IPv6 Internet Land Speed Record submission
Submitted:,2005/11/14 PST
abstract
- IPv6 single stream LSR submission on 2005/11/14 10:30PST
- LSR distance is 30,000km (actually 32372 km).
- The bandwidth is 6.96 Gbps.
- 750 seconds (about 32 minutes)
- The result is 208,800terabit meters / second.
- Three routers along the network path
- Software TCP of standard Linux
- Measurement was at about 11/13 21:00, PST
- - IPv6 LSR submission with more than 30,000 km distance
- Heavy use of WAN PHY in the network
- 9130B Jumbo frame
- Chelsio N110 NIC. NIC is different from previous submissions
- Dual Opteron server for both sender and receiver
- Use of receiving side pacing by TGNLE-1 by SANSEI-system.
1. Contact person
Data Reservoir Project / GRAPE-DR project
Kei Hiraki hiraki@is.s.u-tokyo.ac.jp
Department of Computer Science
Graduate School of Information Science and Technology
The University of Tokyo
7-3-1, Hongo, Bunkyo-ku, Tokyo, Japan 113-8656
Phone:+81-3-5841-4039
2. Name of Institutions and persons
The University of Tokyo
Kei Hiraki
Mary Inaba
Junji Tamatsukuri
Yutaka Sugawara
Katsushi Inagami
Nao Aoshima
Makoto Nakamura
WIDE project
Akira Kato
Hiroshi Esaki
Kazuma Kobayashi
Yuji Sekiya
Seiichi Yamamoto
Fujitsu Computer Technologies LTD
Ryutaro Kurusu
Masakazu Sakamoto
Yuki Furukawa
Yukichi Ikuta
NTT Communications
Katsuyuki Hasebe
Miyuki Neo
Yu Inada
Mitsuo Murakami
APAN
Kazunori Konishi
JGN2
Asako Toyoda
Kazuhiko Nakamura
Katsushi Kobayashi
Yoichi Tsukioka
Yoshitaka Hattori
Jin Tanaka
Shinya Hori
IEEAF
Tyco Telecommunications
Northwest Giga Pop
Jan Eveleth
Bill Mar
Beth Garrison
CANARIE
Rene Hatem
Damir Pobric
Thomas Tam
StarLight
Linda Winkler
Jake Sallee
SURFnet
Kees Neggers
Erik-Jan Bos
SARA
Pieter de Boer
University of Amsterdam
Cees de Laat
Paola Grosso
Freek Dijkstra
Supported by:
- Special Coordination Fund for Promoting Science and Technology, Ministry of Education, Culture, Sports, Science and Technology, Japan
- Microsoft
- Foundry Networks
- Alaxala Networks,
- Hitachi
- CISCO systems
- Bussan Networks
- Netone systems
- Anue systems
- TOYO Corporation
- Fujitsu Panafacom LTD.
3. Network, systems and results
3-1. Network topology
The entire network paths used in this experiment is IPv4, Jumbo-frame free.
The source and destination systems are located at SC05 Exhibition booth 233, Seattle, WA.. Data transmitted from the source system at first connected to Fujitsu XG800 switch at the exhibition booth, then data go to Foundry NetIron 40G located at Pacific Northwest Gigapop, Seattle, WA. Then data goes through Foundry NetIron40G to another NetIron40G at T-LEX, Tokyo through IEEAF WAN PHY link. This T-LEX NI40G is used as L3 switching device.
At Tokyo, Data from Foundry NetIron40G at T-LEX go to another NetIron40G placed at University of Tokyo through WIDE network. Then it go through Hitachi GS4000 located at University of Tokyo, another GS4000 at Tokyo, then yet another GS4000. These three GS4000s are belonged to JGN2.
From the last Hitachi GS4000 at Tokyo, data go to JGN2’s GS4000 located at StarLight , Chicago through JGN2 network. This part of the network is operated by APAN. GS4000 at StarLight is used as a router (L3 switching). Then data go to Force10 E600 switch of University of Amsterdam and Hitachi GS4000 both located at SARA, Amsterdam. This GS4000 is also used as a router (L3 switching).
