Gigabit Ethernet is a standard feature of cluster machines. Provision of fast network interconnects is negated if communication software cannot match the available throughput and latency. Transparent Inter Process Communication (TIPC) has been proposed as an alternative to TCP in terms of reduced

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This chapter describes all available modules in the Arria ® II GX and GZ transceiver architecture and describes how these modules are used in the protocols shown in Table 1–1. In addition, this chapter lists the available test modes, dynamic reconfiguration, and ALTGX port names. Arria II GX and GZ devices provide up to 24 full-duplex clock data recovery-based (CDR) transceivers with physical coding sublayer (PCS) and physical medium attachment (PMA), and support the serial protocols listed in Table 1–1 and Table 1–2. Table 1–1 lists the serial protocols for Arria II GX devices.

The need for 100 Gb transport capacity has been strengthened by the expectations of 40 Gb/100 Gb-Ethernet. Higher-speed local area network (LAN) interfaces such as 40GbE and 100GbE

This paper presents both a retrospective of the development of network interface architecture, and performance and conformance data from a range of contemporary devices sporting various performance enhancing technologies. The data shows that 10Gb/s networking is now possible without statefull

applications

Abstract. We have evaluated a high speed network, Gigabit Ethernet(GbE), with Java/HORB, which means Java and Java-based Distributed Object Technology(DOT). Next generation of data acquisition(DAQ) needs high speed network such as ATM and GbE for data transfer in Level 3 and/or Level 2 trigger

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Standardized in 2004, EPON has emerged as a highly successful technology – 3 million lines has been deployed in less than 2 years. The next generation of EPON will bring 10 Gb/s bandwidth to access networks. 1 Brief history of EPON In 2003, the Ethernet protocol celebrated its 30th birthday. All

In this paper, manufacturing issues include Optical Sub-Assembly (OSA), Electrical Sub-Assembly (ESA) and reliability considerations of 10Gb/s Ethernet transponder were studied by using experiments and implementation. In the growing optical communication industry, one of the star products is the Z