The new type of DRAM breaks the refresh limitation with VLT technology

Source: local   Editor: Alex   Update Time :2018-11-29
The new type of DRAM breaks the refresh limitation with VLT technology, which can reduce the cost and complexity of DRAM, and doesn’t need new materials and technology. This article compares it with traditional DRAM and LPDDR4 to illustrate the difference between them, and this technology can be used on LPDDR4 without distinction.

The development of Moore's Law from the perspective of 8-year evolution of Core

Source: local   Editor: Alex   Update Time :2018-10-23
From 2014 to 2017, the Intel Core processor uses 14nm processes. Moore's Law changes as silicon transistor density from “doubling every year” to “doubling every 18 months” and now faces a severe challenge. Intel’s "Tick-Tock" model is replaced by “PAO” model but the optimization process has run out of time yet. Moore's Law is adjusted according to different periods. The process of printing transis...

Misunderstanding of RAM: more is better! Let me tell you how to choose the memory.

Source: local   Editor: Alex   Update Time :2018-10-31
The storage of required memory mainly depends on two factors: The equipment and price, 2GB suitable for tablets or entry-level Chromebook laptops; 4GB for entry-level Windows and macOS system devices; 8GB for Mainstream Windows and MacOS device standards; 16GB for professional users and game players; 32GB for enthusiasts and professional workstations.

Break through process:Why is 7nm the physical limit?What is the 1 nm manufacturing process in America?

Source: local   Editor: Alex   Update Time :2018-10-12
7nm is the physical limit of silicon chips. The carbon nanotube composite materials replace silicon to make transistors below 7nm. 1nm process transistor is still in the laboratory stage. Technological advances do not necessarily bring commercial benefits. For the current Chinese semiconductor industry, it is better to use limited manpower and material resources to improve the IP library of 28nm...