600w Power Supply Non-Modular ATX PSU with 6+2 Pin Connectors PFC Protection and vs Official Raspberry Pi 5 27W USB-C Power Supply
Updated August 2026 — The KYLINTEC 600w Power Supply is ideal for high-power desktop systems, while the Raspberry Pi 5 power supply is perfect for low-power devices. Choose based on your specific power needs.
The KYLINTEC 600w Power Supply is ideal for high-power desktop systems, while the Raspberry Pi 5 power supply is perfect for low-power devices. Choose based on your specific power needs.
Why 600w Power Supply Non-Modular ATX PSU with 6+2 Pin Connectors PFC Protection and is better
higher power
600 watts vs 27 watts
more connectors
multiple types for PC components
protection features
includes OPP, OVP, UVP, SCP
Why Official Raspberry Pi 5 27W USB-C Power Supply is better
lower price
C$31.90 vs C$54.99
compact design
USB-C for portability
specific use
designed for Raspberry Pi 5
Overall score
Specifications
| Spec | 600w Power Supply Non-Modular ATX PSU with 6+2 Pin Connectors PFC Protection and | Official Raspberry Pi 5 27W USB-C Power Supply |
|---|---|---|
| Brand | KYLINTEC | Raspberry Pi |
| Price | C$54.99 | C$31.90 |
| Connector Type | Multiple | USB-C |
| Cooling | Active | Passive |
| Protection | Yes | Not specified |
Dimension comparison
Power Output and Compatibility
The 600w Power Supply Non-Modular ATX PSU delivers a significantly higher power output compared to the Official Raspberry Pi 5 27W USB-C Power Supply, providing 600 watts versus 27 watts. This makes the KYLINTEC 600w PSU suitable for powering full desktop PC systems requiring stable and high amperage, whereas the Raspberry Pi 5 power supply is designed specifically for the Raspberry Pi 5 and related low-power devices.
The Raspberry Pi 5 power supply supports multiple power profiles through Power Delivery: 5.1V at 5A, 9V at 3A, 12V at 2.25A, and 15V at 1.8A, all capped at 27 watts, ensuring stable power delivery tailored to the Pi 5’s needs. In contrast, the KYLINTEC PSU uses a single 12V output for higher power usage, which is ideal for more demanding applications requiring consistent and robust power. The difference in wattage and output type reflects their intended use cases: the KYLINTEC unit for general PC power and the Raspberry Pi supply for specialised low-voltage devices.
Design and Form Factor
The KYLINTEC 600w power supply features a non-modular design, which means all cables are permanently attached. This design choice can simplify initial setup but may lead to cable clutter inside the PC case. However, the PSU claims to promote neat cable management and optimal airflow despite its non-modular nature, aided by its included connectors such as 1 x 24pin main power, 1 x 4+4pin 12V, and multiple PCIe and SATA options.
On the other hand, the Official Raspberry Pi 5 27W USB-C Power Supply is compact and utilises a USB Type-C connector with a 1.2m 17AWG cable, designed explicitly for the Raspberry Pi 5’s power port. Its form factor is small and portable, perfect for single-board computers and embedded applications, in contrast to the bulkier ATX PSU form factor that fits standard PC cases. Thus, the Raspberry Pi power supply offers a more device-specific and space-efficient design, while the KYLINTEC PSU is geared towards full-sized desktop environments.
Voltage and Input Range
Both power supplies support a global voltage input range, making them suitable for use in multiple countries, including Canada. The KYLINTEC 600w PSU accommodates input voltages from 110V to 230V, selectable via a red voltage switch button. This manual switching allows users to set the appropriate voltage depending on their location.
The Official Raspberry Pi 5 power supply also supports a wide input range of 100-240V AC at 50/60Hz, automatically handling voltage fluctuations without manual adjustment. This auto-sensing feature simplifies international use and provides convenience for users who travel or use the device in varying electrical environments. While both units offer broad input voltage compatibility, the Raspberry Pi power supply’s automatic adjustment is more user-friendly compared to the KYLINTEC’s manual voltage switch.
Connector Types and Cable Options
The KYLINTEC 600w PSU offers a variety of connectors designed for desktop PC hardware. It includes 1 x 24pin main power, 1 x 4+4pin 12V, 2 x PCI 6+2pin for graphics cards, 4 x SATA, 4 x PATA, and 1 x FDD connector, covering a broad spectrum of internal PC components. However, being non-modular means all these cables are permanently attached, which may lead to excess cable management challenges within the PC case.
Conversely, the Official Raspberry Pi 5 power supply features a single USB Type-C output cable with a 1.2m 17AWG wire, tailored to the Raspberry Pi 5’s power input. This cable supports USB Power Delivery profiles, allowing the power supply to deliver various voltages up to 27W safely. Its simpler connector setup reflects the Raspberry Pi’s compact design ethos, contrasting with the multitude of connectors on the KYLINTEC unit designed for a full PC build.
Cooling and Noise Levels
The KYLINTEC 600w power supply incorporates a large 120mm fan with auto thermal control designed to provide low noise operation while cooling the unit effectively. This feature is important for desktop PC users who value quiet computing environments, as the fan adjusts speed automatically depending on the PSU’s temperature and load.
The Official Raspberry Pi 5 27W USB-C Power Supply does not specify a cooling fan, likely due to its lower power output and compact size, which reduces heat generation. Its design is optimised for quiet operation in small electronics where active cooling is often impractical or unnecessary. Therefore, the KYLINTEC PSU offers active cooling with noise management, while the Raspberry Pi power supply relies on passive cooling inherent in its lower wattage and form factor.
Protection Features
The KYLINTEC 600w PSU includes a comprehensive suite of protection features, including Over Power Protection (OPP), Over Voltage Protection (OVP), Under Voltage Protection (UVP), and Short Circuit Protection (SCP). These safeguards help prevent damage to connected hardware by shutting down or regulating power delivery in abnormal conditions, contributing to system reliability and safety.
The Official Raspberry Pi 5 power supply does not explicitly list protection features in the provided data, but its design for stable power delivery at multiple voltages implies built-in safeguards typical of USB Power Delivery devices. However, the KYLINTEC’s explicit protections give it an edge for users needing robust safety in variable or demanding PC power environments.
Price and Value
The KYLINTEC 600w Power Supply is priced at C$54.99, while the Official Raspberry Pi 5 27W USB-C Power Supply costs C$31.90. Despite the higher price, the KYLINTEC unit offers much greater power capacity, multiple connectors, and advanced protection features, justifying its cost for PC builders or users requiring a high-wattage PSU.
In contrast, the Raspberry Pi power supply’s lower price reflects its specialised purpose and lower power output, making it a cost-effective choice for Raspberry Pi 5 users or those who need a compact USB-C power supply with multiple voltage profiles. Therefore, price differences align clearly with each product’s intended market and capabilities.
Which should you buy?
Your choice depends primarily on your power needs and device compatibility. If you are building or upgrading a desktop PC requiring stable, high-wattage power with multiple connectors and protection features, the KYLINTEC 600w Power Supply at C$54.99 offers comprehensive power delivery and safety for demanding applications.
Alternatively, if you own a Raspberry Pi 5 or a compatible USB Power Delivery device needing up to 27 watts of power with a compact, plug-and-play design, the Official Raspberry Pi 5 27W USB-C Power Supply at C$31.90 is the more appropriate and cost-effective option. It is specially designed for the Pi 5, providing the correct voltages and current with stable output.
In summary, choose the KYLINTEC PSU for high-power PC needs and the Raspberry Pi power supply for low-power, device-specific applications.
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