Add to ORKGWe address the design of high-speed packet buffers for Internet routers. We use a general DRAM/SRAM architecture for which previous proposals can be seen as particular cases. For this architecture, large SRAMs are needed to sustain high line rates and a large number of interfaces. A novel algorithm for DRAM bank allocation is presented that reduces the SRAM size requirements of previously proposed schemes by almost an order of magnitude, without having memory fragmentation problems. A technological evaluation shows that our design can support thousands of queues for line rates up to 160 Gbps.Peer Reviewe
Routers need buffers to store and forward packets, especially when there is network congestion. With...
Abstract — Modern routers and switch fabrics can have hundreds of input and output ports running at ...
buffers are an essential part of routers. In highend routers these buffers need to store a large amo...
We address the design of high-speed packet buffers for Internet routers. We use a general DRAM/SRAM ...
Abstract — In this paper we address the design of a packet buffer for future high-speed routers that...
We address the design of a packet buffer for future high-speed routers that support line rates as hi...
In order to support the enormous growth of the Internet, innovative research in every router subsyst...
This paper addresses the design of high-performance buffers for high-end Internet routers. The buffe...
In this paper, we address the design of a future high-speed router that supports line rates as high ...
High-speed routers rely on well-designed packet buffers that support multiple queues, large capacity...
With the constantly increasing Internet traffic, buffers are becoming major bottlenecks for today's ...
With the constantly increasing Internet traffic, buffers are becoming major bottlenecks for today's ...
ABSTRACT: All packet switches contain packet buffers to hold packets during times of congestion. Hig...
Modern switches and routers often use dynamic RAM (DRAM) in order to provide large buffer storage sp...
High-speed routers rely on well-designed packet buffers that support multiple queuing, large capacit...
Routers need buffers to store and forward packets, especially when there is network congestion. With...
Abstract — Modern routers and switch fabrics can have hundreds of input and output ports running at ...
buffers are an essential part of routers. In highend routers these buffers need to store a large amo...
We address the design of high-speed packet buffers for Internet routers. We use a general DRAM/SRAM ...
Abstract — In this paper we address the design of a packet buffer for future high-speed routers that...
We address the design of a packet buffer for future high-speed routers that support line rates as hi...
In order to support the enormous growth of the Internet, innovative research in every router subsyst...
This paper addresses the design of high-performance buffers for high-end Internet routers. The buffe...
In this paper, we address the design of a future high-speed router that supports line rates as high ...
High-speed routers rely on well-designed packet buffers that support multiple queues, large capacity...
With the constantly increasing Internet traffic, buffers are becoming major bottlenecks for today's ...
With the constantly increasing Internet traffic, buffers are becoming major bottlenecks for today's ...
ABSTRACT: All packet switches contain packet buffers to hold packets during times of congestion. Hig...
Modern switches and routers often use dynamic RAM (DRAM) in order to provide large buffer storage sp...
High-speed routers rely on well-designed packet buffers that support multiple queuing, large capacit...
Routers need buffers to store and forward packets, especially when there is network congestion. With...
Abstract — Modern routers and switch fabrics can have hundreds of input and output ports running at ...
buffers are an essential part of routers. In highend routers these buffers need to store a large amo...