SL201-G4 Gooxi Eagle Stream Platform 2U Model Servers User Manual

SL201-G4 Gooxi Eagle Stream Platform 2U Model Servers

Product Information

Specifications

• Model: SL201-G4 Rackmount Server
• Document Version: 01
• Release Date: 2023/12/20
• Manufacturer: Shenzhen Gooxi Information Security Co., Ltd.

Product Usage Instructions

• The SL201-G4 Rackmount Server is part of the Gooxi Eagle Stream platform 2U model servers.
• It is designed for professional use and provides high-performance computing capabilities.

Front Panel

• The front panel includes indicator lights and buttons for easy monitoring and control of the server.

Rear Panel

• The rear panel features various interfaces for connectivity, including USB ports, Ethernet ports, and display outputs.

Processor

• The server is equipped with a powerful processor to handle complex computing tasks efficiently.

Memory

• The memory slots are located on the motherboard. Follow the guidelines provided in the manual for proper memory installation.

Storage

• The server supports various storage options, including hard drives. Ensure proper installation and configuration of storage devices.

Expansion Slots

• The server features PCIe slots for expansion cards. Refer to the manual for details on compatible expansion modules.

PCBA

• The server’s motherboard is a critical component that houses various hardware elements. Handle with care during installation and maintenance.

Frequently Asked Questions (FAQ)

Q: Can I install additional memory on the server?

• A: Yes, you can install additional memory following the guidelines provided in the manual.
• Ensure compatibility with existing memory modules.

Q: How many PCIe slots are available for expansion cards?

• A: The server comes with multiple PCIe slots for expansion cards. Refer to the manual for the exact number and specifications.

Q: Is it necessary to have technical expertise to install and maintain the server?

• A: Yes, it is recommended to have experience in handling server hardware before attempting installation or maintenance tasks.
• Seek assistance from professional technical personnel if needed.

Foreword

• This manual is the product technical manual for the Gooxi Eagle Stream platform 2U model servers.
• It primarily provides an introduction and explanation of the product’s appearance, structure, hardware installation, and basic configuration.
• Please note that this manual is intended for reference and research purposes for professional technical personnel.
• The installation and maintenance of this product should only be performed by experienced technical personnel.

Modification Record

Product Introduction

Product Overview

• SL201-G4 Series 2U Dual-socket Rack-Mount Server is a new generation of versatile 2U dual-socket rack-mount servers launched by Gooxi to meet the needs of the Internet, IDC (Internet Data Center), cloud computing, enterprise markets, and telecom business applications. It is suitable for core IT operations, cloud computing virtualization, high-performance computing, distributed storage, large-scale data processing, enterprise or telecom business applications, and other complex workloads.
• This server features low power consumption, strong expandability, high reliability, easy management, and deployment.

Its main configurations include:

• Supports 2 Intel Xeon Scalable processors of the 4th generation.
• Supports 32 DIMM DDR5 memory slots.
• Offers 1-panel chassis options: 12*3.5-inch hard drive bays.
• The rear window supports expanding with 4*2.5-inch hard drive slots.
• Supports up to 10 PCIe expansion slots and 2 OCP network card slots.

The physical illustration of the server with a 12-drive configuration is shown below:

Product Structure

• Eagle Stream 2U Dual-Socket Rack-Mount Server Exploded View (Illustration based on the 12-bay model).

Table 1-1 Logical Structure

The logic of the SL201-G4 Series Dual-Socket Rack-Mount Server is as shown in the following diagram:

• The CPU adopts the 4th generation Intel Xeon Scalable processor, LGA4677 socket.
• Each CPU supports 8 channels, and each channel supports 2 DDR5 RDIMM/LRDIMM memories.
• Onboard 2 M.2 slots (supports 22110/2280 specifications), only supports SATA signals.
• PCH uses the INTEL C740 series chipset.
• The BMC chip uses ASPEED’s AST2600 control chip for IPMI remote management. VGA output port, dedicated Gigabit RJ45 management network port, and connection to PCH through RMII/NCSI.