After going through Amsterdam, data go back to Seattle. From Amsterdam to Seattle is CA *NET 4, CANARIE. At Seattle data go into the same Foundry NetIron40G described above, then go to SC05 exhibition booth 233 by DWDM connection. Data finally go through Fujitsu XG800. The output of the XG800 is connected to SANSEI-system TGNLE-1 receiving-side pacing device, then go to the destination server.
Therefore, the overall network uses 3 routers and L3 switches.
(1) Tokyo, T-LEX Foundry NetIron40G
(2) Chicago, JGN2 Hitachi GS4000
(3) Amsterdam, SARA, Hitachi GS4000
The total length of the network is calculated by the sum of the shortest distance between Tokyo -> Chicago -> Tokyo -> Seattle -> Tokyo. The distance between Otemachi and University of Tokyo is neglected at the calculation. Therefore:
From To Distance
SEA (47°26'56"N 122°18'34"W) HND (35°33'08"N 139°46'47"E) 7730 km
HND (35°33'08"N 139°46'47"E) ORD (41°58'43"N 87°54'17"W) 10147 km
ORD (41°58'43"N 87°54'17"W) AMS (52°18'31"N 04°45'50"E) 6630 km
AMS (52°18'31"N 04°45'50"E) SEA (47°26'56"N 122°18'34"W) 7864 km
4 segment path: 32372 km
(We use “Great Circle Mapper” for calculation of distances. See
http://gc.kls2.com/cgi-bin/gc?PATH=SEA-HND-ORD-AMS-SEA%0D%0A&RANGE=&PATH-COLOR=red&PATH-UNITS=km&SPEED-GROUND=&SPEED-UNITS=kts&RANGE-STYLE=best&RANGE-COLOR=navy&MAP-STYLE=
)
Figure 1, Figure 2 and Figure 3 show network connection used in this measurement. Figure 4 shows the way to calculate LSR distance. Figure 5 shows MRTG graphs along the network path.
3-2. System
The source server and destination server has exactly the same hardware and software configuration.
Hardware:
AMD Dual Opteron248, 2.4GHz.(Sender server)
AMD Dual Opteron248, 2.2GHz.(Receiver server)
RioWorks HMADA rev.E motherboard
2GB memory
80GB disk
Chelsio N110 10Gigabit Ethernet Adapter (This is different from the previous submission)
Network hardware
SANSEI-system TGNLE-1 receiving-side pacing device
Software
Linux 2.6.12 operating system kernel with Chelsio T110 driver
iperf for generating TCP packets
The contents of packets of the first 100 packets are stored by the receiving Opteron server.
Because of the limitation of receiving speed of the Opteron server, the first 100 packets are captured. The trace data captured by the Opteron server is lossy, and may drop several packets but it is sufficient to show that all the packets carry different payload patters.
During measurement, network traffic is monitored by MRTG data from NI40G of Seattle and other locations . Network bandwidth observed by MRTG includes Ethernet headers, IP headers and TCP headers and slightly more than TCP payload bandwidth observed by application software to generate packets.
3-3. iperf command used in the measurement
Receiving side:
iperf -V -s -i 1 -l 292096
Sending side
iperf -V -c opteron6c-v6 -i 1 -l 292096 -t 750
(Note that we stopped at the middle of the execution, and we calculate
bandwidth from the sum of transfer data)
3-4. TCP parameters used
(1) MTU 9130B
(2) Window size, Sender side 1.00GB、Receiver side 1.26GB
(3) RFC 1323 Delayed ACKs and Timestamps were disabled
3-5. Results
The measured data are as follows:
(A) output of iperf execution (see Appendix A)
(B) traceroute data (see Appendix B)
(C) Full packet trace of first part of packets.
http://data-reservoir.adm.s.u-tokyo.ac.jp/data/sc2005/lsr4/tcpdump-server-20051114_14:19:17.txt
(D) Network traffic at intermediate switching points (see Figure 5)
The bandwidth is 6.96 Gbits/sec. The actual distance is 32372 km. It is greater than 30,000km. Therefore the LSR distance is 30,000 km.
