搬瓦工：洛杉矶新机房US: Los Angeles, California (DC2 AO) [USCA_2]测评，性能/网络/流媒体等数据分享

搬瓦工美国洛杉矶 DC2 QNET 机房已经取消了，现在新名称为洛杉矶US: Los Angeles, California (DC2 AO) [USCA_2]数据中心，这与原来的“US – Los Angeles DC2 QNET(USCA_2)”是有差别的，新的特别指出了是DC2 AO（这就是Asia Optimization，没有说具体机房），原来的QNET是指的quadranet机房。目前搬瓦工网站上面还是无法直接下单这个DC2 AO机房的VPS，依旧还是quadranet机房。本文小编将手头的THE PLAN v2切换到DC2 AO机房，一起看看DC2 AO机房实际测评情况到底如何，测试数据仅供参考！

搬瓦工(DC2 AO) [USCA_2]机房测评

站长全球PING测试：

ping.pe丢包率测试

性能、磁盘I/O、Geekbench、ChatGPT和流媒体解锁

网络带宽测试

路由去程

电信：

移动：

联通：

BestTrace回程路由

Traceroute to China, Guangzhou CT (TCP Mode, Max 30 Hop)
============================================================
traceroute to 113.108.209.1 (113.108.209.1), 30 hops max, 32 byte packets
 1  172.55.12.200  3.92 ms  http: 403  http: 403
 2  10.55.255.0  8.40 ms  http: 403  http: 403
 3  *
 4  218.30.54.189  130.04 ms  http: 403  http: 403
 5  202.97.86.137  152.98 ms  http: 403  http: 403
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 8  113.108.209.1  154.25 ms  http: 403  http: 403

Traceroute to China, Shanghai CT (TCP Mode, Max 30 Hop)
============================================================
traceroute to 180.153.28.5 (180.153.28.5), 30 hops max, 32 byte packets
 1  172.55.12.200  109.02 ms  http: 403  http: 403
 2  10.55.255.0  0.76 ms  http: 403  http: 403
 3  *
 4  218.30.54.189  131.34 ms  http: 403  http: 403
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 8  61.152.25.9  131.63 ms  http: 403  http: 403
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11  101.227.255.46  133.83 ms  http: 403  http: 403
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Traceroute to China, Beijing CT (TCP Mode, Max 30 Hop)
============================================================
traceroute to 180.149.128.9 (180.149.128.9), 30 hops max, 32 byte packets
 1  172.55.12.200  5.18 ms  http: 403  http: 403
 2  10.55.255.0  4.94 ms  http: 403  http: 403
 3  *
 4  218.30.54.189  132.23 ms  http: 403  http: 403
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Traceroute to China, Guangzhou CU (TCP Mode, Max 30 Hop)
============================================================
traceroute to 210.21.4.130 (210.21.4.130), 30 hops max, 32 byte packets
 1  172.55.12.200  85.40 ms  http: 403  http: 403
 2  10.55.255.0  5.44 ms  http: 403  http: 403
 3  172.30.31.71  0.83 ms  http: 403  http: 403
 4  10.31.0.238  12.88 ms  http: 403  http: 403
 5  219.158.33.77  17.59 ms  http: 403  http: 403
 6  219.158.96.37  163.32 ms  http: 403  http: 403
 7  219.158.111.214  187.76 ms  http: 403  http: 403
 8  219.158.4.33  187.68 ms  http: 403  http: 403
 9  219.158.3.21  192.47 ms  http: 403  http: 403
10  112.96.0.2  194.91 ms  http: 403  http: 403
11  120.80.175.70  186.73 ms  http: 403  http: 403
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Traceroute to China, Shanghai CU (TCP Mode, Max 30 Hop)
============================================================
traceroute to 58.247.8.158 (58.247.8.158), 30 hops max, 32 byte packets
 1  172.55.12.200  10.81 ms  http: 403  http: 403
 2  10.55.255.0  6.31 ms  http: 403  http: 403
 3  172.30.31.71  0.42 ms  http: 403  http: 403
 4  10.31.0.238  9.83 ms  http: 403  http: 403
 5  219.158.33.77  11.85 ms  http: 403  http: 403
 6  219.158.96.41  183.63 ms  http: 403  http: 403
 7  219.158.111.134  179.69 ms  http: 403  http: 403
 8  219.158.8.189  186.61 ms  http: 403  http: 403
 9  *
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11  112.64.250.202  177.91 ms  http: 403  http: 403
12  58.247.8.153  213.82 ms  http: 403  http: 403
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Traceroute to China, Beijing CU (TCP Mode, Max 30 Hop)
============================================================
traceroute to 123.125.99.1 (123.125.99.1), 30 hops max, 32 byte packets
 1  172.55.12.200  8.06 ms  http: 403  http: 403
 2  10.55.255.0  5.77 ms  http: 403  http: 403
 3  172.30.31.71  1.25 ms  http: 403  http: 403
 4  10.31.0.238  12.71 ms  http: 403  http: 403
 5  219.158.33.77  16.42 ms  http: 403  http: 403
 6  219.158.102.145  159.15 ms  http: 403  http: 403
 7  219.158.16.81  152.22 ms  http: 403  http: 403
 8  *
 9  125.33.186.138  157.84 ms  http: 403  http: 403
10  61.51.169.178  156.03 ms  http: 403  http: 403
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Traceroute to China, Guangzhou CM (TCP Mode, Max 30 Hop)
============================================================
traceroute to 120.196.212.25 (120.196.212.25), 30 hops max, 32 byte packets
 1  172.55.12.200  10.47 ms  http: 403  http: 403
 2  10.55.255.0  10.17 ms  http: 403  http: 403
 3  *
 4  218.30.54.189  135.97 ms  http: 403  http: 403
 5  202.97.46.181  157.53 ms  http: 403  http: 403
 6  *
 7  202.97.89.217  164.95 ms  http: 403  http: 403
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13  211.136.203.2  164.39 ms  http: 403  http: 403
14  211.139.180.110  163.46 ms  http: 403  http: 403
15  211.139.180.110  168.50 ms  http: 403  http: 403
16  120.196.212.25  162.26 ms  http: 403  http: 403

