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[Updated] HostDZire / Leaseweb VPS multi-location VPS benchmark and review

2»

Comments

  • jsgjsg Member, Resident Benchmarker
    edited June 2025

    major update
    "Why didn't you review all @HostDZire / Leaseweb locations?!" you ask? You are right, but hey, it takes time to do 30+ benchmark runs! That's why I publish this review update "only now".

    What did I benchmark and do I review in this update? The UK, LAX, and SFO locations.

    Let's start with LAX.

    Version 2.5.0a, (c) 2018+ jsg (->lowendtalk.com)
    Machine: amd64, Arch.: amd64, Model: AMD EPYC Processor
    OS, version: FreeBSD 14.1, Mem.: 5.989 GB
    CPU - Cores: 4, Family/Model/Stepping: 23/1/2
    Cache: 32K/64K L1d/L1i, 512K L2, 8M L3
    Std. Flags: fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat
              pse36 cflsh mmx fxsr sse sse2 htt sse3 pclmulqdq ssse3 fma cx16
              sse4_1 sse4_2 popcnt aes xsave osxsave avx f16c rdrnd hypervisor
    Ext. Flags: syscall nx mmxext fxsr_opt pdpe1gb rdtscp lm lahf_lm cmp_legacy
              cr8_legacy lzcnt sse4a misalignsse 3dnowprefetch osvw topoext
    
    AES? Yes
    InNested Virt.? No
    HW RNG? Yes
    
    ProcMem SC [MB/s]: avg 199.0 - min 80.0 (40.2 %), max 318.6 (160.1 %)
    ProcMem MA [MB/s]: avg 762.1 - min 621.4 (81.5 %), max 987.9 (129.6 %)
    ProcMem MB [MB/s]: avg 855.6 - min 710.2 (83.0 %), max 951.6 (111.2 %)
    ProcMem AES [MB/s]: avg 944.1 - min 928.5 (98.3 %), max 953.3 (101.0 %)
    ProcMem RSA [kp/s]: avg 84.8 - min 80.0 (94.3 %), max 89.2 (105.1 %)
    

    Well, the usual Leaseweb performance. Not super-high but very decent indeed. Also note the relatively low spread and the good multi-core to single-core ratio.

    On to the disk

    --- Disk 4 KB - Buffered ---
    Write seq. [MB/s]: avg 6.41 - min 5.87 (91.6%), max 6.82 (106.5%)
    Write rnd. [MB/s]: avg 6.04 - min 5.49 (90.9%), max 6.59 (109.1%)
    Read seq. [MB/s]:  avg 15.06 - min 13.71 (91.0%), max 16.18 (107.4%)
    Read rnd. [MB/s]:  avg 13.41 - min 11.69 (87.2%), max 14.22 (106.1%)
    --- Disk 4 KB - Sync/Direct ---
    Write seq. [MB/s]: avg 6.32 - min 5.54 (87.7%), max 6.91 (109.3%)
    Write rnd. [MB/s]: avg 6.01 - min 5.60 (93.1%), max 6.46 (107.4%)
    Read seq. [MB/s]:  avg 15.13 - min 13.99 (92.5%), max 16.40 (108.4%)
    Read rnd. [MB/s]:  avg 13.51 - min 12.55 (92.9%), max 14.35 (106.2%)
    
    --- Disk 64 KB - Buffered ---
    Write seq. [MB/s]: avg 62.37 - min 49.93 (80.0%), max 68.72 (110.2%)
    Write rnd. [MB/s]: avg 61.19 - min 55.65 (90.9%), max 66.84 (109.2%)
    Read seq. [MB/s]:  avg 3106.64 - min 2381.12 (76.6%), max 3410.56 (109.8%)
    Read rnd. [MB/s]:  avg 177.26 - min 149.22 (84.2%), max 201.95 (113.9%)
    --- Disk 64 KB - Sync/Direct ---
    Write seq. [MB/s]: avg 10.39 - min 8.73 (84.0%), max 11.55 (111.2%)
    Write rnd. [MB/s]: avg 4.88 - min 4.44 (90.9%), max 5.28 (108.1%)
    Read seq. [MB/s]:  avg 3071.02 - min 2489.31 (81.1%), max 3359.44 (109.4%)
    Read rnd. [MB/s]:  avg 188.94 - min 167.85 (88.8%), max 202.28 (107.1%)
    