The result is 208,800 terabit meters / second.
3-6. Technical features
(1) IPv6 packets
(2) 9130B Jumbo frame
(3) Use of “inter-layer coordination optimization” in TCP[1](Adjusting output rate using Chelsio T110 feature)
(4) single stream TCP
(5) All the trans continental connections are WAN PHY based.
(6) IPv6 communication is almost as fast as that of IPv4.
[1] “Inter-Layer Coordination for Parallel TCP Streams on Long Fat Pipe Networks”, Proc. SC2004, Pittsburgh, Nov. 2004.
http://www.sc-conference.org/sc2004/schedule/pdfs/pap254.pdf
4. On rules for Land Speed Record
Rule 1) A data transfer must run for a minimum of 10 continuous
minutes over a minimum terrestrial distance of 100 kilometers with a minimum of
two router hops in each direction between the source node and the destination
node. A maximum of 30,000 kilometers will be allowed for the distance value
used in any submission.
We run experiment for 12 minutes 30 second. That is more than 10 continuous minutes.
The path has 3 L3 switches used as routing device. They are
(1) Tokyo, T-LEX Foundry NetIron40G
(2) Chicago, JGN2 Hitachi GS4000
(3) Amsterdam, SARA, Hitachi GS4000
The total length of the network is calculated by the sum of the shortest distance between Tokyo -> Chicago -> Tokyo -> Seattle -> Tokyo. The distance between Otemachi and University of Tokyo is neglected at the calculation. Therefore:
From To Distance
SEA (47°26'56"N 122°18'34"W) HND (35°33'08"N 139°46'47"E) 7730 km
HND (35°33'08"N 139°46'47"E) ORD (41°58'43"N 87°54'17"W) 10147 km
ORD (41°58'43"N 87°54'17"W) AMS (52°18'31"N 04°45'50"E) 6630 km
AMS (52°18'31"N 04°45'50"E) SEA (47°26'56"N 122°18'34"W) 7864 km
4 segment path: 32372 km
Total length is 32,372 km. This satisfies rule 1. The distance used in calculation is 30,000km based on the rule 1.
Rule 2) The transfers must run across one or more operational and
production-oriented high-performance research and educations networks.
Examples of such networks are Abilene,
ESnet, CA*net3, NREN and GEANT.
The transfers run across WIDE, IEEAF, JGN2 (domestic and international), SURFnet and CANARIE CA*net4. JGN2(domestic and international) and WIDE network are production-oriented high performance research and educations networks. Therefore this submission satisfies rule 2.
Rule3) All data must be transferred end-to-end between a single pair of IP addresses by bona fide TCP/IP protocol code implementations of RFC 793 and RFC 791. One IP address is designated the source IP address, while the other is designated the destination address. All data must be transferred in TCP packets encapsulated in IP packets that use no other IP addresses other than the designated source IP address and the designated destination IP address. The source node is defined as the equipment associated with the source IP address and which executes the data-source network application, while the destination node is defined as the equipment associated with the destination IP address and which executes the data-sink network application.
All data were sent between two opteron
servers. Each server has one 10Gbps network interface adapter by Chelsio, and
has single IPv6 address. All data transfer is done by Linux standard TCP that
satisfy RFC 793 and RFC 791. Detail of systems is listed in the web page.
Therefore, the system used satisfies rule 3.
Rule 4) Instances of all hardware units and software modules used to transfer contest data on the source node, the destination node, the links, and the routers must be offered for commercial sale or as open source software to all U.S. members of the Internet2 community by their respective vendors or developers prior to or immediately after winning the contest.
Hardware:
AMD Dual Opteron248, 2.4GHz (Sender server)
AMD Dual Opteron248, 2.2GHz (Receiver server)
RioWorks HMADA rev.E motherboard
2GB memory
80GB disk
Chelsio N110 10Gigabit Ethernet Adapter
SANSEI-system TGNLE-1
Software
Linux 2.6.12 operating system kernel
iperf for generating TCP packets
(note: SANSEI-system TGNLLE-1 has been a commercial product in Japan from
2004, and it has US dealer.)