Product Specifications

(22110/2280 specifications)
External Hard Drive| 12 hot-swappable 3.5/2.5-inch SAS/SATA/U.2 hard drives in the front and 4 2.5-inch SATA/U.2 hard drives in the rear
External Ports| Front: 1 VGA, 2 USB 3.1
Rear: 1 VGA, 1 COM port, 2 USB 3.1, 1 RJ45 Gigabit Management port
PCIE Expansion Form|

6 Full-Height PCIe slots, 4 Half-Height PCIe slots, 2 OCP 3.0 slots.

PCIE Expansion Specifications| Riser1/2：

1 Full-Height PCIe 5.0 x16, 2 Full-Height PCIe 5.0 x8, 2 Full-Height PCIe 5.0 x16

 | Riser3/4：
 | 2 Half-Height PCIe 5.0 x8, 1 Half-Height PCIe 5.0 x16
 | OCP：2OCP 3.0(PCIe 5.0 x8)
Power Supply| Supports AC 220V 800W, 1300W, 1600W, 2000W, and 2200W Redundant Power Supply (Adaptable to Actual Power Requirements).
Fan| Standard 48056 hot-swappable N+1 redundant fans
Safety| Supports TPM module
IPMI| IPMI 2.0
Management Port| 1 dedicated RJ45 management port
RoHS| Compliant with RoHS2.0
Working Temperature& Humidity| Temperature 5℃~35℃/humidity 20%~80% RH non- condensing
Storage Temperature& Humidity| Short-term storage (≤72 hours): Temperature -40°C ～ 70°C / Humidity 20%

～ 90% RH (non-condensing, including packaging)

Long-term storage (>72 hours): Temperature 20°C ～ 28°C / Humidity 30%

～ 70% RH (non-condensing, including packaging)

Hardware Description

Front Panel Appearance

Table 2-1 Indicator lights and buttons

Interface Interface location

Table 2-3

Interface description

monitors or KVM
USB interface| USB 3.1| 2| For accessing USB devices

Table 2-4

Rear Panel Appearance

• Appearance of the rear panel

Table 2-5

Note

1. Riser1/Riser2/Riser3/Riser4can be selected for either the rear hard drive module or the PCIe Riser module

Indicator lights and buttons

• Rear Panel Indicators

status indicator

light

3| Management network port data transmission      status     indicator

light

| 4| UID button
5| Power module indicator lights| –| –

Table 2-6

Description of Power Module Indicators

are normal.

Orange (steady on): Indicates that the AC power cord is unplugged or the power module is missing, and only one parallel-connected power module has AC input; the power module failure causes the output to be turned off, such as OVP, OCP, fan failure, etc.

Green (1Hz/blinking): Indicates that the input is normal, the voltage is too low (less than 12V) or the power supply is in the intelligent standby mode.

Green (2Hz/blinking): Indicates the firmware is undergoing an online upgrade.

Orange (1Hz/blinking): Indicates continuous power warning events during power operation, such as high temperature, high power, or large current.

Off: Indicates no AC power input.

Table 2-7 Interface

• rear panel interface

Table 2-8 Processor

• Supports 1 or 2 Intel 4th generation Xeon Scalable processors.
• When configuring with 1 processor, it should be installed in the CPU 0 position.
• Processors installed on the same server must have the same model.
• For specific optional system configurations, please consult Gooxi sales.
• Processor positions are as shown in the following diagram:

Memory Memory slot location

• This motherboard adopts the Intel Eagle Stream platform. Each CPU supports 8 channels, and each channel supports 2 DDR5 memories. The motherboard can support 32 DIMM DDR5 memories.
• When inserting only one memory, prioritize A0, B0, C0, D0, E0, F0, G0, H0 (memory slots with blue plastic color). It supports DDR5 ECC RDIMM/RDIMM-3DS server memory.

The positions are as shown in the following diagram:

Memory installation guidelines

• The server can install up to 32 DDR5 memories and supports DDR5 RDIMM server memory. The memory frequency supports 4400/4800MHz. The memory installation principles must be followed when configuring the memory (CPU1 is the same as CPU0).

Note

1. All configured memory must be of DDR5 RDIMM type.
2. For SPR CPUs, at least one DDR5 memory module must be configured.
3. Different types (RDIMM, RDIMM-3DS) and specifications (capacity, frequency, bit width, rank, height, etc.) of DDR5 memory are not compatible with mixed usage.
4. Different models of Intel Xeon Scalable processors support varying maximum memory capacities.

Storage Hard drive configuration

11 support NVMe/SAS/SATA

hard drives

| Riser3/4 Module (2×2.5) * 2

-Supports NVMe/SATA hard drives

Note: *The maximum number of rear hard drives is influenced by the type of NVMe/SAS/SATA hard drives used.