    --- Disk 1 MB - Buffered ---
    Write seq. [MB/s]: avg 85.54 - min 66.35 (77.6%), max 89.82 (105.0%)
    Write rnd. [MB/s]: avg 169.06 - min 155.15 (91.8%), max 186.89 (110.5%)
    Read seq. [MB/s]:  avg 4354.04 - min 3664.09 (84.2%), max 4650.80 (106.8%)
    Read rnd. [MB/s]:  avg 981.79 - min 853.62 (86.9%), max 1182.14 (120.4%)
    --- Disk 1 MB - Sync/Direct ---
    Write seq. [MB/s]: avg 24.45 - min 23.57 (96.4%), max 25.36 (103.7%)
    Write rnd. [MB/s]: avg 15.85 - min 15.18 (95.8%), max 16.23 (102.4%)
    Read seq. [MB/s]:  avg 4428.95 - min 3612.36 (81.6%), max 4832.62 (109.1%)
    Read rnd. [MB/s]:  avg 950.80 - min 693.18 (72.9%), max 1121.15 (117.9%)
    --- Disk IOps (Sync/Direct) ---
    Write seq. [MB/s]: avg 20.55 - min 19.88 (96.7%), max 21.37 (104.0%)
    IOps             : avg 5261.30 - min 5089.89 (96.7%), max 5470.64 (104.0%)
    

    Well, again the usual quite good Leaseweb performance. Not high-end but really decent NVMe territory.

    Being at that, it seems that Leaseweb chose a smart position in the provider race. First because they had a clear target group in mind, business customers who typically don't care that much about "racing" high-end performance, neither with the processor, nor with the disk; what they do care about though is (a) reliable and reliably decent performance, and (b) a very good and global network - and that's what they get from Leaseweb / HostDZire. If they need more processor performance they simply upgrade to a VPS with more cores and memory. And for really serious tasks they simply get a dedi.
    But with their prices and HostDZire selling those VPS to us mere mortals we can get what actually is a really decent professional business VPS

    So, let's look at the connectivity of that VPS

    --- Europe ---
    
    NO OSL mirror.terrahost.no [F: 0]
      DL [Mb/s]:      avg 74.0 - min 72.7 (98.3%), max 76.4 (103.3%)
      Ping [ms]:      avg 145.9 - min 145.7 (99.9%), max 150.4 (103.1%)
      Web ping [ms]:  avg 149.2 - min 145.8 (97.7%), max 151.0 (101.2%)
    
    UK LON lon.speedtest.clouvider.net [F: 0]
      DL [Mb/s]:      avg 82.3 - min 78.8 (95.8%), max 85.5 (103.8%)
      Ping [ms]:      avg 134.2 - min 133.8 (99.7%), max 135.0 (100.6%)
      Web ping [ms]:  avg 135.4 - min 133.8 (98.8%), max 141.3 (104.4%)
    
    NL AMS nl.mirrors.clouvider.net [F: 0]
      DL [Mb/s]:      avg 80.0 - min 76.5 (95.5%), max 84.1 (105.0%)
      Ping [ms]:      avg 131.9 - min 131.6 (99.8%), max 136.7 (103.7%)
      Web ping [ms]:  avg 138.3 - min 131.7 (95.2%), max 145.3 (105.1%)
    
    DE FRA fra.lg.core-backbone.com [F: 0]
      DL [Mb/s]:      avg 76.6 - min 73.9 (96.6%), max 79.5 (103.9%)
      Ping [ms]:      avg 143.0 - min 140.5 (98.3%), max 144.3 (100.9%)
      Web ping [ms]:  avg 143.4 - min 140.6 (98.0%), max 146.7 (102.3%)
    