All the hardware used are purchased as commercial product, available in U.S.
Operating system is Linux 2.6.12 and it
is open source. Driver used is manufactured by Chelsio communications, and
generally available. Therefore, all software and hardware satisfies rule 4.
Rule 5) Each entry must include sufficient information that
adherence to all contest rules can be readily determined. Entries must
also identify institution(s) and personnel requesting consideration as
winners. Entries must be submitted no later than two weeks prior to each
Member Meeting inorder to recieve recognition during the meeting.
In the web page of this submission,
(A) traceroute data
(B) output of iperf execution
(C) Full packet trace of first part of packets. Number of packets is more than 50. This trace is produced by tcpdump executed at the receiver server.
(D) A figure of network routes
Rule 6) Winners will be recognized in each of the following separate classes:
C) The IPv6 Single-Stream Class winner
must utilize a single TCP/IPv6 session.
D) The IPv6 Multiple-Stream Class winner may utilize multiple concurrent TCP/IPv6 sessions
Any record setter in a single stream class will be automatically considered for the multiple stream record in the same category.
This submission is class C and class D.
Rule 7) In computing the amount of data transferred, only data transferred from user-process-space buffer(s) in the data-source network application to user-process-space buffer(s) in the data-sink network application may be counted. Received data must vary in content from buffer to buffer and must be verified by checksum or other means that it is identical to the data transmitted from the source node. The elapsed time of the data transfer is the real time that elapses between the source sending a packet with the SYN bit enabled and sending a packet with the ACK bit enabled following the receipt of a packet(s) with the FIN and ACK bits enabled.
Payload data on each packet are not identical. Other issues of this rule is satisfies.
Therefore, rule 7 is satisfies.
Rule 8) The winner in each Class will be whichever submitter is judged to have met all rules and whose results yield the largest value of the product of the achieved bandwidth (bits/second) multiplied by the sum of the terrestrial distances between each router location starting from the source node location and ending at the destination node location, using the shortest distance of the Earth's circumference measured in meters between each pair of locations. The contest unit of measurement is thus bit-meters/second.
The bandwidth is 6.96 Gbps. The distance for calculation is 30,000 km.
The result is 208,800 terabit meters / second.
Rule 9) A Contest Entry Judging Panel chosen by Internet2 staff from the Internet2 community will determine winners in each class according to the stated rules.
A winning entry must exceed the previous winning entry by at least
10%.
This result is 208,800terabit meters / second, and that exceeds the known previous winning entry and submitted value by more than 10% in both single stream and multiple streams. (So far as we know, the current winning entry is
185,400 terabit meters / second)
Appendix A. Output of iperf
# iperf -V -s -i 1 -l 292096
------------------------------------------------------------
Server listening on TCP port 5001
TCP window size: 1.25 GByte (default)
------------------------------------------------------------
[ 4] local 2001:200:0:1cf0::12 port 5001 connected with 2001:200:0:1cf3::12 port 50508
[ 4] 0.0- 1.0 sec 44.6 KBytes 365 Kbits/sec
[ 4] 1.0- 2.0 sec 214 KBytes 1.75 Mbits/sec
[ 4] 2.0- 3.0 sec 856 KBytes 7.01 Mbits/sec
[ 4] 3.0- 4.0 sec 3.34 MBytes 28.0 Mbits/sec
[ 4] 4.0- 5.0 sec 13.4 MBytes 112 Mbits/sec
[ 4] 5.0- 6.0 sec 53.5 MBytes 449 Mbits/sec
[ 4] 6.0- 7.0 sec 214 MBytes 1.79 Gbits/sec
[ 4] 7.0- 8.0 sec 657 MBytes 5.51 Gbits/sec
[ 4] 8.0- 9.0 sec 838 MBytes 7.03 Gbits/sec
[ 4] 9.0-10.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 10.0-11.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 11.0-12.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 12.0-13.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 13.0-14.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 14.0-15.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 15.0-16.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 16.0-17.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 17.0-18.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 18.0-19.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 19.0-20.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 20.0-21.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 21.0-22.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 22.0-23.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 23.0-24.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 24.0-25.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 25.0-26.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 26.0-27.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 27.0-28.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 28.0-29.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 29.0-30.0 sec 847 MBytes 7.10 Gbits/sec
[ 4] 30.0-31.0 sec 847 MBytes 7.11 Gbits/sec
[ 4] 31.0-32.0 sec 847 MBytes 7.10 Gbits/sec
[ 4] 32.0-33.0 sec 847 MBytes 7.10 Gbits/sec
[ 4] 33.0-34.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 34.0-35.0 sec 847 MBytes 7.10 Gbits/sec
[ 4] 35.0-36.0 sec 847 MBytes 7.10 Gbits/sec
[ 4] 36.0-37.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 37.0-38.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 38.0-39.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 39.0-40.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 40.0-41.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 41.0-42.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 42.0-43.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 43.0-44.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 44.0-45.0 sec 846 MBytes 7.10 Gbits/sec