Table 2-9

Hard drive serial number

• 12×3.5-inch hard drive configuration

Hard drive status indicator

Hard drive status indicator description

Hard drive status indicator

Table 2-10 Power Supply

• Supports 1 or 2 power modules;
• Supports hot-swapping;
• When configured with 2 power modules, supports 1+1 redundancy;
• For power modules configured in the same server, the power module models must be identical;
• For specific optional system accessories, please consult Gooxi sales.
• The power supply positions are shown in the following diagram:

Fans

• Supports 4 fan modules;
• Supports hot-swapping;
• Supports single fan failure;
• Supports variable fan speed;
• For fan modules configured in the same server, the fan module models must be identical.
• The fan positions are as shown in the following diagram:

I/O Expansion PCIe slot location

• The slots provided by Riser1 module are Slot0, Slot1, Slot2. When using a PCIe expansion module with 2 slots, Slot1 is not available.
• The slots provided by Riser2 module are Slot3, Slot4, Slot5. When using a PCIe expansion module with 2 slots, Slot4 is not available.
• The slots provided by the Riser3 module are Slot6 and Slot7. When using a PCIe expansion module with 1 slot, Slot 6 is not available.
• The slots provided by the Riser4 module are Slot8 and Slot9. When using a PCIe expansion module with 1 slot, Slot 8 is not available.

PCIe slot description

When CPU1 is not in place, its corresponding PCIe slot is unavailable.

Note:

◆ PCIe slots with a bus bandwidth of PCIe x16 are backward compatible with PCIe x8, PCIe x4, and PCIe x1 cards. However, they are not upward compatible, meaning that the bandwidth of the PCIe slot cannot be smaller than the bandwidth of the inserted PCIe card.

◆ The slot size of a full-height full-length PCIe slot is backward compatible with full-height half-length and half-height half-length PCIe cards. The slot size of a

full-height half-length PCIe slot is backward compatible with half-height half-length PCIe cards.

◆ The power capacity of all slots can support PCIe cards with a maximum power of 75W. The power consumption of the PCIe card depends on the model of the card.

Table 2-11 PCIe Expansion Module

• PCIE Expansion Module 1
• x32 to x16+x16 adapter card
• Installed in Riser1 position, providing PCIe slots for Slot0 and Slot2.
• Installed in Riser2 position, providing PCIe slots for Slot3 and Slot5.
• PCIE Expansion Module 2
• x32 to x16+x8+x8 adapter card
• Installed in Riser1 position, providing PCIe slots for Slot0, Slot1, and Slot2
• Installed in Riser2 position, providing PCIe slots for Slot3, Slot4, and Slot5
• PCIe Expansion Module 3
• x16 adapter card
• Installed in Riser3 position, providing PCIe slots for Slot7
• Installed in Riser4 position, providing PCIe slots for Slot9
• PCIe Expansion Module 4
• x16 to x8 (x16 slot) + x8 adapter card
• Installed in Riser3 position, providing PCIe slots for Slot6 and Slot7
• Installed in Riser4 position, providing PCIe slots for Slot8 and Slot9
• 2.5-inch hard drive module

PCBA Motherboard

connectors

CPU0 DIMMH0/H1/G0/G1/F0/F1/E0/E1| CPU0 DDR5 Memory Channels 8,7,6,5

connectors

CPU1 DIMMA1/A0/B1/B0/C1/C0/D1/D0| CPU1 DDR5 Memory Channels 1,2,3,4

connectors

CPU1 DIMMH0/H1/G0/G1/F0/F1/E0/E1| CPU1 DDR5 Memory Channels 8,7,6,5

connectors

1

| 2 hard drive backplane I2C connectors, 2 MCIO I2C

connectors

|

2

|

MCIO x8 connectors(CPU1) × 4

3| MCIO x8 connectors(CPU0) × 4| 4| Three 2*6Pin hard drive

backplane power connectors

---|---|---|---
5| Chassis intrusion connector| 6| Right Front Panel VGA

connectors

7| Right Front Panel USB3.0

connectors

| 8| NIC AUX power connector
9| 2*6+4Pin high power GPU

connector

| 10| CPU0 PCIE5.0 Port0 X16

GENZ168 connectors

11| Rear window hard drive (2 disks)

backplane power connector

| 12| CPU0 OCP3.0connectors
13| SATA M.2 connectors| 14| BMC Module Board-to-Board

Connector

15| CPU1 PCIE5.0 Port0 X16

GENZ168 connectors

| 16| MCIO x8 connectors(CPU0) × 3
17| CPU1 OCP3.0 connectors| 18| SATA connectors
19| BMC Module Cable Connector| 20| Button Cell Battery
21| USB Interface| 22| RAID KEY connectors
23| Hard Drive Backplane I2C

