rusavtomatika IFC-BOX-NS52 14th Generation Core Ultra Network Security Server

rusavtomatika IFC-BOX-NS52 14th Generation Core Ultra Network Security Server

Other Model

Other Model

In order to ensure your personal safety and avoid property damage, you must pay attention to the tips in this manual. Tips related to property damage do not carry warning triangles. Warning tips are shown below according to the risk level from high to low.

Symbol warn

Indicates that failure to take appropriate action may result in irreparable damage to the machine.

Symbol pay attention to

Indicates that failure to pay attention to the corresponding prompt may result in undesirable results or states.

The products/systems covered by this document are only allowed to be operated by qualified personnel who meet the requirements of the work.
Its operation must be in accordance with the accompanying documentation, especially the safety and warning instructions. Qualified personnel can detect the risks of this product/system and avoid possible hazards due to relevant training and experience.

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Our products are only permitted for use as specified in the catalog and related technical documents. If you wish to use products and components from other companies, approval and permission from us are required. Proper transportation, storage, assembly, fitting, installation, commissioning, operation, and maintenance are prerequisites for safe and normal product operation. The required environmental conditions must be ensured. Attention should be paid to the instructions provided in the relevant documents.

Disclaimer

The company reserves the right to change this manual, and will not give further notice when the product is subsequently changed. The company shall not be responsible for any direct, indirect, intentional or unintentional damage and hidden dangers caused by improper installation and use.

Before ordering products, please ask the dealer to understand in detail whether the product performance meets your needs.

Copyright reserved. Any unauthorized reproduction by mechanical, electronic or any other means is prohibited.

Warranty Terms

The product warranty period is three years. If the user has other requirements, the contract signed by both parties shall prevail.

Product Introduction

IFC-BOX-NS52 is a network security server computer, which uses the 14th generation Core Ultra series processor, onboard TPM2.0 security encryption, supports Windows 10, Windows 11, Linux and other operating systems, and supports M.2 and 2.5 inch hard disk positions, which is very convenient to use.
The whole machine is formed by full aluminum alloy mold, with simple structure, good dustproof, heat dissipation, anti-vibration and EMC performance, high system reliability, strong environmental adaptability.

Equipment Connection

Precautions before connection

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Peripheral devices that are connected or built in shall not be connected to devices with opposite polarity.

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This device can only be operated on a grounded power network. It is prohibited to operate on an ungrounded or impedance grounded power network.

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The rated voltage of the equipment used must conform to the power characteristics of this product.

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Only approved peripheral devices suitable for industrial applications can be connected. When the machine is running, hot-plug I/O modules (USB) can be connected. I/O devices without hot-plug function can only be connected after the device is disconnected from power.

Connect the device to the power supply

The steps to connect the device to the power supply diagrammatic sketch
Connect the DC 12V power adapter to the power input interface ①, and then press the power switch button on the front panel of the device. The device starts up and the blue power light is on.

Connect The Device To The Power Supply

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The on/off button signal will not cut off the PC power supply!

Motherboard Interface Definition

Motherboard Interface Definition

Note: The above location map may be different from your motherboard layout for reference only.

Note: The identification method of the first pin 1PIN on the motherboard is as follows:

  1. There is a white bold silk printing mark or arrow mark; 2 The pins seen on the back of the motherboard are square holes.
    Motherboard Interface Definition

FP1

Signal name pin pin Signal name
HDD LED + 1 2 PWR LED +
HDD LED – 3 4 PWR LED –
Reset SW – 5 6 Power SW +
Reset SW + 7 8 Power SW –
9 10

F USB1

Signal name pin pin Signal name
VCC 1 2 VCC
USB Data – 3 4 USB Data –
USB Data + 5 6 USB Data +
GND 7 8 GND
9 10

JCMOS1

pin Signal name
1-2 Clear CMOS

SATA1

pin Signal name
1 GND
2 SATA TXP
3 SATA TXN
4 GND
5 SATA RXP
6 SATA RXN
7 GND

JPWR1

pin Signal name
1-2 NC
2-3 AUTO-ON

SATAPWR

pin Signal name
1 +5V
2 GND
3 GND
4 +12V

CPU FAN1

pin Signal name
1 GND
2 VCC +12V
3 FG (speed measurement signal)
4 PWM

GPIO1

Signal name pin pin Signal name
+5V 1 2 GND
GPIO 56 3 4 GPIO 57
GPIO 60 5 6 GPIO 61

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The internal wiring of the machine has been installed, and the wire plug and screw have been fixed with glue. Please do not disassemble the motherboard or jump the wire at will, so as to avoid damage to the motherboard.

Bios Settings

BIOS brief introduction
BIOS (Basic Input Output System, Basic Input and Output System) stores the most critical programs for basic input and output, self-check upon startup, and system boot-up. It can read and write specific system settings from the CMOS. Its primary function is to provide the lowest-level and most direct hardware configuration and control for the computer. Since product BIOS updates and optimizations are not scheduled, the settings interface may vary slightly; the following interface is for reference only.
The BIOS Settings menu is divided into the following options (please consult customer service for specific BIOS Settings):

Bios Settings

After the device is started, press “Delete” to enter the BOIS setting interface.
Main: BIOS information and date and time.
Advanced: BIOS advanced menu Settings.
Chipset: Chipset Settings.
Security: Security Settings.
Boot: Boot options Settings.
Save & Exit: Save and exit the BIOS Settings.

