27W PD USB C GaN Power Supply for Raspberry Pi 5 Adapter 5.1V 5A vs myVolts Step-Up USB-C to 12V DC Power Tip Compatible with Neural DSP Quad Cortex
Updated August 2026 — The 27W PD USB C GaN Power Supply is the better choice for Raspberry Pi 5 users, while the myVolts Step-Up Power Tip is ideal for those needing versatility.
The 27W PD USB C GaN Power Supply is the better choice for Raspberry Pi 5 users, while the myVolts Step-Up Power Tip is ideal for those needing versatility.
Why 27W PD USB C GaN Power Supply for Raspberry Pi 5 Adapter 5.1V 5A is better
price
27W PD USB C GaN Power Supply is more affordable at C$21.39
compatibility
specifically designed for Raspberry Pi 5
safety features
includes over-current and over-voltage protection
Why myVolts Step-Up USB-C to 12V DC Power Tip Compatible with Neural DSP Quad Cortex is better
power output
myVolts Step-Up Power Tip delivers 12V DC at 36W
versatility
can power various devices requiring 12V
compact design
attaches to USB-C cable without adding bulk
Overall score
Specifications
| Spec | 27W PD USB C GaN Power Supply for Raspberry Pi 5 Adapter 5.1V 5A | myVolts Step-Up USB-C to 12V DC Power Tip Compatible with Neural DSP Quad Cortex |
|---|---|---|
| Brand | Vemico | MyVolts |
| Price (CAD) | 21.39 | 39.98 |
| Compatibility | Raspberry Pi 5 | Various devices |
| Safety Features | Yes | No |
| Power Protocols | PD | PD, QC |
Dimension comparison
Overview of the Products
In this comparison, we will analyse the 27W PD USB C GaN Power Supply for Raspberry Pi 5 and the myVolts Step-Up USB-C to 12V DC Power Tip. The former, priced at C$21.39, is specifically designed for the Raspberry Pi 5, while the latter, which costs C$39.98, is a versatile adapter suitable for devices like the Neural DSP Quad Cortex. Understanding their features will help you decide which product best fits your power needs.
Compatibility
The compatibility of these products is crucial for potential buyers. The 27W PD USB C GaN Power Supply is fully compatible with the Raspberry Pi 5, ensuring users can power their device without any concerns. It operates with standard PD protocols and can output 5.1V at 5A, making it a reliable choice for Raspberry Pi enthusiasts. In contrast, the myVolts Step-Up Power Tip requires a compatible power source that supports QC or PD protocols and delivers 12V output. This means that while it’s versatile, it may not be suitable for users without appropriate power sources.
Power Output
When comparing power outputs, the 27W PD USB C GaN Power Supply provides a maximum of 27 watts across various voltage settings, including 5.1V, 9V, 12V, and 15V. It is designed to be a reliable power source for the Raspberry Pi 5, which is critical for ensuring stable performance. Meanwhile, the myVolts Step-Up Power Tip can deliver 12V DC at a maximum of 36W (3A at 12V). This higher voltage output allows it to power devices that require more power, but the necessity of a compatible power source limits its accessibility.
Design and Portability
In terms of design and portability, the 27W PD USB C GaN Power Supply is compact, measuring 60mm x 40mm x 26.5mm, making it easy to carry around. This is particularly advantageous for users who need a portable solution for their Raspberry Pi 5 projects. On the other hand, the myVolts Step-Up Power Tip is a small accessory that attaches to a USB-C cable, enhancing its portability as it doesn’t add significant bulk. Both products are designed with convenience in mind, but the power supply is specifically tailored for Raspberry Pi users who may prefer a single unit for direct connection.
Safety Features
Safety features are essential in power supplies to protect both the device and the user. The 27W PD USB C GaN Power Supply comes with built-in safety features such as over-current protection, over-voltage protection, and short-circuit protection. This makes it a safe option for users concerned about potential electrical issues while using their Raspberry Pi 5. The myVolts Step-Up Power Tip does not explicitly mention any safety features in its description, which may raise concerns for users who prioritise safety in their power solutions.
Customer Support and Service
Customer support can significantly influence purchasing decisions. The 27W PD USB C GaN Power Supply package includes a note inviting users to contact the brand for assistance, indicating a commitment to customer service. In comparison, myVolts also offers customer support, mentioning their dedication to answering questions within 24 hours. Both brands demonstrate a focus on customer satisfaction, but the 27W power supply provides a more direct assurance of assistance for users who may have issues during usage.
Price Consideration
The pricing of these products reflects their target markets and functionalities. The 27W PD USB C GaN Power Supply is priced at C$21.39, making it a more affordable option for Raspberry Pi 5 users. The myVolts Step-Up Power Tip, at C$39.98, is a higher investment but offers versatility for various devices that require 12V DC. Users must consider their specific needs and budgets when choosing between these two options, as the more expensive product may not be necessary for those only seeking to power a Raspberry Pi.
Which should you buy?
Deciding between the 27W PD USB C GaN Power Supply and the myVolts Step-Up USB-C to 12V DC Power Tip ultimately depends on your specific power needs. If you own a Raspberry Pi 5 and require a dedicated power supply that is safe, compact, and affordable, the 27W PD USB C GaN Power Supply is the clear choice at C$21.39. However, if you need a versatile solution to power devices like the Neural DSP Quad Cortex that require higher voltage, the myVolts Step-Up Power Tip, while pricier at C$39.98, might serve you better.
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