Internet Protocols: IPv4 vis a vis IPv6

Dutta, Subrata; Mishra, Praveen K.; Prasad, G. M. V.; Shukla, Supriya; Chaulya, S.K.

doi:10.3923/ajit.2012.100.107

Cited by 2 publications

(2 citation statements)

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“…Generally, IPv4 had higher bandwidth than IPv6, less RTT, and less CPU usage, as we observed in the above data. This is due to higher overhead in IPv6 (40 Bytes) compared to IPv4 (20 Bytes) [18]. IPv6 used 128 bit for addressing while IPv4 has 32 bits.…”

Section: Practical Resultsmentioning

confidence: 99%

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Cloud Computing Enabled Data Center Infrastructure Development and Deployment by IT Firms

Kolahi¹,

Sooran²,

Khan³

et al. 2019

IJCDS

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In this paper, the performance of IEEE 802.11ac wireless LAN using IPv4, IPv6, TCP, UDP, peer-peer, and client-server networks is investigated while implementing WPA2 security. The latest operating systems are used in the study, Windows 10 for workstations and Server 2016 for the server. Packet sizes used range from 128 to 1408 Bytes. Parameters measured were bandwidth, Round Trip Time (RTT), and CPU utilisation. For TCP, client-server WLAN with IPv4 has the highest throughput for all packets, having 105 Mbps for packet size of 128 Bytes and 620 Mbps for packet size of 1408 Bytes while peer-peer with IPv6 had the lowest throughput ranging from 79Mbps for 128 Bytes packet and 335 Mbps for 1408 Bytes packet. For UDP, the highest throughput is achieved again by client-server with IPv4. The bandwidth ranged from 88 Mbps at packet size of 128 Bytes to 808 Mbps for 1408 Bytes and the lowest throughput is that of peer-peer with IPv6, with the lowest of 77 Mbps at packet size of 128Bytes and 403 Mbps for packet size of 1408 Bytes.

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Section: Practical Resultsmentioning

confidence: 99%

“…For both TCP and UDP, the results also show that IPv6 has lower bandwidth and higher latency than IPv4 due to higher overhead in IPv6 packet. IPv6 has high overhead of 40 Bytes compared to 20 Bytes overhead of IPv4 [18].…”

Section: Discussionmentioning

confidence: 99%