Traceroute to China, Shanghai CM (TCP Mode, Max 30 Hop)
============================================================
traceroute to 221.183.55.22 (221.183.55.22), 30 hops max, 32 byte packets
 1  172.55.12.200  10.29 ms  http: 403  http: 403
 2  10.55.255.0  157.93 ms  http: 403  http: 403
 3  *
 4  218.30.54.189  132.87 ms  http: 403  http: 403
 5  *
 6  202.97.12.181  132.79 ms  http: 403  http: 403
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Traceroute to China, Beijing CM (TCP Mode, Max 30 Hop)
============================================================
traceroute to 211.136.25.153 (211.136.25.153), 30 hops max, 32 byte packets
 1  172.55.12.200  9.86 ms  http: 403  http: 403
 2  10.55.255.0  0.74 ms  http: 403  http: 403
 3  *
 4  218.30.54.189  131.33 ms  http: 403  http: 403
 5  *
 6  202.97.84.9  188.15 ms  http: 403  http: 403
 7  *
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 9  221.183.128.141  173.76 ms  http: 403  http: 403
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11  221.183.76.86  182.89 ms  http: 403  http: 403
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14  211.136.95.226  178.55 ms  http: 403  http: 403
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18  211.136.25.153  187.11 ms  http: 403  http: 403

Traceroute to China, Beijing Dr.Peng Network IDC Network (TCP Mode, Max 30 Hop)
============================================================
traceroute to 211.167.230.100 (211.167.230.100), 30 hops max, 32 byte packets
 1  172.55.12.200  9.87 ms  http: 403  http: 403
 2  10.55.255.0  28.96 ms  http: 403  http: 403
 3  172.30.31.71  0.53 ms  http: 403  http: 403
 4  10.31.0.238  12.18 ms  http: 403  http: 403
 5  219.158.33.77  13.90 ms  http: 403  http: 403
 6  219.158.117.1  199.03 ms  http: 403  http: 403
 7  219.158.16.81  181.31 ms  http: 403  http: 403
 8  *
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10  114.249.179.70  199.05 ms  http: 403  http: 403
11  *
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13  218.241.166.18  179.01 ms  http: 403  http: 403
14  218.241.253.134  197.45 ms  http: 403  http: 403
15  211.167.230.100  199.47 ms  http: 403  http: 403

----------------------------------------------------------------------------------
 Finished in  : 29 min 0 sec
 Timestamp    : 2023-08-24 17:23:43 GMT+8
 Results      : ./superbench.log
----------------------------------------------------------------------------------
 Share result:
 · https://browser.geekbench.com/v6/cpu/2370681
 · https://www.speedtest.net/result/c/25587054-60c0-498c-bb37-a4301d7a4b5c
 · https://paste.ubuntu.com/p/fG82G6xvzx/
----------------------------------------------------------------------------------

虽然电信去程有走了CN2线路，但是总体来说该机房网络较差，油管也非常卡顿。总体来说比原来的QNET机房的还不如。此外该机房IP也不支持ChatGPT，有兴趣对比的朋友可以看看下面原来QN机房的测评。

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