[ 4] 45.0-46.0 sec 846 MBytes 7.09 Gbits/sec
[ 4] 46.0-47.0 sec 845 MBytes 7.09 Gbits/sec
[ 4] 47.0-48.0 sec 846 MBytes 7.09 Gbits/sec
[ 4] 48.0-49.0 sec 845 MBytes 7.09 Gbits/sec
[ 4] 49.0-50.0 sec 845 MBytes 7.09 Gbits/sec
[ 4] 50.0-51.0 sec 845 MBytes 7.09 Gbits/sec
[ 4] 51.0-52.0 sec 845 MBytes 7.09 Gbits/sec
[ 4] 52.0-53.0 sec 845 MBytes 7.09 Gbits/sec
[ 4] 53.0-54.0 sec 845 MBytes 7.08 Gbits/sec
[ 4] 54.0-55.0 sec 845 MBytes 7.09 Gbits/sec
[ 4] 55.0-56.0 sec 845 MBytes 7.08 Gbits/sec
[ 4] 56.0-57.0 sec 844 MBytes 7.08 Gbits/sec
[ 4] 57.0-58.0 sec 844 MBytes 7.08 Gbits/sec
[ 4] 58.0-59.0 sec 844 MBytes 7.08 Gbits/sec
[ 4] 59.0-60.0 sec 844 MBytes 7.08 Gbits/sec
[ 4] 60.0-61.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 61.0-62.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 62.0-63.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 63.0-64.0 sec 842 MBytes 7.07 Gbits/sec
[ 4] 64.0-65.0 sec 843 MBytes 7.08 Gbits/sec
[ 4] 65.0-66.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 66.0-67.0 sec 842 MBytes 7.07 Gbits/sec
[ 4] 67.0-68.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 68.0-69.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 69.0-70.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 70.0-71.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 71.0-72.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 72.0-73.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 73.0-74.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 74.0-75.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 75.0-76.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 76.0-77.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 77.0-78.0 sec 842 MBytes 7.07 Gbits/sec
[ 4] 78.0-79.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 79.0-80.0 sec 842 MBytes 7.07 Gbits/sec
[ 4] 80.0-81.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 81.0-82.0 sec 842 MBytes 7.07 Gbits/sec
[ 4] 82.0-83.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 83.0-84.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 84.0-85.0 sec 842 MBytes 7.07 Gbits/sec
[ 4] 85.0-86.0 sec 841 MBytes 7.06 Gbits/sec
[ 4] 86.0-87.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 87.0-88.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 88.0-89.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 89.0-90.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 90.0-91.0 sec 841 MBytes 7.06 Gbits/sec
[ 4] 91.0-92.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 92.0-93.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 93.0-94.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 94.0-95.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 95.0-96.0 sec 841 MBytes 7.06 Gbits/sec
[ 4] 96.0-97.0 sec 841 MBytes 7.06 Gbits/sec
[ 4] 97.0-98.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 98.0-99.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 99.0-100.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 100.0-101.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 101.0-102.0 sec 841 MBytes 7.06 Gbits/sec
[ 4] 102.0-103.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 103.0-104.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 104.0-105.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 105.0-106.0 sec 841 MBytes 7.06 Gbits/sec
[ 4] 106.0-107.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 107.0-108.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 108.0-109.0 sec 842 MBytes 7.06 Gbits/sec
[ 4] 109.0-110.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 110.0-111.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 111.0-112.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 112.0-113.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 113.0-114.0 sec 840 MBytes 7.04 Gbits/sec
[ 4] 114.0-115.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 115.0-116.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 116.0-117.0 sec 841 MBytes 7.06 Gbits/sec
[ 4] 117.0-118.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 118.0-119.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 119.0-120.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 120.0-121.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 121.0-122.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 122.0-123.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 123.0-124.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 124.0-125.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 125.0-126.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 126.0-127.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 127.0-128.0 sec 840 MBytes 7.04 Gbits/sec
[ 4] 128.0-129.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 129.0-130.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 130.0-131.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 131.0-132.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 132.0-133.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 133.0-134.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 134.0-135.0 sec 841 MBytes 7.05 Gbits/sec
[ 4] 135.0-136.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 136.0-137.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 137.0-138.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 138.0-139.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 139.0-140.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 140.0-141.0 sec 840 MBytes 7.04 Gbits/sec
[ 4] 141.0-142.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 142.0-143.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 143.0-144.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 144.0-145.0 sec 838 MBytes 7.03 Gbits/sec
[ 4] 145.0-146.0 sec 838 MBytes 7.03 Gbits/sec
[ 4] 146.0-147.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 147.0-148.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 148.0-149.0 sec 839 MBytes 7.03 Gbits/sec
