MSI has today revealed the launch of two new motherboards, announcing the launch of the MSI B150M Mortar Artic and the B150M Bazooka Plus.

Both of these are new Micro-ATX motherboards and have been designed for use with small gaming rigs.

MSI explains more:

The B150M MORTAR ARCTIC is not only a better version of the regular MORTAR model, this special edition comes in a full white PCB design and features a stunning Arctic camouflage styled heatsink and IO cover design. With great attention to detail, the B150M MORTAR ARCTIC not only delivers in terms of specs & features, but manages to bring something truly unique to the B150 motherboard segment. Featuring a new design with a stronger heatsink, more black & white colors, and upgraded specs such as Steel Armor, Turbo M.2 and USB 3.1 Gen1 Type-C, the new BAZOOKA PLUS motherboard is ready to set a new standard in the B150 Micro-ATX gaming motherboard segment. With Audio Boost & GAMING LAN offering dedicated gaming features tailored to the most demanding gamers, the BAZOOKA PLUS is sure to satisfy any gamer.

Enjoy a blazing fast system boot up and insanely fast loading of applications and games with MSI GAMING motherboards. MSI offers a whole new generation of high speed storage support through Turbo M.2. Turbo M.2 transfers data through a PCI Express 3.0 x4 interface up to 32 Gb/s, making it 5x faster than SATA 3.0 solutions. With a Turbo U.2 Host Card, fitting in a M.2 slot, the new motherboards also support the latest and greatest high performance SSDs such as the Intel 750 series with support for NVMe. Data transfer speeds have never been faster.

Transfer your favorite games, audio and movies over USB 3.1 Gen1 lightning-fast with speeds up to 5Gb/s! The new Type-C option allows for all the performance benefits from USB 3.1 Gen1 combined with the convenience of the USB Type-C connector. This reversible connector allows for effortless connecting of USB devices. By fully isolating the memory circuitry from other components, DDR4 Boost ensures the purest possible memory signal for maximum performance and stability.

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