    FR PAR mirror.in2p3.fr [F: 0]
      DL [Mb/s]:      avg 72.6 - min 69.2 (95.3%), max 74.8 (103.1%)
      Ping [ms]:      avg 149.4 - min 148.9 (99.6%), max 154.2 (103.2%)
      Web ping [ms]:  avg 176.1 - min 149.0 (84.6%), max 445.9 (253.3%)
    
    IT MIL it1.mirror.vhosting-it.com [F: 0]
      DL [Mb/s]:      avg 74.3 - min 72.2 (97.1%), max 75.8 (102.0%)
      Ping [ms]:      avg 147.0 - min 146.8 (99.9%), max 147.1 (100.1%)
      Web ping [ms]:  avg 147.9 - min 147.0 (99.4%), max 166.0 (112.2%)
    
    ES MAD mirror.es.stackscale.com [F: 35]
      DL [Mb/s]:      avg 0.0 - min 0.0 (0.0%), max 0.0 (0.0%)
      Ping [ms]:      avg 153.4 - min 153.3 (100.0%), max 153.9 (100.3%)
      Web ping [ms]:  avg 153.4 - min 153.3 (100.0%), max 153.9 (100.3%)
    
    RO BUC almalinux.mirrors.orange.ro [F: 0]
      DL [Mb/s]:      avg 66.4 - min 64.4 (96.9%), max 67.6 (101.8%)
      Ping [ms]:      avg 165.1 - min 164.5 (99.6%), max 170.3 (103.1%)
      Web ping [ms]:  avg 168.2 - min 164.6 (97.9%), max 215.9 (128.4%)
    
    RU MOS speedtest.hostkey.ru [F: 0]
      DL [Mb/s]:      avg 61.7 - min 59.3 (96.0%), max 63.5 (102.9%)
      Ping [ms]:      avg 181.2 - min 180.0 (99.3%), max 182.9 (100.9%)
      Web ping [ms]:  avg 184.1 - min 180.0 (97.8%), max 197.7 (107.4%)
    
    --- Asia Oceania ---
    
    RU SIB mirror.truenetwork.ru [F: 0]
      DL [Mb/s]:      avg 48.8 - min 24.6 (50.4%), max 53.7 (110.2%)
      Ping [ms]:      avg 214.2 - min 213.0 (99.4%), max 215.7 (100.7%)
      Web ping [ms]:  avg 218.5 - min 213.7 (97.8%), max 226.6 (103.7%)
    
    IR TEH mirror.mobinhost.com [F: 0]
      DL [Mb/s]:      avg 47.7 - min 24.6 (51.5%), max 53.4 (112.0%)
      Ping [ms]:      avg 229.8 - min 0.0 (0.0%), max 314.4 (136.8%)
      Web ping [ms]:  avg 239.4 - min 0.0 (0.0%), max 348.8 (145.7%)
    
    IN MUM mirrors.piconets.webwerks.in [F: 0]
      DL [Mb/s]:      avg 49.8 - min 41.3 (82.9%), max 52.3 (105.0%)
      Ping [ms]:      avg 233.9 - min 228.2 (97.6%), max 235.7 (100.8%)
      Web ping [ms]:  avg 234.2 - min 228.3 (97.5%), max 240.0 (102.5%)
    
    SG SGP mirror.jingk.ai [F: 0]
      DL [Mb/s]:      avg 63.0 - min 58.9 (93.4%), max 65.7 (104.2%)
      Ping [ms]:      avg 177.2 - min 177.0 (99.9%), max 177.5 (100.2%)
      Web ping [ms]:  avg 269.4 - min 177.3 (65.8%), max 1283.0 (476.2%)
    
    CN HKG mirrors.xtom.hk [F: 0]
      DL [Mb/s]:      avg 68.6 - min 66.4 (96.8%), max 71.3 (104.0%)
      Ping [ms]:      avg 160.3 - min 160.2 (99.9%), max 160.5 (100.1%)
      Web ping [ms]:  avg 162.9 - min 160.2 (98.3%), max 193.9 (119.0%)
    
