and supporting hard disk whose LBA mode is over 160G;
End-users can easily upgrade the motherboard with BIOS.
Two SATA2 HDD port;
One HDMI digital interface;
One VGA interface;
Six high-speed transmission ports (max. 480Mb/s) which support USB2.0 and
are compatible with USB1.1;
One RJ45 network interface (PCIe Gigabit Ethernet);
On-board HD-AUDIO audio adapter;
Interfaces on panels can be compatible with HDD LED, Speaker, etc;
One CMOS contact pin;
One system FAN socket.
Support APM and ACPI;
Compatible with energy star “Green PC”.
II. Hardware installation
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Warning
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The motherboard consists of a great number of ICs and other components. These
ICs might be damaged by the static charge. Therefore, the user must make the
following preparations before installation:
Turn off the power of the computer. It is preferable the power cord be unplugged.
Take care not to contact the metal wires and theirs joints on the motherboard
when handling it.
It is preferable that the operator wear the anti-static wrist strap when handling
the IC components.
Before the ICs are installed, the components of the motherboard should be
placed on the anti-static mat or bag.
When you remove the plug on the ATX power supply of the motherboard, make
sure the switch of the power supply is in OFF state.
Installing the motherboard onto the computer case:
For most of the computer cases, the multiple fixing holes left on their bottoms can
be used for securing the motherboard and preventing short circuit. During your
operation, take care not to allow the screws to contact any circuit or part on PCB.
When circuits on the surface of the motherboard get close to the fixing holes, you
can use the plastic sheet to separate the screws from the board surface so as to
avoid damage or failure of the motherboard.
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1. Layout of motherboard 2. Installing memory
Please install the memory in accordance with the following procedures:
· Align the golden finger of the memory to the groove of the interface slot and
pay attention the concave hole of golden finger should be aligned to the
convex point of the slot.
· Finally, insert the memory into the interface slot gently. If no error occurs at
the moment, insert the card forward in the slot till the white buckle is
automatically engaged in the concave hole at the two sides of the memory.
NOTE: In order to avoid damages to the motherboard or the components, the
user must make sure the power supply to the computer is turned off before the
memory or other component is installed or removed. As the groove is set at the
golden finger of the DDR DIMM, the memory can only be inserted into the slot
with one direction. During installation, the user only needs to align the golden
finger and the dual-channel groove of the interface slot and insert it gently. To
avoid damage, never apply excessive force in that process.
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1. DC-in
2. HDMI port
3. VGA port
4. S/PDIF-out
5. USB2.0 port
6. RJ45 port
7. Audio-out
8. MIC-in
9. Front Audio
10. COM port
11. CLR_CMOS
12. Mini PCIe 2 (PCIe 1X)
13. Mini PCIe 1 (SATA)
14. Front Panel
15. SATA power socket
16. SATA2 Socket
17. DDR3 DIMM Slot
18. 3PIN SYS_FAN
19. 3PIN CPU_FAN
20. AMD E-350
21. AMD Hudson M1
22. USB_IR Header
23. Front USB Header
24. LVDS Header
25. 4PIN ATX power socket
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3. Install expansion slot card
Installing extended devices
At the top side of motherboard are two Mini-PCIE extended slots.
· Mini-PCIe 1 supports SATA2, for example, can use SATA SSD etc;
· Mini-PCIe 2 supports PCIe 1X signal, can use mini PCIe WiFi module etc.
4. Motherboard jumper setting
Note:
The user should notice that all sockets are marked with PIN1. The mark “#”
indicates the ex-factory default values.
4.1. SATA0/SATA1 (Serial ATA flat-cable sockets)
Serial ATA sockets can reach a transmission speed of 300MB/s, and you can
connect your Serial ATA device to this socket.
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PIN Definition
1
2
3
4
5
6
7
GND
TXP
TXN
GND
RXN
RXP
GND
12.Mini PCIe 2
13.Mini PCIe 1
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SATA power socket (J2,J3)
4.2. CPU_FAN (CPU FAN socket)
This receptacle can be used for connecting CPU fan. Its pins are defined
below. The user shall make sure the fan is conforming.
PIN Definition
1
2
3
4
+5V
GND
GND
+12V
Pin#
Pin#
Pin#
Definition
Definition
Definition
1
2
3
1
2
3
1-2#
2-3
VSS
VDD
TAC
VSS
VDD
TAC
Normal
CLR_CMOS
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4.3. SYS_FAN (system FAN socket)
This receptacle can be used for connecting chassis fan. Its pins are defined
below. The user shall make sure the fan is conforming.
4.4. CLR_CMOS(CMOS pin)
These audio adapter ports allow you to connect to the wire harness of the
audio adapter. After connection, you can easily control the audio
output/microphone through the front panel of the host (Note: Don't connect
the wire to Pin 4).
1 4
123
123
123
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Definition
VCC
USB D1-
USB D1+
GND
NULL
PIN
2
4
6
8
10
Definition
VCC
USB D0-
USB D0+
GND
NULL
PIN
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3
5
7
9
Definition
GND
PRESENCE# (Dongle present)
MIC_SENSE_RETURN
NULL
OUT_SENSE_RETURN
PIN
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4
6
8
10
Definition
MIC_L
MIC_R
OUT_R
SENSE_SEND (Jack detection)
OUT_L
PIN
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5
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4.5. F_USB2 (frond-end USB pin)
In case the USB ports on the rear panel of the machine case are not enough,
the user can use the one set of extension USB pin provided by this
motherboard. These ports support USB 2.0 devices. The definitions of the
ports are described below:
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4.6. F_ AUDIO(Pins for front-end audio adapter)
These audio adapter ports allow you to connect to the wire harness of the
audio adapter. After connection, you can easily control the audio
output/microphone through the front panel of the host (Note: Don't connect
the wire to Pin 4).
The definitions of the ports are described below:
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4.7. ATX 12V (12V Power receptacle)
This board has special 12V power receptacle for CPU. For better and more
stable processor power supply, we suggest keeping the connection on this
socket. The definitions of the pins are described below (when power supply
with 20-pin outlet is used, please make sure the numbers are matched
correctly):
Definition
PLED+(VCC)
GND
NULL
PWBT
GND
HDLED+
GND
RST+
GND
NULL
PIN
2
4
6
8
10
Definition
PIN
1
3
5
7
9
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PIN Definition
1
2
3
4
GND
GND
12V
12V
4.8. F_ PANEL (Front-end control panel)
This socket is used to connect the flat cables on the front-end panel.
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4.9 USB_IR (Extend IR module)
Use a cable to connect an outlay IR receive module.
4.10 SPK_L / SPK_R (JP6&JP4)
To connect two channel speakers.
4.11 JP5 (LVDS power supply pin)
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VCC
D3-
D3+
GND
POWER LED
HDD LED
5VSB
VCC
D2-
D2+
GND
NC
PWBT
5VSB
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4
6
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10
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3
5
7
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Definition
PIN
Definition
PIN
1
5
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PIN
PIN
Definition
Definition
1-2,3-4
3-4
1-2
1
2
3
2W
3W
5W
5V+
GND
3.3V+
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