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02.08.2021
B/s (1725kB/s-1725kB/s), io=98.9MiB (104MB), run=60118-60118msec
Disk stats (read/write):
sdf: ios=51/25253, merge=0/0, ticks=7/1913272, in_queue=1862556, util=99.90%
Listing 5
RAM Random
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09.06.2018
TLS delivered 70Gbps with greater than 90% CPU usage. The inline encryption and decryption on both ends of the session reduced overall packet latency and saved valuable CPU cycles, thereby increasing
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05.08.2024
to three collections of hard drives (just a bunch of disks, JBODs). Each array comprises 90 SAS2 disks connected by several controllers, each with a capacity of 12TB. ZFS ensures the required filesystem
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03.08.2023
-performance NVMe SSD achieves >90,000 IOPS/W for random reads of 4K, with latencies between 70µs (read) to 10µs (write) at around 1.5 million IOPS/SSD.
In terms of the performance parameters mentioned previously (i
12%
09.04.2019
this from the 2/2
values in the second column of Figure 6.
Figure 6: Each pod shows two ready containers. The application's manifest specified only one image
12%
30.11.2025
In KBOut PktOut
05 3 1 1421 2168 0 0 41000 90 0 2 0 0
06 3 2 1509 2198 64 2 49712 109 0 2 0 0
07 3 2 1403 2192
12%
05.12.2014
.519354 pkts=6 kpps=0.0 kbytes=0 mbps=0.0 nic_pkts=16 nic_drops=0 u=2 t=2 i=0 o=0 nonip=2
1415510244.519597 pkts=6 kpps=0.0 kbytes=0 mbps=0.0 nic_pkts=22 nic_drops=0 u=2 t=2 i=0 o=0 nonip=2
1415510247
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20.03.2014
"nics": [
16 {
17 "nic_tag": "admin",
18 "model": "virtio",
19 "ip": "dhcp",
20 "primary": 1
21 }
22 ]
23 }
You can use this option for Windows virtual machines
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05.09.2011
can see how the arp cache poisoning works:
$ sudo nemesis arp -v -r -d eth0 -S 192.168.1.2 \
-D 192.168.1.133 -h 00:22:6E:71:04:BB -m 00:0C:29:B2:78:9E \
-H 00:22:6E:71:04:BB -M 00:0C:29:B2:78:9E
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03.02.2022
1: +DP-2-2 1080/510x1920/287+0+0 DP-2-2
2: +DP-2-3 1920/598x1080/336+1080+0 DP-2-3
You can use xrandr -q to see which modes the individual devices support. You can then set the desired mode