    CN BEJ mirrors.bfsu.edu.cn [F: 1]
      DL [Mb/s]:      avg 53.0 - min 0.0 (0.0%), max 58.9 (111.1%)
      Ping [ms]:      avg 177.1 - min 0.0 (0.0%), max 208.1 (117.5%)
      Web ping [ms]:  avg 201.2 - min 0.0 (0.0%), max 1037.8 (515.8%)
    
    JP OSA mirrors.xtom.jp [F: 0]
      DL [Mb/s]:      avg 91.1 - min 80.6 (88.5%), max 102.6 (112.6%)
      Ping [ms]:      avg 115.2 - min 115.1 (99.9%), max 115.3 (100.1%)
      Web ping [ms]:  avg 119.4 - min 115.1 (96.4%), max 132.2 (110.7%)
    
    AU SYD mirror.internet.asn.au [F: 0]
      DL [Mb/s]:      avg 84.3 - min 82.5 (97.8%), max 84.7 (100.5%)
      Ping [ms]:      avg 133.8 - min 133.6 (99.8%), max 135.8 (101.5%)
      Web ping [ms]:  avg 134.0 - min 133.6 (99.7%), max 139.0 (103.7%)
    
    --- Africa ---
    
    ZA JOB mirror.datakeepers.co.za [F: 0]
      DL [Mb/s]:      avg 39.2 - min 38.3 (97.6%), max 40.1 (102.4%)
      Ping [ms]:      avg 292.6 - min 289.2 (98.8%), max 293.8 (100.4%)
      Web ping [ms]:  avg 293.9 - min 289.3 (98.4%), max 333.6 (113.5%)
    
    KE NAI mirror.liquidtelecom.com [F: 5]
      DL [Mb/s]:      avg 35.2 - min 0.0 (0.0%), max 43.7 (124.2%)
      Ping [ms]:      avg 255.1 - min 254.5 (99.8%), max 256.6 (100.6%)
      Web ping [ms]:  avg 256.4 - min 254.6 (99.3%), max 260.0 (101.4%)
    
    --- America ---
    
    US NYC nyc.mirrors.clouvider.net [F: 0]
      DL [Mb/s]:      avg 177.9 - min 160.2 (90.0%), max 188.0 (105.7%)
      Ping [ms]:      avg 64.5 - min 58.2 (90.3%), max 65.2 (101.1%)
      Web ping [ms]:  avg 64.7 - min 58.5 (90.4%), max 70.2 (108.5%)
    
    US CHI ord.mirror.rackspace.com [F: 0]
      DL [Mb/s]:      avg 208.8 - min 206.2 (98.8%), max 211.7 (101.4%)
      Ping [ms]:      avg 54.0 - min 53.9 (99.8%), max 56.3 (104.2%)
      Web ping [ms]:  avg 55.6 - min 54.2 (97.5%), max 66.6 (119.9%)
    
    US LAX mirror.alma.lax1.serverforge.org [F: 0]
      DL [Mb/s]:      avg 740.7 - min 603.5 (81.5%), max 834.6 (112.7%)
      Ping [ms]:      avg 1.1 - min 0.8 (72.2%), max 2.4 (216.5%)
      Web ping [ms]:  avg 1.7 - min 1.1 (63.5%), max 10.0 (576.9%)
    
    US SJO mirrors.xtom.us [F: 0]
      DL [Mb/s]:      avg 1106.1 - min 882.4 (79.8%), max 1150.1 (104.0%)
      Ping [ms]:      avg 9.6 - min 9.3 (96.8%), max 13.1 (136.3%)
      Web ping [ms]:  avg 10.5 - min 9.5 (90.8%), max 31.1 (297.3%)
    

    First a note: The usual few targets were not reachable but OTOH all secondary targets in Europe, CN, and Iran were reached and achieved decent results.

    As usual I'll split it into continents/regions.

    Europe - I (a European) am not particularly happy with those results, but OK, LAX is at the far end of the country and notoriously slow from Europe and, as we see now, vice versa as well.

