Analysis of lightwave system using negative dispersion fiber and high speed optical telemetry High bandwidth and fast packet processing is the need for this fastmoving communication environment. Users are in consistent need of higher data transfer with minimum delay. This research paper focuses on the simulative analysis of high data rates using optical telemetry implemented using low negative dispersion optical fiber. Low powered optical signal will be analyzed for longer transmission channels having adequate frequency magnitudes. Subsequent highefficiency network will be realized and will be compared using similar telemetry on the lightwave system. Simple light signals will be transmitted with the help of continuous wave laser generator and then these originated signals will be merged with pulse and sequence generators for fancy output. This combined signal will be transmitted through MetroCor optical fiber and an EDFA will be present at the receiver side to provide the gain for proper analysis of the received signals. To avoid any loss in the light signal, MetroCor optical fiber will be implemented which itself is a low negative dispersion optical fiber. This fiber will replace the SMF28 in the optical network and as a result, the need for DCBxe2x80x99s will be eliminated. Results based on 65 Gbps data rate having transmitting power of 0 dBm will be analyzed for highspeed communication networks.

INTSDN: Evaluation of various P4 parameters using optical telemetry having reconfigurable data plane on 40 Gbps line rate Ethernet packet communication is the old established protocol of data transfer in networks. Ethernet devices transmit the data from a source to a receiver while the receiver has no statistics regarding the transmission channel. In this era of global transmission where the upcoming communication technology will be equipped with self optimized transmission under which there will be minimum errors. The need to gather information related to the transmission path arises. The primary objective of this research paper is to evaluate the different P4 parameters on optical media. P4 enabled NICxe2x80x99s, corresponding FPGA Images and traditional Ethernet switches were used for the results. INT SDN P4 packets were transmitted and the comprehensive test traces were captured and examined. DPDK was used which provides the foundation for P4 packet forwarding. Data, as well as the control plane were fully configurable in the hardware setup which resulted in speedier data transmission and also enhanced the packet efficiency at higher data rates. Metrics such as latency, throughput, data rates and efficiency were accumulated, compared and analyzed on P4 based optical network having a 40 Gbps data transmission rate. Moreover, the inside story of the optical channel was gathered which will provide further insights related to the P4 transmission medium.