In this paper, we present an universal processor architecture for multi-channel packets encapsulation and forwarding, combined with FPGA embedded memory blocks, pipeline and multi-queue buffer mechanism, which improvs the capability of short packets forwarding at wire-speed or burst flow transfer. 提出了一种通用的多通道报文封装和转发的处理器结构,利用FP-GA内部存储资源,采用流水线和多队列缓存区相结合,显著提高了小报文线速转发和突发流量传输的性能。
Owing to the universal existence of buffer bedding formatted by cement powder adherence, energy consumption is on a high level continuously. 由水泥粉体附着形成的过粉磨现象普遍存在,导致粉磨电耗居高不下。