    Asia/Oceania - Again, not exactly great, but also again, far, far away. I guess all in all the results are about as good as one can get from the west-coast (modulo a few specialist providers/carriers). In case any american readers know better providers from Murrica to Asia / Oceanian I'd appreciate some info

    Africa - meh

    America - Funny. A LAX location with higher results to SFO than to another LAX location g. Solidly above 150 Mb/s to NYC, i.e. across the whole nation, is respectable I guess, as is 200+Mb/s to Chicago although I would have expected better. And over 1 Gb/s to SFO is really good, I guess (worded carefully because, again, my experience with connectivity there is quite limited).

    TL;DR/verdict: A very decent typical Leaseweb VPS with, I guess, decent connectivity for a VPS in California.

    Thanked by 2HostDZire jolo22
  • jsgjsg Member, Resident Benchmarker
    edited June 2025

    Now, Let's have a look at the SFO VPS.

    I'll skip sysinfo, processor, and memory as it's basically the same as the LAX VPS. So let's rather look at the strikingly similar disk results (not really a surprise).

    --- Disk 4 KB - Buffered ---
    Write seq. [MB/s]: avg 6.60 - min 6.24 (94.5%), max 7.32 (110.9%)
    Write rnd. [MB/s]: avg 6.34 - min 5.88 (92.7%), max 6.79 (107.0%)
    Read seq. [MB/s]:  avg 16.20 - min 14.73 (90.9%), max 17.33 (107.0%)
    Read rnd. [MB/s]:  avg 14.60 - min 13.79 (94.4%), max 15.64 (107.1%)
    --- Disk 4 KB - Sync/Direct ---
    Write seq. [MB/s]: avg 6.42 - min 5.98 (93.1%), max 7.34 (114.3%)
    Write rnd. [MB/s]: avg 6.23 - min 5.67 (91.0%), max 6.81 (109.3%)
    Read seq. [MB/s]:  avg 16.33 - min 15.08 (92.4%), max 17.85 (109.3%)
    Read rnd. [MB/s]:  avg 14.54 - min 13.44 (92.4%), max 15.91 (109.4%)
    
    --- Disk 64 KB - Buffered ---
    Write seq. [MB/s]: avg 62.67 - min 53.72 (85.7%), max 67.37 (107.5%)
    Write rnd. [MB/s]: avg 62.64 - min 56.80 (90.7%), max 69.47 (110.9%)
    Read seq. [MB/s]:  avg 2962.31 - min 2492.62 (84.1%), max 3232.05 (109.1%)
    Read rnd. [MB/s]:  avg 200.89 - min 179.37 (89.3%), max 217.31 (108.2%)
    --- Disk 64 KB - Sync/Direct ---
    Write seq. [MB/s]: avg 10.69 - min 9.39 (87.8%), max 11.89 (111.2%)
    Write rnd. [MB/s]: avg 4.52 - min 3.85 (85.1%), max 5.06 (111.9%)
    Read seq. [MB/s]:  avg 2952.58 - min 2491.86 (84.4%), max 3300.79 (111.8%)
    Read rnd. [MB/s]:  avg 188.12 - min 154.23 (82.0%), max 221.70 (117.9%)
    
    --- Disk 1 MB - Buffered ---
    Write seq. [MB/s]: avg 81.43 - min 66.09 (81.2%), max 88.65 (108.9%)
    Write rnd. [MB/s]: avg 164.51 - min 150.96 (91.8%), max 177.82 (108.1%)
    Read seq. [MB/s]:  avg 3521.85 - min 2682.81 (76.2%), max 3910.97 (111.0%)
    Read rnd. [MB/s]:  avg 918.22 - min 705.40 (76.8%), max 1007.08 (109.7%)
    --- Disk 1 MB - Sync/Direct ---
    Write seq. [MB/s]: avg 21.82 - min 20.16 (92.4%), max 23.61 (108.2%)
    Write rnd. [MB/s]: avg 14.45 - min 13.77 (95.3%), max 15.08 (104.4%)
    Read seq. [MB/s]:  avg 3545.48 - min 2852.56 (80.5%), max 3931.84 (110.9%)
    Read rnd. [MB/s]:  avg 952.06 - min 813.41 (85.4%), max 1083.70 (113.8%)
    --- Disk IOps (Sync/Direct) ---
    Write seq. [MB/s]: avg 19.42 - min 18.92 (97.4%), max 19.83 (102.1%)
    IOps             : avg 4971.14 - min 4843.38 (97.4%), max 5077.75 (102.1%)
    

    Well, just read my comments re the disk above in the LAX review ...

