X79-VG5 Motherboard Review

X79-VG5 motherboard logo

The X79-VG5 is one of the most primitive LGA2011 boards still worth considering. This model has been simplified to such an extent that the Super I/O (SIO) controller isn’t even soldered onto it. Nevertheless, the board deserves attention as it is one of the first Chinese X79 models to support TPM 2.0.

TPM 2.0 moduleTPM 2.0 is a Trusted Platform Module responsible for hardware security and storing encryption keys. It’s required for installing Windows 11 and for some tools and anti‑cheat systems.

Like many models manufactured by Shenzhen Angxun Technology (Angthumb), the VG5 can be found under various brands: Jieshuo, Zsus, Atermiter, and others. The board is even sold under the Huananzhi brand, where it is designated as the X79M‑CD3.

Specifications

ModelX79-VG5 V1.1
SocketLGA 2011
ChipsetX79 \ C602
Supported ProcessorsIntel Core i7 (3000, 4000 series, Sandy Bridge-E/Ivy Bridge-E)
Intel Xeon E5-1600 v1/v2, E5-2600 v1/v2, E5-4600 v1/v2 (Sandy Bridge-EP/Ivy Bridge-EP)
Supported Memory2 x DDR3 DIMM (dual-channel) with ECC and non-ECC support
Maximum capacity: 64 GB
Sleep Mode (S3) SupportNo
Expansion Slots1 x PCI-e x16 Gen 3.0
1 x PCI-e x1 Gen 2.0
Storage1 x SATA 3.0
3 x SATA 2.0
1 x M.2 (NGFF\NVME, Gen 3.0 x4)
Fan Connectors1 x CPU cooler (4pin)
1 x Case fan (3pin)
PS/2 Ports-
USB 3.0 Ports-
USB 2.0 Ports8 (+ front panel support)
NetworkGigabit LAN (RTL8111H)
Audio5.1 channel (ALC662)
JLPC\Debug headerYes
TPM 2.0 headerLPC 14 Pin
Form Factor & DimensionsmATX 215 x 172 mm
Approximate PriceAliExpress: $30 - $45 (Check Price)

 

Functionally, the model is quite similar to many other budget LGA2011 boards, such as the X79G. It offers a minimal set of ports: only one SATA III (though at least there is a dual‑protocol M.2 slot), while USB 3.0 is completely absent. It features typical low‑end audio and networking chips, a standard 7‑phase power delivery system, weak heatsinks, and dual‑channel memory.

Two things make this model stand out:

  • The absence of a Super I/O controller. The footprint for it exists, but the chip itself is not soldered. This likely allowed for a slight reduction in final cost, but it created many problems: from the inability to control fan speeds to the total absence of hardware monitoring. This is also likely why the board lacks PS/2 and JCOM ports.
    Empty solder pads for the missing Super I/O controller
    Where the Super I/O controller should be located
  • The presence of a full TPM 2.0 port and BIOS support for it. Previously, only X99 models could boast this, and adding such functionality to X79 was reserved for individual enthusiasts.

Otherwise, we’re looking at another cheap Chinese board designed for entry‑level and mid‑range processors. The manufacturer does not specify the power delivery system parameters, but I would not recommend using processors with a TDP over 90–100 W here without arranging additional airflow over the VRM.

X79-VG5 port layout diagram
Port layout

Similar Models from Angthumb

Angthumb X79 VG series motherboard lineup

The name “VG5” itself already hints that this is not the first board of its kind from this manufacturer.

Indeed, Angthumb has already released a whole lineup of X79‑VG boards. At least the VG2, VG3, VG4, and VG6 models are known. Many of these boards may look visually similar, but be careful — technically they differ quite significantly from the VG5:

  • The lower‑end models are usually built on the H61 chipset, and their firmware is incompatible with the VG5.
  • The VG6, by all accounts, is the most similar variant, where the only visible additions are two extra RAM slots. However, neither true quad‑channel support nor a Super I/O controller was added. The VG6 firmware is likely compatible with the VG5.

BIOS Capabilities

Aptio 4 BIOS interface on X79 motherboard

The board runs on a typical Chinese BIOS based on Aptio 4. Don’t expect a fancy GUI or mouse support here, but the stock functionality exceeds most competitors: RAM frequency selection up to 1866 MHz is available, and there is working Re‑Size BAR and Above 4G Decoding. PXE and Wake‑on‑LAN are available, as well as Secure Boot and, most importantly, TPM 2.0 support. Access to memory timings is not available in the stock firmware.

BIOS Message & dateRam TimingsReBARSecure BootNotes & Link
X7VG5 Ver:005 09/29/2025 10:04:06-++Stock bios from VG5 V1.21
[Download]
79CD3 Ver:001 02/26/2026 14:14:48-++Stock bios from Huananzhi X79M-CD3
[Download]
Simple BIOS Flashing Guide
⚠️ WARNING: BIOS flashing carries real risks and can permanently damage your motherboard if the firmware is incompatible or the process fails. We cannot guarantee compatibility with every board revision or hardware configuration. Failed flashes typically require a hardware programmer for recovery. Make sure you understand the risks first.

This guide uses Intel Flash Programming Tool (FPT) v8.x, which is the native version for Intel ME 8 (X79 chipset). Using the DOS version is recommended to bypass OS‑level driver conflicts and ensure direct hardware access.

1. Preparation

  • Tool: Obtain fpt.exe from the Intel ME System Tools v8.1 package (DOS folder).
  • Environment: Create a bootable USB drive using Rufus with the FreeDOS boot selection.
  • Files: Copy fpt.exe and your target BIOS file (e.g., bios.bin) to the root of the USB drive.

2. Flashing Process

Boot from the USB drive and execute the following commands:

Step A: Create a Backup

Always dump your current BIOS first to ensure you have a recovery file:

fpt -d backup.bin

Step B: Flash New BIOS

Perform a full flash of all regions (Descriptor, ME, and BIOS):

fpt -f bios.bin

Replace bios.bin with the actual filename of your firmware.

3. Post-Flash Requirements

Once the green FPT Operation Passed message appears:

  • Shut down the system.
  • Perform a Clear CMOS.
  • Re‑configure your BIOS settings on the first boot.
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CH341A
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Frequently Asked Questions

How do I connect the front panel?

Front panel connectors pinout diagram

Where can I find drivers for this board?
The page with current drivers for socket 2011 boards is located here.

Where is the BIOS chip located?
To the right of the chipset heatsink.

Which TPM 2.0 module is compatible with this board?
You need an MSI 14‑pin LPC TPM 2.0 module — for example, this one.

MSI 14-pin LPC TPM 2.0 module

Conclusion

To be honest, it is very difficult to recommend purchasing the X79‑VG5 to anyone. This model lacks a Super I/O controller, and that fact alone should deter most potential buyers. Yes, the board works without it; the inability to control fans can be mitigated with a separate fan controller, and you can live without USB 3.0 and some other conveniences. However, TPM 2.0 support is basically the only real advantage, while the list of drawbacks is significantly longer. If having TPM 2.0 is not absolutely critical for you, it’s better to look at other models.

Written by

Senior Hardware Specialist proving you don't need top-tier gear to game. Expert in smart upgrades and budget-friendly PC restoration.

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