[ 4] 149.0-150.0 sec 838 MBytes 7.03 Gbits/sec
[ 4] 150.0-151.0 sec 838 MBytes 7.03 Gbits/sec
[ 4] 151.0-152.0 sec 839 MBytes 7.03 Gbits/sec
[ 4] 152.0-153.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 153.0-154.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 154.0-155.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 155.0-156.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 156.0-157.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 157.0-158.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 158.0-159.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 159.0-160.0 sec 838 MBytes 7.03 Gbits/sec
[ 4] 160.0-161.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 161.0-162.0 sec 839 MBytes 7.03 Gbits/sec
[ 4] 162.0-163.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 163.0-164.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 164.0-165.0 sec 839 MBytes 7.04 Gbits/sec
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[ 4] 502.0-503.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 503.0-504.0 sec 836 MBytes 7.02 Gbits/sec
[ 4] 504.0-505.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 505.0-506.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 506.0-507.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 507.0-508.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 508.0-509.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 509.0-510.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 510.0-511.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 511.0-512.0 sec 836 MBytes 7.02 Gbits/sec
[ 4] 512.0-513.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 513.0-514.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 514.0-515.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 515.0-516.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 516.0-517.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 517.0-518.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 518.0-519.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 519.0-520.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 520.0-521.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 521.0-522.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 522.0-523.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 523.0-524.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 524.0-525.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 525.0-526.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 526.0-527.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 527.0-528.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 528.0-529.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 529.0-530.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 530.0-531.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 531.0-532.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 532.0-533.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 533.0-534.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 534.0-535.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 535.0-536.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 536.0-537.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 537.0-538.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 538.0-539.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 539.0-540.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 540.0-541.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 541.0-542.0 sec 836 MBytes 7.02 Gbits/sec
[ 4] 542.0-543.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 543.0-544.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 544.0-545.0 sec 836 MBytes 7.02 Gbits/sec
[ 4] 545.0-546.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 546.0-547.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 547.0-548.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 548.0-549.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 549.0-550.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 550.0-551.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 551.0-552.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 552.0-553.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 553.0-554.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 554.0-555.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 555.0-556.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 556.0-557.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 557.0-558.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 558.0-559.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 559.0-560.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 560.0-561.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 561.0-562.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 562.0-563.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 563.0-564.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 564.0-565.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 565.0-566.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 566.0-567.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 567.0-568.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 568.0-569.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 569.0-570.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 570.0-571.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 571.0-572.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 572.0-573.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 573.0-574.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 574.0-575.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 575.0-576.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 576.0-577.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 577.0-578.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 578.0-579.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 579.0-580.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 580.0-581.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 581.0-582.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 582.0-583.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 583.0-584.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 584.0-585.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 585.0-586.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 586.0-587.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 587.0-588.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 588.0-589.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 589.0-590.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 590.0-591.0 sec 836 MBytes 7.01 Gbits/sec