    On to the connectivity, maybe there we'll find differences that are not insignificant.

    --- Europe ---
    
    NO OSL mirror.terrahost.no [F: 0]
      DL [Mb/s]:      avg 69.9 - min 64.6 (92.5%), max 74.2 (106.1%)
      Ping [ms]:      avg 159.8 - min 157.6 (98.6%), max 160.5 (100.4%)
      Web ping [ms]:  avg 161.9 - min 157.6 (97.3%), max 168.4 (104.0%)
    
    UK LON lon.speedtest.clouvider.net [F: 0]
      DL [Mb/s]:      avg 85.4 - min 83.2 (97.5%), max 86.9 (101.8%)
      Ping [ms]:      avg 129.2 - min 128.7 (99.6%), max 131.4 (101.7%)
      Web ping [ms]:  avg 129.3 - min 128.7 (99.6%), max 131.4 (101.7%)
    
    NL AMS nl.mirrors.clouvider.net [F: 0]
      DL [Mb/s]:      avg 83.7 - min 81.9 (97.9%), max 85.0 (101.6%)
      Ping [ms]:      avg 131.7 - min 131.5 (99.8%), max 134.2 (101.9%)
      Web ping [ms]:  avg 132.5 - min 131.6 (99.3%), max 152.7 (115.2%)
    
    DE FRA mirror.plusline.net [F: 0]
      DL [Mb/s]:      avg 77.7 - min 76.0 (97.8%), max 79.0 (101.7%)
      Ping [ms]:      avg 142.4 - min 142.1 (99.8%), max 144.4 (101.4%)
      Web ping [ms]:  avg 142.7 - min 142.4 (99.8%), max 144.8 (101.5%)
    
    FR PAR mirror.in2p3.fr [F: 0]
      DL [Mb/s]:      avg 73.0 - min 71.4 (97.8%), max 75.3 (103.2%)
      Ping [ms]:      avg 147.9 - min 147.5 (99.7%), max 150.0 (101.4%)
      Web ping [ms]:  avg 168.1 - min 147.7 (87.9%), max 293.1 (174.4%)
    
    IT MIL it1.mirror.vhosting-it.com [F: 0]
      DL [Mb/s]:      avg 74.4 - min 73.1 (98.2%), max 75.8 (101.8%)
      Ping [ms]:      avg 146.9 - min 146.8 (99.9%), max 147.0 (100.1%)
      Web ping [ms]:  avg 147.9 - min 146.9 (99.3%), max 164.6 (111.3%)
    
    ES MAD mirror.es.stackscale.com [F: 34]
      DL [Mb/s]:      avg 0.0 - min 0.0 (0.0%), max 0.0 (0.0%)
      Ping [ms]:      avg 146.5 - min 146.4 (99.9%), max 146.7 (100.1%)
      Web ping [ms]:  avg 146.5 - min 146.4 (99.9%), max 146.7 (100.1%)
    
    RO BUC mirrors.hosterion.ro [F: 0]
      DL [Mb/s]:      avg 65.9 - min 65.0 (98.7%), max 66.9 (101.6%)
      Ping [ms]:      avg 168.1 - min 167.2 (99.5%), max 168.4 (100.2%)
      Web ping [ms]:  avg 168.2 - min 167.2 (99.4%), max 168.4 (100.1%)
    
    RU MOS speedtest.hostkey.ru [F: 0]
      DL [Mb/s]:      avg 59.9 - min 52.6 (87.9%), max 61.9 (103.4%)
      Ping [ms]:      avg 181.9 - min 180.2 (99.1%), max 184.6 (101.5%)
      Web ping [ms]:  avg 186.3 - min 180.3 (96.8%), max 199.9 (107.3%)
    
