Aresze is going to release its new series of chassis developed in Mid-Tower form factor. Codenamed Subverter 7650B, these chassis are primarily intended at consumers with the heightened demands to the layout and integration but with rather 'modest' financial possibilities. Subverter 7650B series can boast an outstanding efficiency pertained to cooling down. In addition, the internal zoning and integration of this model are similar to that implemented in more costly line of products manufactured by Aresze. Aresze took all efforts to achieve the maximal results applied to the efficient cooling down. Thus, the framework zoning for the airflow distribution has been designed according to the company's own technology. The bay designated for graphics cards, which can support the cards of up to 300 mm in length, can be applied for the wide range of solutions. The 120 mm fan is located at the top part of the chassis and serve the blowing out means; this way the hot airflow does not …
Last November Nvidia 'shattered' the IT market with its Maximus platform. Currently, the company is officially presenting the second generation of the platform – Maximus 2. The new platform is based on the advanced GPUs which employ Kepler architecture. The major task assigned to the Maximus 2 is to provide an unmatched performance and efficiency in quite different spheres of enterprise, starting from computer graphics and finishing with oil industry. Besides, it has got improved facilities of virtualization and analyzing activities. 
Ever since with the light touch of the VIA Technologies the Mini-ITX motherboard standard has entered the consumer market, ample opportunities have opened up for fans of compact computer systems. However, the main problems of the still new form factor were quickly identified then. The most painful among them were issues of components compatibility (which were all produced for a more common ATX format), the problem of their cooling and, of course, the complete absence of sane small cases capable of taking such systems in.