Connector

| 24| 3000W Power Supply

High-power Connector

25| MCIO x8 Connector (CPU1) × 3| 26| 2*6+4Pin High-power GPU

Connector

27| 3000W Power Supply

High-power Connector

| 28| 2*6+4Pin High-power GPU

Connector

29

| Rear Window RISER-PCIE5.0 Backplane Power Connector|

30

| Rear Window Hard Drive (2 drives) Backplane Power

Connector

31

| Rear Window Hard Drive (2 drives) Backplane Power

Connector

|

32

|

Left Front panel connectors

33

| Rear Window Hard Drive (2 drives) Backplane Power

Connector

|

34

| 2*6+4Pin High-power GPU Connector

Table 2-12 Hard drive backplane

• 12×3.5-inch Backplane TOP surface

Figure 2-22

interface,        used        to       connect HDD/SSD/NVME

Table 2-13 Bottom surface

5、6、7

| SFF-8654                Slimline connector| providing SAS/SATA×4 interfaces

for     connecting      to     PCH     or HBA/RAID Card

8

|

Power connector

| backplane power transmission connector used for transferring 12V power

9

|

CPLD chip

| mainly used for indicator control

of NVME SSD and SAS/SATA HDD

10

|

MCIO connector

| providing PCIe×8 interface for connecting to CPU and NVME SSD

Table 2-14

• 2×2.5 Rear Hard Drive Backplane – 1 TOP surface

connecting NVME SSD

Table 2-15 Bottom surface

CPU and NVME SSD
2| JTAG debugging interface| used for CPLD programming and version upgrades
3| 4pin power socket| used for connecting the PSU with a 4-pin plug to power the board
4| I2C interface| used for I2C signal connections

Table 2-16

Installation Instructions

Chassis Top Cover Installation

• Step 1: Lift the slot at the opening position, push and lift it in the direction indicated by the diagram.

Installation of Accessories

CPU installation

• Step 1: Align the triangular mark on the CPU with the handle on the bracket as shown in the diagram, and mount the CPU onto the heatsink.

Heatsink installation

• Step   1: Remove the protective cover on the motherboard CPU socket.
• Step 2: Install the CPU and heatsink onto the CPU socket. (As shown in the diagram below)
• Step 3: Press down on the four corners of the heatsink’s fixing lock towards the outside, and, following the diagram below, rotate the screws fixing the heatsink in a clockwise direction twice to secure the heatsink to the motherboard.
• Caution: The pins on the motherboard are extremely fragile and can be easily damaged. To prevent damage to the motherboard, do not touch the processor or the contact points on the processor socket.

Memory installation

• The 16 memory slots controlled by CPU0 on the motherboard are as follows: CPU0 DIMMB0/B1,DIMMA0/A1, DIMMD0/D1, DIMMC0/C1, DIMMG1/G0, DIMMH1/H0, DIMME1/E0, DIMMF1/F0. The 16 memory slots controlled by CPU1 are as follows: CPU1 DIMMB0/B1，DIMMA0/A1，DIMMD0/D1,DIMMC0/C1, DIMMG1/G0, DIMMH1/H0, DIMME1/E0, DIMMF1/F0. Please note that the memory notches should match the DIMM slots’ notches. Insert each DIMM module vertically to prevent incorrect installation.
• Note: On this motherboard, please use memory modules with the same CAS latency value. It is recommended to use memory of the same capacity and frequency produced by the same manufacturer.

Server slide rail installation

• Step 1: Prepare two slide rails and pull out the inner rail.
• Step 2: Fasten the inner rails to the sides of the chassis.
• Step 3: Install the outer rails on the cabinet brackets and secure the screws.
• Note: When installing the guide rail, align it with the U-mark, and push it into place until you hear a click sound. Secure it firmly using M5 screws.
• Step 4: Align the chassis with the inner rails installed with the outer rails for installation.
• Note: When you push the chassis forward, you will hear a snapping sound. If you can’t push it, you need to pull down the buckle of the inner rail to continue to push the chassis gently.
• Step 5: Push the chassis forward until it cannot slide and make sure that the screws are securely installed to complete the installation.
• Note: During equipment maintenance, it is necessary to loosen the panel screws and pull the chassis lightly. Do not push or pull the chassis at random speed to avoid damage to the equipment.