    --- Asia/Oceania ---
    
    RU SIB mirror.truenetwork.ru [F: 0]
      DL [Mb/s]:      avg 49.4 - min 47.5 (96.0%), max 51.3 (103.9%)
      Ping [ms]:      avg 219.6 - min 219.4 (99.9%), max 220.4 (100.4%)
      Web ping [ms]:  avg 221.0 - min 219.4 (99.3%), max 230.2 (104.2%)
    
    IR TEH mirror.mobinhost.com [F: 1]
      DL [Mb/s]:      avg 48.2 - min 0.0 (0.0%), max 54.2 (112.4%)
      Ping [ms]:      avg 214.9 - min 0.0 (0.0%), max 258.9 (120.5%)
      Web ping [ms]:  avg 228.8 - min 0.0 (0.0%), max 342.1 (149.5%)
    
    IN MUM mirrors.piconets.webwerks.in [F: 0]
      DL [Mb/s]:      avg 44.6 - min 43.7 (97.9%), max 46.1 (103.2%)
      Ping [ms]:      avg 248.3 - min 169.1 (68.1%), max 255.0 (102.7%)
      Web ping [ms]:  avg 254.9 - min 248.6 (97.5%), max 258.9 (101.6%)
    
    SG SGP mirror.sg.gs [F: 0]
      DL [Mb/s]:      avg 61.4 - min 59.4 (96.6%), max 63.0 (102.5%)
      Ping [ms]:      avg 179.0 - min 178.2 (99.6%), max 183.1 (102.3%)
      Web ping [ms]:  avg 181.1 - min 179.1 (98.9%), max 186.2 (102.8%)
    
    CN HKG mirrors.xtom.hk [F: 0]
      DL [Mb/s]:      avg 64.3 - min 62.8 (97.7%), max 65.0 (101.1%)
      Ping [ms]:      avg 172.8 - min 172.7 (100.0%), max 173.1 (100.2%)
      Web ping [ms]:  avg 175.1 - min 172.9 (98.7%), max 220.9 (126.1%)
    
    CN BEJ mirrors.bfsu.edu.cn [F: 0]
      DL [Mb/s]:      avg 50.9 - min 22.5 (44.1%), max 58.5 (114.9%)
      Ping [ms]:      avg 184.5 - min 0.0 (0.0%), max 236.5 (128.2%)
      Web ping [ms]:  avg 193.3 - min 0.0 (0.0%), max 236.5 (122.4%)
    
    JP OSA mirrors.xtom.jp [F: 0]
      DL [Mb/s]:      avg 85.8 - min 75.3 (87.7%), max 98.5 (114.7%)
      Ping [ms]:      avg 139.5 - min 139.4 (99.9%), max 139.8 (100.2%)
      Web ping [ms]:  avg 140.4 - min 139.4 (99.3%), max 143.0 (101.8%)
    
    AU SYD mirror.internet.asn.au [F: 0]
      DL [Mb/s]:      avg 78.5 - min 75.5 (96.1%), max 79.0 (100.6%)
      Ping [ms]:      avg 143.7 - min 143.5 (99.8%), max 145.6 (101.3%)
      Web ping [ms]:  avg 144.1 - min 143.6 (99.7%), max 148.2 (102.9%)
    
    --- Africa ---
    
    ZA JOB mirror.datakeepers.co.za [F: 0]
      DL [Mb/s]:      avg 39.2 - min 38.6 (98.4%), max 39.8 (101.6%)
      Ping [ms]:      avg 287.4 - min 287.3 (100.0%), max 287.6 (100.1%)
      Web ping [ms]:  avg 289.1 - min 287.6 (99.5%), max 292.5 (101.2%)
    
    KE NAI mirror.liquidtelecom.com [F: 4]
      DL [Mb/s]:      avg 34.2 - min 0.0 (0.0%), max 40.8 (119.2%)
      Ping [ms]:      avg 274.5 - min 274.4 (100.0%), max 274.7 (100.1%)
      Web ping [ms]:  avg 275.0 - min 274.4 (99.8%), max 289.4 (105.2%)
    
