Each panel is mounted on snap pins for tool-less removal. At the bottom, two anodized and brushed aluminium panels with large mesh openings complete the frame of the Regis. The addressable RGB can be controlled via the case button, or synchronized with any motherboard software. The REGIS has 3-sided black tinted tempered glass panels, two sides for displaying the system, and the front for featuring an infinity mirror addressable RGB which uses an ultra-thin lighting module. ATX motherboard compatible, the REGIS supports up to 336 mm long GPUs and dual 240/280 radiators. The exterior is complemented with black tinted tempered glass panels and two brushed aluminium mesh panels with a touch of gold trim on the edges. This luxury case is uniquely designed with a cube form factor, elevated above the surface by a premium aluminium stand, and has an infinity mirror addressable RGB front panel. The only difference with the next-generation design is the updated Raptor Cove core design that brings a significant IPC uplift.ĪZZA, a leading brand of computer cases and accessories, introduces the REGIS 902. It will also use Intel's 7 semiconductor manufacturing process, similar to Alder Lake. The Raptor Lake generation will also use LGA 1700 socket, DDR5 memory and be present in the desktop and mobile sector once it launches in Q4 of 2022. The platform "RPL-S ADP-S DDR5 UDIMM OC CRB" was used with DDR5-4800 memory, indicating an early stage engineering sample with a probably unfinished memory controller. Since the big cores are hyperthreaded, it makes up for a total composition of 24 cores with 32 threads. In the benchmark submission, which is now offline, the samples used were a configuration with eight P-cores and sixteen E-cores. As to why this design choice is present, we are not sure and don't have a definitive answer.Į-Cores are suitable for background tasks, and adding more would potentially leave space for P-cores to do heavier workloads.
According to the BAPCO's Crossmark benchmark database, Intel's upcoming Raptor Lake processors will feature more E-cores than the high-performance P-cores in the SoC design. And it seems like Intel is not over with adding more E-cores to its future products, as the latest leaks suggest. With the launch of Intel's Alder Lake processors, Intel has switched from a homogeneous to a heterogeneous design of processors, where smaller, high-efficiency cores are mixed with high-performance cores to create a highly efficient and high-performance processor for all kinds of workloads.