Configuration Instructions

Initial Configuration Power on and start

• Before powering on, it is necessary to ensure that all configurations of the server are installed under the corresponding specifications and standards and keep the server turned off but not unplugged from the power supply.
• All cables are connected properly, and the power supply voltage is consistent with that of the device.
• During the power-on process, please do not plug in hard drives, power modules, network cables, or other external devices and cables.
• If the server has just been unplugged from the power supply, please wait for 1 minute before turning on the power.

Server power-on power status:

• The power supply is powered on, but the server is not turned on, and the power indicator is flashing green.
• Power on, the server starts up, and the power indicator light is green.

How to power on the server:

• The server’s default power-on policy is “Power-On Boot,” which means the server will automatically power on when it receives power.
• Users can modify this setting in the BIOS Setup interface.
• Press the or key on the keyboard during the boot process to enter the BIOS Setup interface, and find the following interface:
• PCH state after G3
• PCH state setting after G3, the menu options are:
• S0: Power on and start-up directly
• S5: You need to press the Power button to turn on the power leave power state unchanged: Leave the power state unchanged.
• Default: S0
• Log in to the iBMC management interface to perform remote power-on and power-off control.
• Enter the BMC IP address -> enter the BMC account and password -> find the remote control interface -> power controller -> It can be executed according to requirements.
• For detailed usage of BMC and BIOS, please refer to the corresponding user manual.

Initial data

• BMC default account: admin
• BMC default password: Gooxi@123.
• BMC default address: 192.168.100.1
• BIOS Default Password: None

Configure BIOS

• Press the or key on the keyboard during power-on and start-up to enter the BIOS Setup interface, as shown below:
• The Main interface contains the basic information of the BIOS system, such as the BIOS version number, CPU model, memory capacity, and the system time can be set. For detailed instructions, please refer to the “BIOS User Manual”.

Navigation key description:

• →←: Select Screen
  ↑↓: Select Item

• Enter: Select

• +/-: Change Opt.

• F1: General Help

• F2: Previous Values

• F3: Optimized Defaults

• F4: Save & Reset

• ESC: Exit

Configure BMC

• When the server is powered on, make sure that the BMC dedicated management network port cable is properly connected.
• Use another device, make sure it is in the same LAN as the BMC management network, and enter the BMC IP address on the web page.

Check the BMC IP address as follows:

• After the server is powered on, turn it on. Pay attention to the POST process when starting the server. In the lower-left corner of the logo screen, the IP address is displayed.
• After the server powers on, pay attention to the POST process. Press the or key on the keyboard to enter the BIOS Setup interface.

Switch to the following screen:

Configure IPV4 support :

• BMC Sharelink Management Channel
• Configuration Address source
• Configure the BMC IP address allocation mode, the menu options are:
• Unspecified: Do not change BMC parameters
• Static: BIOS static IP setting
• DynamicBmcDhcp: BMC runs DHCP to dynamically assign IP
• DynamicBmcNonDhcp: BMC runs the Non-DHCP protocol to dynamically assign IP
• Default: Unspecified
• When changing from “Unspecified” to other parameters, saving and rebooting will result in the options reverting to the “Unspecified” value.
• There is no need to configure the BMC IP during every startup process.
• When the “Configuration Address Source” option is set to “Unspecified,” it will display the network parameters (IPv4) for the system’s shared Ethernet port. The displayed information includes the current IP configuration method,
• BMC IP, subnet mask, MAC address, router IP, and router MAC.
• BMC Dedicated Management Channel
• Configuration Address source
• Configure the BMC IP address allocation mode, the menu options are:
• Unspecified: No change to BMC parameters
• Static: BIOS static IP setting
• DynamicBmcDhcp: BMC runs DHCP to dynamically assign IP
• DynamicBmcNonDhcp: BMC runs the Non-DHCP protocol to dynamically assign IP
• Default: Unspecified
• When changing from “Unspecified” to other parameters, saving and rebooting will result in the options reverting to the “Unspecified” value. There is no need to configure the BMC IP during every startup process.
• When the “Configuration Address Source” option is set to “Unspecified,” it will display the network parameters (IPv4) for the system’s dedicated Ethernet port. The displayed information includes the current IP configuration method, BMC IP, subnet mask, MAC address, router IP, and router MAC.
• Configure IPV6 support
• BMC Sharelink Management Channel
• IPV6 Support
• Choose whether to support IPV6, the menu options are:
• Enabeld: support IPV6
• Disabled: does not support IPV6
• Default: Enabled
• When changing from “Unspecified” to other parameters, saving and rebooting will result in the options reverting to the “Unspecified” value.
• There is no need to configure the BMC IP during every startup process.
• When the “Configuration Address Source” option is set to “Unspecified,” it will display the network parameters (IPv6) for the system’s shared Ethernet port.
• BMC Dedicated Management Channel
• IPV6 Support
• Choose whether to support IPV6, the menu options are:
• Enabeld: support IPV6
• Disabled: does not support IPV6
• Default: Enabled
• When changing from “Unspecified” to other parameters, saving and rebooting will result in the options reverting to the “Unspecified” value. There is no need to configure the BMC IP during every startup process.
• When the “Configuration Address Source” option is set to “Unspecified,” it will display the network parameters (IPv6) for the system’s dedicated Ethernet port.
• Log in to the BMC management interface

