In order to achieve ultra scalable IP packet switching it is essential to minimize" stopping" of
the serial bit streams. In our recent experimental work we demonstrated how this can be …

Future Internet traffic will be dominated by on-demand streaming media flows, such as IPTV,
3D/HD video, gaming, virtual reality, and many more. Consequently, future network …

This paper presents the architecture of a very high-speed VLSI packet switch and its
performance. The switch, called PRIZMA. is suited for broadband telecommunications …

Scalability of packet switches and Internet routers depends on the characteristics,
performance, and technology of the switching fabric. Here a terabit optical fast packet …

As traffic on the Internet continues to grow exponentially, there is a real need to solve
transmission and switching scalability. Moreover, future Internet traffic will be dominated by …

A new, high-performance packet-switching architecture, called the Knockout Switch, is
proposed. The Knockout Switch uses a fully interconnected switch fabric topology (ie, each …

Packet switches have been extensively studied during the last two decades. Most
commercially available packet switches have a single path between input and output ports …

Packet switches are at the heart of modern communication networks. Initially deployed for
local-and wide-area computer networking, they are now being used in different contexts …

This paper describes an innovative packet-switched network architecture hardware
prototype, designed and implemented for a proof-of-concept of high-speed optical burst and …

ATM switching is recognized as an ultra-fast packet switching and asynchronous
multiplexing technology. Its merits stem from the use of fixed-size packets called cells and its …