[ 4] 591.0-592.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 592.0-593.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 593.0-594.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 594.0-595.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 595.0-596.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 596.0-597.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 597.0-598.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 598.0-599.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 599.0-600.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 600.0-601.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 601.0-602.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 602.0-603.0 sec 835 MBytes 7.00 Gbits/sec
[ 4] 603.0-604.0 sec 841 MBytes 7.06 Gbits/sec
[ 4] 604.0-605.0 sec 840 MBytes 7.04 Gbits/sec
[ 4] 605.0-606.0 sec 837 MBytes 7.02 Gbits/sec
[ 4] 606.0-607.0 sec 840 MBytes 7.05 Gbits/sec
[ 4] 607.0-608.0 sec 839 MBytes 7.04 Gbits/sec
[ 4] 608.0-609.0 sec 844 MBytes 7.08 Gbits/sec
[ 4] 609.0-610.0 sec 835 MBytes 7.01 Gbits/sec
[ 4] 610.0-611.0 sec 843 MBytes 7.07 Gbits/sec
[ 4] 611.0-612.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 612.0-613.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 613.0-614.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 614.0-615.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 615.0-616.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 616.0-617.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 617.0-618.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 618.0-619.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 619.0-620.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 620.0-621.0 sec 833 MBytes 6.98 Gbits/sec
[ 4] 621.0-622.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 622.0-623.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 623.0-624.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 624.0-625.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 625.0-626.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 626.0-627.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 627.0-628.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 628.0-629.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 629.0-630.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 630.0-631.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 631.0-632.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 632.0-633.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 633.0-634.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 634.0-635.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 635.0-636.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 636.0-637.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 637.0-638.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 638.0-639.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 639.0-640.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 640.0-641.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 641.0-642.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 642.0-643.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 643.0-644.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 644.0-645.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 645.0-646.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 646.0-647.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 647.0-648.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 648.0-649.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 649.0-650.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 650.0-651.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 651.0-652.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 652.0-653.0 sec 833 MBytes 6.98 Gbits/sec
[ 4] 653.0-654.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 654.0-655.0 sec 833 MBytes 6.98 Gbits/sec
[ 4] 655.0-656.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 656.0-657.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 657.0-658.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 658.0-659.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 659.0-660.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 660.0-661.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 661.0-662.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 662.0-663.0 sec 833 MBytes 6.98 Gbits/sec
[ 4] 663.0-664.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 664.0-665.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 665.0-666.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 666.0-667.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 667.0-668.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 668.0-669.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 669.0-670.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 670.0-671.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 671.0-672.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 672.0-673.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 673.0-674.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 674.0-675.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 675.0-676.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 676.0-677.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 677.0-678.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 678.0-679.