Programmable network processors provide system flexibility while delivering the high-performance hardware functions required to process packets at wire speed.
可编程的网络处理器不但提供了以线速处理数据包的高性能的硬件功能，同时还具备极大的系统灵活性。
Otherwise, the code reusability is also considered fully, which has important significance for the use of network processors.
另外在设计中还充分考虑了代码的可重用性问题，这对网络处理器的应用具有非常重要的意义。
In order to make forwarding decision at line rate in high speed networks, this dissertation presents a parallel forwarding engine comprised of several network processors.
针对高速环境下转发决策困难的问题，本文提出一种由多个网络处理器组成的并行转发引擎结构。
An architecture supporting parallel deployment and execution of network services was designed based on network processors and an IXP2400 processor prototype was developed.
设计了并行部署与处理网络服务的系统硬件体系结构，实现了基于IXP2400处理器的原型系统。
With the advent of network processors, the answer is yes.
随着网络处理器的进展，答案是肯定的。
Network processors are the key devices to do packets forwarding in the routers.
网络处理器是路由器中进行报文转发处理的关键设备。
Network processors overcome the limitations of these two approaches by combining the programmability of RISC processors with the performance of ASICs.
网络处理器通过把RISC处理器的可编程性与ASIC的性能结合起来，克服这两种方法的局限性。
Network processors overcome the limitations of these two approaches by combining the programmability of RISC processors with the performance of ASICs.
网络处理器通过把RISC处理器的可编程性与ASIC的性能结合起来，克服这两种方法的局限性。
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