Power on and start the device Settings

“Advanced” to “ACPI Settings” to “Restore On AC Power Loss”, as shown in the figure below.

Bios Settings

Restore on AC Power loss Function description:

Power Off: After the device is connected to 12V power supply, press the power button to start up.
Power On: The device will automatically start up after the 12V power supply is connected.
Last State: After the equipment is connected to 12V power supply, it will be powered on or not according to the status value of the last equipment.

pay attention to:

If JPWR1 is set to AUTO-ON (2-3), the BIOS is not effective, and the main board setting is set as the power-on start state;
If JPWR1 is set to NC (1-2), the BIOS setting is correct.

Set the timing of startup

“Advanced” → “ACPI Settings” → “RTC Wakeup” → “Fixed.
Time” See figure below.

Bios Settings

RTC Wake Up Function description:

Wake up day of month: Wake up on a fixed date each month
Wake up hour: The wake-up time is measured in hours.
Wake up Minute: The wake-up time is measured in minutes.
Wake up Second: The wake-up time unit is in seconds.

BOOT startup configuration

Bios Settings

Boot Configuration Function description:

Setup Prompt Timeout: The duration of LOGO waiting when the machine is turned on. Time unit is second.
Bootup Num Lock State: The status of the numeric lock key on the keyboard at startup.
Quiet Boot: “Enabled” opens the boot LOGO, “Disabled” closes the boot LOGO.

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The setting of BIOS directly affects the performance of the computer. Setting the wrong parameters will cause damage to the computer, and even cannot be turned on.
Please do not change the BIOS Settings at will, so as to avoid the machine can not be used normally.

Daily Use And Maintenance

  1. When the machine is in normal use, please ensure that the machine works in a non-vibration environment, To avoid damaging the hard disk and internal components.
  2. When using the machine, please pay attention to the ambient temperature between-10℃ and 50℃.
  3. This machine adopts shell heat dissipation. In order to ensure the heat dissipation effect of the machine, we strongly recommend it It is recommended that you clean the surface of the machine every three months when there is a lot of dust It is recommended to clean the machine surface once a month in the environment.
  4. In order to ensure the efficient and reliable operation of the machine, we recommend that you regularly check it every three months Run a disk cleanup and disk defragmentation on the hard disk.
  5. When using the internal slot of the machine, we strongly recommend that you do not plug and unplug it with power on to avoid cause static damage. When the machine encounters a power failure for reasons other than human, in order to ensure If the machine works normally and reliably, we strongly recommend that you immediately power the machine Disconnect, confirm the stability of the power grid and then connect to the operation;
  6. We suggest that the machine be dedicated to a specific machine and managed by a specific person.

Common Faults And Troubleshooting Methods Of Equipment

Hardware faults and troubleshooting methods

  1. The device cannot be started
    Cause of failure: power failure, motherboard failure, loose memory stick, etc.
    Elimination method:
    • Check whether the power adapter is working properly and whether the plug is loose.
    • Check if the power indicator light on the motherboard is on.
    • Reinsert the memory module and make sure it is securely installed.
  2. The display has no signal
    Cause of failure: Loose or damaged display cable.
    Elimination method:
    • Check that the graphics card is securely plugged in.
    • Check whether the monitor cable is loose or damaged.
    • Replace the display cable and test.

Software faults and troubleshooting methods

  1. The system cannot be started
    Cause of failure: The operating system is damaged and the boot guide file is lost.
    Elimination method:
    • Use system repair tools (such as Windows startup repair).
    • Use the system installation disk to reinstall the operating system.
  2. Blue screen
    Cause of failure: driver conflict, hardware failure, software compatibility problem.
    Elimination method:
    • Check recently installed software and uninstall software that may cause conflicts.
  3. The system runs slowly
    Cause of failure: excessive system resource occupation, malicious software, too many hard disk fragments.
    Elimination method:
    • Use the Task Manager to view system resource usage and terminate high-usage processes.
    • Run anti-virus software to check and clean up malware.
    • Run the disk defragmentation tool to defragment the hard disk.
  4. The application cannot be started
    Cause of failure: software damage, missing system files.
    Elimination method:
    • Reinstall the application that cannot be started.
    • Use a system file checker tool (such as Windows’s SFC command) to fix the system files.

Documents / Resources

rusavtomatika IFC-BOX-NS52 14th Generation Core Ultra Network Security Server [pdf] User Manual
IFC-BOX-NS52 14th Generation Core Ultra Network Security Server, IFC-BOX-NS52, 14th Generation Core Ultra Network Security Server, Generation Core Ultra Network Security Server, Ultra Network Security Server, Network Security Server, Security Server

References

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