Discover the Affordable B75 Crypto Mining Motherboard

Table of Contents:

1. Introduction
2. Unboxing the Crypto Mining Motherboard
3. Features of the Motherboard
4. Setting Up the Motherboard
5. testing the Motherboard
6. Comparison to Existing Motherboard
7. Pros and Cons
8. Conclusion
9. Resources

Unboxing the Crypto Mining Motherboard

Cryptocurrency mining has gained significant popularity in recent years, with enthusiasts seeking efficient and cost-effective ways to mine digital currencies. In this article, we will be delving into an exciting unboxing experience of a crypto mining motherboard ordered from AliExpress in China. Join us as we explore the features, functionalities, and potential benefits of this motherboard.

Upon receiving the Package, we eagerly unwrapped it to find two main components. The first item we examined was a white box containing a CPU cooler with thermal paste already applied. It was conveniently ready for installation. In addition, we discovered the main motherboard itself, showcasing its compact micro ATX size. We were immediately drawn to the built-in power button and the eight USB ports available for connecting risers. Moreover, the motherboard impressed us with its inclusion of HDMI and VGA ports, enabling flexible video output options.

What truly caught our attention was the versatility of the power source. The motherboard provided two options for power input: two six-Pin connectors or the traditional ATX connector. A simple jumper selection determined the source of power for the board. Furthermore, we observed an MSATA connector specifically designed for the addition of a boot SSD, eliminating the need for separate storage devices. The assembly process was surprisingly straightforward, requiring only the connection of the power supply and the installation of the PCI risers.

With the MSATA disk securely in place, we proceeded to insert the RAM modules. The unique design of the motherboard allowed us to easily attach the CPU cooler, ensuring efficient cooling for optimal performance. Connecting the CPU fan completed the setup process, leaving us amazed at the compact size of the motherboard, measuring only 230 millimeters in length.

Upon closer inspection, we noticed a splitter cable included in the package. This cable came in handy if one wished to power the motherboard using it, conveniently connecting to a six-pin power supply cable. However, we opted to utilize the traditional power supply cables, appreciating the neatness of the setup without additional wiring. Additionally, a SATA cable was provided for those who preferred to connect a separate SSD.

Overall, we were impressed with the all-in-one design of this tiny motherboard. It eliminated the need for various components, minimizing the potential for failure and streamlining the entire mining process. As we admired the fully assembled motherboard with all its components in place, we eagerly anticipated testing its functionality in our mining rig.

Testing the Motherboard

Before immersing ourselves in the excitement of setting up this motherboard in our mining rig, we decided to conduct a quick test boot. We connected a keyboard, mouse, HDMI monitor, and a traditional ATX power supply to the motherboard. With bated breath, we powered it on, eager to see the results. The motherboard effortlessly booted from the attached hard drive, even though it was a blank slate.

Curiosity piqued, we took a brief detour to explore the BIOS. Upon pressing the delete key, we were greeted by a standard BIOS interface. Notably, the motherboard came with restore AC power loss enabled by default. The presence of the 128GB mSATA SSD was evident, listing it in the boot priority settings. Intriguing as it was, we decided to proceed with imaging the motherboard and integrating it into our mining rig.

Once we arrived at our test rig, we marveled at the size difference between the new motherboard and the existing one in the system. Excitement filled the air as we meticulously removed the necessary components from the previous setup. We detached the riser cables, removed adapters, and bid farewell to additional items like the CPU power plug, SSD, ATX connector, and SATA cable. With each removal, we realized the sheer number of components eliminated by the arrival of this budget-friendly motherboard.

A few unscrewing motions later, the old motherboard was out, making way for the new addition. We carefully installed the new motherboard, attaching it securely with screws. The simplicity of this process was refreshing, especially compared to the more intricate setup of a traditional mining rig. The risers were easily connected to the motherboard, followed by the CPU power connector and the ATX motherboard connector. With that, the installation process was complete, leaving us with a sense of satisfaction and anticipation.

Eager to witness the results of our endeavor, we powered on the rig. Our risers and GTX 1650 GPU powered up flawlessly, and the motherboard showed signs of life with flashing lights from the mSATA drive, indicating that it was booting up. As we eagerly checked MinerStats, we were delighted to find the system online and actively mining. The motherboard showcased an Intel Celeron G1620 running at 2.7GHz, utilizing Ubuntu as the operating system. The B75 BTC motherboard, coupled with the mSATA drive, seamlessly facilitated mining operations.

This AliExpress mining motherboard left us thoroughly impressed. Its cost-effectiveness, compact size, and integrated components made it an excellent choice for cryptocurrency enthusiasts. The reduction in necessary components and the convenience of having the SSD directly attached to the motherboard were major highlights. It's worth noting that this review is entirely unsponsored, reflecting our genuine satisfaction with the product.

In conclusion, we highly recommend considering this mining motherboard for your mining rig. With a price tag of only 151 New Zealand dollars (approximately 100 US dollars), including delivery, it offers a complete mining solution. Say goodbye to multiple components and unnecessary wiring. Embrace the efficiency, simplicity, and performance of this AliExpress gem.

Pros and Cons

Pros:

1. Compact size and built-in power button.
2. Versatile power source options.
3. All-in-one design eliminates the need for multiple components.
4. Direct attachment of the boot SSD streamlines the setup process.
5. Cost-effective solution for cryptocurrency mining.

Cons:

1. Limited to micro ATX size, potentially limiting expansion options.
2. Availability may vary depending on the supplier.

Conclusion

As the popularity of cryptocurrency mining grows, so does the demand for efficient mining hardware. The unboxing and testing of this AliExpress mining motherboard showcased its impressive features and functionality. By incorporating all essential components into a compact design, it eliminates unnecessary clutter and simplifies the setup process. With its affordable price and excellent performance, this mining motherboard is a promising choice for cryptocurrency mining enthusiasts.

Resources:

• Link to the AliExpress store