MSI Unveils Affordable Project Zero Z890 Motherboards with Hidden Connectors for Clean PC Builds

BigGo Editorial Team
MSI Unveils Affordable Project Zero Z890 Motherboards with Hidden Connectors for Clean PC Builds

MSI is making clean PC builds more accessible with its latest Project Zero motherboards, featuring hidden rear connectors. These new offerings mark a significant shift in the market by bringing premium cable management features to a more mainstream price point through the respected Tomahawk series.

Project Zero Comes to Mainstream

MSI's introduction of Project Zero features to the Tomahawk series represents a strategic move to democratize clean PC building. The MAG Z890 Tomahawk WiFi PZ and its White variant maintain the series' reputation for reliability while incorporating the innovative rear-connector design that has previously been limited to premium motherboards.

Technical Specifications and Features

The new Z890 Tomahawk PZ boards come equipped with a robust 16+1+1+1 VRM configuration, featuring 19 power stages capable of handling Intel's top-tier Core Ultra 9 285K processor. They support DDR5 memory overclocking up to an impressive 9200MHz and offer comprehensive connectivity options including dual Thunderbolt 4 ports, Intel Wi-Fi 7, and 5 gigabit Ethernet.

The MSI MAG Z890 TOMAHAWK WIFI motherboard featuring advanced specifications and a sophisticated design
The MSI MAG Z890 TOMAHAWK WIFI motherboard featuring advanced specifications and a sophisticated design

Pro Series Alternative

Alongside the Tomahawk models, MSI has introduced the Pro Z890-S WiFi PZ, featuring a distinctive silver PCB and extended shrouding for enhanced aesthetics. While it offers a slightly scaled-back 12+1+1+1 VRM configuration, it maintains essential features like PCIe 5.0 support for both graphics and storage, making it suitable for mid-range builds with lower TDP processors.

Market Positioning and Value Proposition

Though pricing details remain undisclosed, MSI's strategy suggests these boards will be positioned competitively against traditional motherboards, with minimal price premiums for the Project Zero features. This approach could make premium cable management accessible to a broader range of PC builders who previously found such features out of reach due to cost constraints.

Practical Considerations

While these motherboards promise cleaner builds, potential buyers should note that compatibility with existing cases may be limited. The investment might require a compatible case designed for rear-connector motherboards, though the cooling benefits of cleaner cable management could justify the additional expense for many builders.