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ASRock B760M-ITX/D4 WiFi Supports 13th Gen & 12th vs Raspberry Pi Element14 Raspberry Pi 3 B+ Motherboard

Updated August 2026 — ASRock B760M-ITX/D4 WiFi Supports 13th Gen & 12th leads on features and performance.

The ASRock B760M-ITX/D4 WiFi is a superior choice for high-performance builds, while the Raspberry Pi 3 B+ is ideal for educational and basic computing needs.

Why ASRock B760M-ITX/D4 WiFi Supports 13th Gen & 12th is better

Performance

Supports high-end Intel processors and DDR4 memory.

Connectivity

Offers advanced ports including USB 3.2 Gen2x2 and WiFi 6E.

Audio

Provides 7.1 channel HD audio for multimedia tasks.

Why Raspberry Pi Element14 Raspberry Pi 3 B+ Motherboard is better

Price

Significantly cheaper option for basic tasks.

Size

Compact design suitable for DIY projects.

Accessibility

User-friendly for beginners and educational purposes.

Overall score

ASRock B760M-ITX/D4 WiFi Supports 13th Gen & 12th
85
Raspberry Pi Element14 Raspberry Pi 3 B+ Motherboard
60

Specifications

SpecASRock B760M-ITX/D4 WiFi Supports 13th Gen & 12thRaspberry Pi Element14 Raspberry Pi 3 B+ Motherboard
ProcessorSupports Intel Core1.4GHz ARMv8
RAMUp to 64GB DDR41GB
USB PortsMultiple USB 3.24 USB 2.0
WiFiWiFi 6E802.11n
Audio Output7.1 Channel3.5mm Jack

Dimension comparison

ASRock B760M-ITX/D4 WiFi Supports 13th Gen & 12thRaspberry Pi Element14 Raspberry Pi 3 B+ Motherboard

Price Comparison

The ASRock B760M-ITX/D4 WiFi is priced at $174.13, while the Element14 Raspberry Pi 3 B+ Motherboard costs $49.39. This makes the Raspberry Pi about 72% cheaper than the ASRock motherboard. The significant price difference reflects the distinct market segments these products cater to. The ASRock board is designed for high-performance PC builds, supporting 13th Gen and 12th Gen Intel Core processors, while the Raspberry Pi is aimed at hobbyists and educators looking for a compact, cost-effective computing solution.

Target Audience

The ASRock B760M-ITX/D4 WiFi is tailored for users building powerful desktop computers, particularly for gaming or professional tasks. In contrast, the Element14 Raspberry Pi 3 B+ is designed for educational purposes, hobby projects, and basic computing tasks. This difference in target audience is evident in their specifications and features. The ASRock board supports high-end components and connectivity options, while the Raspberry Pi offers a versatile platform for experimentation and learning.

Performance

When it comes to performance, the ASRock B760M-ITX/D4 WiFi stands out with its capability to support Intel processors and high-speed DDR4 memory up to 5333MHz. This motherboard is equipped with a robust 5+1+1 power phase design, making it suitable for demanding applications. On the other hand, the Raspberry Pi 3 B+ features a 1.4GHz quad-core ARMv8 CPU with 1GB of RAM, which is adequate for basic tasks but not comparable to the performance of a full-fledged Intel CPU. Therefore, users seeking higher performance will naturally gravitate towards the ASRock option.

Connectivity Options

The ASRock B760M-ITX/D4 WiFi excels in connectivity, featuring multiple ports including HDMI, DisplayPort, USB 3.2 Gen2x2 Type-C, and support for WiFi 6E and Bluetooth. This extensive range of options allows for a seamless connection to various devices and peripherals, making it ideal for modern computing needs. In contrast, while the Raspberry Pi 3 B+ does offer essential connectivity like HDMI and USB ports, it lacks the high-speed options and advanced wireless technology found in the ASRock board. As a result, users requiring robust connectivity will find the ASRock motherboard more appealing.

Audio and Multimedia Features

For audio and multimedia, the ASRock B760M-ITX/D4 WiFi supports 7.1 channel HD audio through its Realtek ALC897 codec, providing a rich audio experience for gaming and media consumption. It is designed to handle demanding audio tasks, making it suitable for multimedia enthusiasts. The Raspberry Pi 3 B+, on the other hand, features a combined 3.5mm audio jack and composite video output, which is sufficient for basic applications but does not offer the same level of audio quality or multi-channel output. Therefore, for users prioritizing audio performance, the ASRock motherboard is the clear winner.

Usage Scenarios

The ASRock B760M-ITX/D4 WiFi is ideal for users looking to build a compact yet powerful gaming or workstation system. Its support for high-end components and advanced connectivity options makes it suitable for tasks such as video editing, gaming, and software development. Conversely, the Raspberry Pi 3 B+ is perfect for educational settings, DIY projects, and lightweight computing tasks like browsing and basic programming. This distinction illustrates the different scenarios in which each product excels, catering to a diverse user base.

Build Quality and Design

In terms of build quality, the ASRock B760M-ITX/D4 WiFi showcases a professional-grade design with a focus on durability and performance optimization. Its compact ITX form factor makes it suitable for small cases without compromising on features. The Raspberry Pi 3 B+, although not as robust, is designed for easy integration into projects and offers a user-friendly experience for beginners. While both products are well-constructed for their intended purposes, the ASRock motherboard is built for high-performance environments, whereas the Raspberry Pi is tailored more towards accessibility and ease of use.

Which should you buy?

Deciding between the ASRock B760M-ITX/D4 WiFi and the Element14 Raspberry Pi 3 B+ largely depends on your specific needs and use cases. If you're looking for a powerful motherboard for a high-performance desktop build, the ASRock option is undoubtedly the better choice with its superior specifications and connectivity features. However, if your goal is to explore computing through projects, education, or lightweight applications, the Raspberry Pi 3 B+ is a cost-effective and versatile choice. Ultimately, each product serves its unique audience effectively, making the decision straightforward based on your requirements.