Foxconn has officially announced the release of a new motherboard B75M developed in microATX form-factor. The new product will be distinguished by an attractive price and available up-to-date kit of interfaces useful for home-based and corporate PCs. B75M will be compatible with Intel Ivy Bridge processors of the third generation (Core i3, i5, and i7). This motherboard employs only high-end components which prevent the system from malfunctions or interruptions: the integration of Japanese solid-state capacitors with the minimal error-free running time which achieves sixty thousand hours. Such approach is more vital for the systems that get used to work in 24/7 mode.
The integrated PCI-E 3.0 bus allows the installation of the most updated graphics adapter. SATA III port empowers the usage of speedy SSDs and HDD potential, while three USB 3.0 ports are destined to ensure the linkage with the external devices at maximal speed index. Motherboard Foxconn B75M is also furnished with SATA II ports, USB 2.0 ports (five and six ports correspondingly), DVI and VGA sockets, HDMI and DisplayPort outputs for the connection with the most updated monitors. It accommodates up to 32 GB of DDR3 memory and is able to operate at 1600 MHz.
It should be stated that systems created on B75M basis practically do not have limitations (except for LGA1155 socket). Thereby, a customer can install various types of CPU, including Intel Core with the implementation of 22 nm and 32 nm technology, along with K index. Audio subsystem is represented by six-channel HD-audio codec.
The most advantageous feature of motherboard Foxconn B75M is that it is delivered with a kit of programs. Thus, one can find Fox One program intended for the adjustment of system performance, overclocking, and monitoring over all PC parameters, including fan rotation speed and components temperature. Fox Logo promotes for the change of a standard download image to any customer picture. Fox Care allows the user to send reports to the manufacturer about any errors within the system.