Enter the IP address on the web page, as shown in the figure:

• Enter the account password to enter the home page, and you can set the BMC IP address on the management interface.
• On the left side of the interface, switch to “Settings Page” -> “Network Settings” -> “Network IP Settings”. As shown below:
• This page sets the IP address of the BMC management network port.

Appendix

(Common fault diagnosis) No display after powering on

• Make sure the monitor cable is properly connected and the power indicator on the monitor lights up when the monitor is powered on.
• Ensure the monitor is connected to the server.
• If the above steps do not resolve the issue, try replacing the monitor with a known working one to confirm if the original monitor is faulty.
• If the issue persists, please contact Gooxi’s customer service department for resolution.

Front Panel Indicator Lights Alarm

• Refer to the instructions in the manual to determine the specific alarm information indicated by the front panel lights and buttons.
• For the power failure indicator lights alarm, check if the power module indicator lights on the rear window of the server are abnormal.
• If the power module indicator lights are normal, please log in to the BMC web interface to check the BMC logs for any alarms.
• If there are alarms, please record the specific alarm information and contact Gooxi’s customer service department for resolution.
• If the power module indicator lights are not normal, please ensure that the server, power module, and power cords are functioning correctly.
• For system alarm indicator lights, first check the external environment.
• For other indicator light alarms, please contact Gooxi’s customer service department for resolution.

Abnormal Hard Drive Indicator Lights

• Ensure the hard drives are properly installed.
• Refer to the instructions in the manual to determine the specific alarm information indicated by the rear panel lights and buttons.
• Confirm if the RAID card is configured correctly.
• Check for any drive dropouts during OS installation. If this occurs, please contact Gooxi’s customer service department for resolution.

Unable to Use RAID Card

• Ensure the RAID card is properly installed.
• Try reseating the RAID card and PCIe adapter to confirm if they are functioning correctly.
• If replacing the known working RAID card doesn’t resolve the issue, please restore to factory settings and update the BIOS version. If the problem persists contact Gooxi’s customer service department for further assistance and resolution.

IPMI Connection Failure

• Confirm if the BMC function is correctly enabled in the BIOS.
• Check if the switch and network cables are functioning properly. If the regular
• IPMI connection is not effective, check the network environment.
• Set static or dynamic IP and ensure ping connectivity. If the web interface does not open, try using a newer version of Internet Explorer.
• If the problem is not resolved, please contact Gooxi’s customer service department for further assistance and resolution.

Statement

Copyright Statement

• © Shenzhen Gooxi Information Security Co., Ltd. All rights reserved.
• This user manual, including but not limited to all information contained herein, is protected by copyright law.
• Without the permission of Shenzhen Gooxi Information Security Co., Ltd. (hereinafter referred to as “Gooxi”), no one may engage in any behavior such as imitation, copying, excerpting, forwarding, or other forms of utilization.

Disclaimer

• Gooxi provides this user manual “as is” and to the extent permitted by law, makes no express or implied warranties or guarantees, including but not limited to merchantability, fitness for a particular purpose, non-infringement of any rights of others, and any warranties or guarantees regarding the use or inability to use this user manual. Gooxi also does not provide any warranties or guarantees regarding the accuracy or reliability of any information obtained using this user manual.
• Due to product version upgrades or other reasons, the content of this user manual may be periodically updated. Unless otherwise specified, this user manual is provided solely as a usage guide, and users shall bear all risks associated with the use of this user manual.

Trademark Statement

• Gooxi is a trademark of Shenzhen Gooxi Information Security Co., Ltd.
• Microsoft® and Windows is a trademark of the Microsoft group of companies.
• Linux® is a registered trademark of Linus Torvalds.
• Aspeed® is a trademark of ASPEED Technology Inc.
• Ownership of other trademarks belongs to their respective owners.

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