CPU Intel Pentium Gold G6605:The Intel Pentium Gold G6605 Comet Lake-S Refresh CPU is a good choice for PCs with a very low power drain, used mainly for web browsing, multimedia, and running basic software. respectable performance for all programs and computational operations, thanks to its clock speed. The indispensable memory cache of the processor features a capacity of 4 MB with an L3 cache. The processor uses 14 nm production technology, which means it belongs among the most popular chips available. The advantages of this CPU include a practical integrated graphics card. Low power consumption The Intel Pentium Gold G6605 CPU includes 2 cores Supported memory channels: 2 Intel UHD Graphics 630 GPU included Processor includes virtualisation support Intel Pentium Comet Lake-S Refresh CPU supports DDR4 system memory HyperThreading for better data management CPU has CPU cooler included L3 cache on the processor is 4 MB The production technology of the processor is 14 piece(s) nm CPU supports Only Intel 5xx, 4xx series chipset chipset Intel Pentium CPU Graphics Performance The Intel Pentium Gold G6605 CPU has the Intel UHD Graphics 630 built-in graphics card that can serve as a good alternative to a standalone graphics card when it comes to standard office work or multimedia. In computers made for less demanding users, it takes the role of two key hardware parts in one. The integrated graphics card has the frequency of 1100 MHz. What More Can the Intel Pentium Gold G6605 CPU Do? Some users will appreciate the Hyper-Threading support on the CPU, which can split one physical core into two virtual ones, significantly improving the speed of multi-threaded processing. To put it simply, it allows a single core to act like two separate cores. The Intel Pentium Gold G6605 CPU also supports virtualisation, which is an amazing feature to have. It allows you to run a number of virtual computers on one physical PC , for instance with the XEN platform. The Intel Pentium Gold G6605 CPU has reduced power consumption, which has positive effects on long-term reliability.