The prospects for this technology is very broad

    The prospects for this technology is very broad. Area or pad-limited die, 2.5D package greatly improve resource utilization. By the package wide word I / O replace DDR3, greatly improves the DRAM bandwidth. It can be integrated in a small pin layout can not be manufactured in a die to achieve a variety of techniques. However, Dell Latitude ls400 battery from a technical and commercial point of view, the problem is obvious. For system designers mean? First of all, not all SoC product line can be automatically ported to 20 nm.

    Secondly, may be a large number of the chip using the multi-processing tasks.  As we discussed in another article, if the design team is involved in the preparation of the application code, wiring interrupt management DRAM data flow, or the real-time behavior modeling, which may be a big problem.The earliest applications of laptop battery devices double the number of transistors that can effectively improve system performance, Dell m911g battery reduce power consumption and cost. Examples of early applications, including multi-core server CPU, CPU / GPU combo chip, high-end FPGAs, and some of ASIC SoC - may start from the mobile market.

    For system designers, it is more obvious, these chips requires a lot of power management. Chip designers will be exhausted all the ways to solve the problems brought about by the power and process changes, including dynamic voltage and frequency adjustment, Dell mt264 battery dynamic power gating,, adaptive voltage adjustment method. For system designers, all of these methods are very important. More specifically, they are able to improve the power supply network design, the first two will delay the introduction of the variable in the analysis of the real-time behavior or non-deterministic.