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 679.0-680.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 680.0-681.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 681.0-682.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 682.0-683.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 683.0-684.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 684.0-685.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 685.0-686.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 686.0-687.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 687.0-688.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 688.0-689.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 689.0-690.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 690.0-691.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 691.0-692.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 692.0-693.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 693.0-694.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 694.0-695.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 695.0-696.0 sec 834 MBytes 7.00 Gbits/sec
[ 4] 696.0-697.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 697.0-698.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 698.0-699.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 699.0-700.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 700.0-701.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 701.0-702.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 702.0-703.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 703.0-704.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 704.0-705.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 705.0-706.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 706.0-707.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 707.0-708.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 708.0-709.0 sec 834 MBytes 6.99 Gbits/sec
[ 4] 709.0-710.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 710.0-711.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 711.0-712.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 712.0-713.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 713.0-714.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 714.0-715.0 sec 833 MBytes 6.98 Gbits/sec
[ 4] 715.0-716.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 716.0-717.0 sec 833 MBytes 6.98 Gbits/sec
[ 4] 717.0-718.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 718.0-719.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 719.0-720.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 720.0-721.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 721.0-722.0 sec 829 MBytes 6.96 Gbits/sec
[ 4] 722.0-723.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 723.0-724.0 sec 833 MBytes 6.98 Gbits/sec
[ 4] 724.0-725.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 725.0-726.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 726.0-727.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 727.0-728.0 sec 833 MBytes 6.98 Gbits/sec
[ 4] 728.0-729.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 729.0-730.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 730.0-731.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 731.0-732.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 732.0-733.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 733.0-734.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 734.0-735.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 735.0-736.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 736.0-737.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 737.0-738.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 738.0-739.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 739.0-740.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 740.0-741.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 741.0-742.0 sec 833 MBytes 6.98 Gbits/sec
[ 4] 742.0-743.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 743.0-744.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 744.0-745.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 745.0-746.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 746.0-747.0 sec 833 MBytes 6.99 Gbits/sec
[ 4] 747.0-748.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 748.0-749.0 sec 832 MBytes 6.98 Gbits/sec
[ 4] 749.0-750.0 sec 832 MBytes 6.98 Gbits/sec
Total : 6.95 Gbits/sec
Note: Total is calculated by the script below
#!/usr/bin/perl
$time = 0;
$sum = 0.0;
while($line=<STDIN>){
$sec_string = "$time.0-";
chomp $line;
if (index($line, $sec_string) >= 0){
if ($line =~ /([0-9\.]+) bits/){
$mbps = $1 * 0.000001;
print "$mbps\n";
}
if ($line =~ /([0-9\.]+) Kbits/){
$mbps = $1 * 0.001;
print "$mbps\n";
}
if ($line =~ /([0-9\.]+) Mbits/){
$mbps = $1 * 1;
print "$mbps\n";
}
if ($line =~ /([0-9\.]+) Gbits/){
$mbps = $1 * 1000.0;
print "$mbps\n";
}
$time ++;
$sum += $mbps;
}else {
print "error\n";
}
}
print $sum . "/" . $time . "=" . ($sum/$time) . "\n";
Appendix B. Output of tracert
traceroute to opteron6c-v6 (2001:200:0:1cf0::12) from 2001:200:0:1cf3::12, 30 hops max, 24 byte packets
1 gs4k-ams-655-v6 (2001:200:0:1cf3::1) 148.67 ms 147.81 ms 147.884 ms
2 gs4k-chi-359-v6 (2001:200:0:1cf2::1) 252.221 ms 252.089 ms 269.133 ms
3 ni40g-t-lex-3300-v6 (2001:200:0:1cf1::1) 411.596 ms 411.602 ms 411.592 ms
4 opteron6c-v6 (2001:200:0:1cf0::12) 500.298 ms 500.319 ms 500.311 ms
traceroute to opteron9c-v6 (2001:200:0:1cf3::12) from 2001:200:0:1cf0:207:43ff:fe00:1521, 30 hops max, 24 byte packets
1 ni40g-t-lex-654-v6 (2001:200:0:1cf0::1) 88.919 ms 88.89 ms 88.883 ms
2 gs4k-chi-3300-v6 (2001:200:0:1cf1::3) 253.371 ms 252.524 ms 252.516 ms
3 gs4k-ams-359-v6 (2001:200:0:1cf2::2) 1642.14 ms 356.672 ms 356.665 ms
4 opteron9c-v6 (2001:200:0:1cf3::12) 500.321 ms 500.319 ms 500.323 ms
Figure 1. Network topology
Figure 2. Address assignment
Figure 3. Network routes on the map
Figure 4. Calculation of the distance
Figure 5. MRTG graphs along the network path