    --- America ---
    
    US NYC nyc.mirrors.clouvider.net [F: 0]
      DL [Mb/s]:      avg 174.6 - min 170.8 (97.8%), max 178.9 (102.5%)
      Ping [ms]:      avg 62.3 - min 62.1 (99.7%), max 62.5 (100.3%)
      Web ping [ms]:  avg 62.5 - min 62.2 (99.5%), max 63.1 (101.0%)
    
    US CHI ord.mirror.rackspace.com [F: 0]
      DL [Mb/s]:      avg 221.8 - min 219.2 (98.8%), max 225.6 (101.7%)
      Ping [ms]:      avg 50.7 - min 49.8 (98.3%), max 51.0 (100.6%)
      Web ping [ms]:  avg 53.7 - min 51.4 (95.8%), max 81.7 (152.2%)
    
    US LAX mirror.alma.lax1.serverforge.org [F: 0]
      DL [Mb/s]:      avg 666.0 - min 412.2 (61.9%), max 741.5 (111.3%)
      Ping [ms]:      avg 12.0 - min 11.5 (95.5%), max 15.2 (126.3%)
      Web ping [ms]:  avg 12.6 - min 11.7 (92.9%), max 15.8 (125.4%)
    
    US SJO mirrors.xtom.us [F: 0]
      DL [Mb/s]:      avg 4054.9 - min 3483.4 (85.9%), max 4774.5 (117.7%)
      Ping [ms]:      avg 0.8 - min 0.8 (99.3%), max 0.9 (111.7%)
      Web ping [ms]:  avg 1.0 - min 0.9 (86.9%), max 1.3 (125.6%)
    

    And again, split into continents/regions.

    Europe - Pretty much the same as the LAX results. A few locations a bit faster, a few others a bit slower, but no really significant differences.

    Asia / Oceania - Maybe a tad bit slower but basically no really significant difference again.

    Africa - same, same again.

    America - This is interesting (and also a bit weird). OK, NYC and CHI basically the same with SFO only a modest 10 - 15 Mb/s faster than the LAX VPS. But "locally" it gets interesting. SFO VPS to LAX is only less than 100 Mb/s slower than LAX VPS to LAX! But the SFO VPS achieves an almost 4 x higher result to San Jose!

    TL;DR/verdict: the LAX VPS and the SFO VPS basically are twin sisters. Basically no difference at all wrt processor, memory, and disk and only neglegible to minimal differences in connectivity - with one very significant exception: The SFO VPS is very significantly faster within California.

    All in all I'll put it like this: I'm glad that I purchased the WDC promo VPS, because it's significantly better then a the west-coast VPSs re connectivity to Europe, and slow Asia routes I have plenty in Europe *g

    Thanked by 1HostDZire
  • jsgjsg Member, Resident Benchmarker
    edited June 2025

    Finally to the UK VPS ...

    I'll again skip sysinfo, processor, and memory because it's just yet another Leaseweb "cloned" node.

    So, let's have a look at the disk.

    --- Disk 4 KB - Buffered ---
    Write seq. [MB/s]: avg 4.77 - min 3.90 (81.7%), max 5.57 (116.7%)
    Write rnd. [MB/s]: avg 4.45 - min 3.67 (82.4%), max 5.38 (120.8%)
    Read seq. [MB/s]:  avg 10.93 - min 9.47 (86.6%), max 12.58 (115.1%)
    Read rnd. [MB/s]:  avg 10.15 - min 8.68 (85.5%), max 11.43 (112.6%)
    --- Disk 4 KB - Sync/Direct ---
    Write seq. [MB/s]: avg 4.78 - min 4.01 (83.9%), max 5.80 (121.4%)
    Write rnd. [MB/s]: avg 4.47 - min 3.77 (84.3%), max 5.17 (115.6%)
    Read seq. [MB/s]:  avg 11.03 - min 9.33 (84.6%), max 13.78 (124.9%)
    Read rnd. [MB/s]:  avg 9.99 - min 8.99 (90.0%), max 10.91 (109.2%)
    
    
    --- Disk 64 KB - Buffered ---
    Write seq. [MB/s]: avg 46.13 - min 32.58 (70.6%), max 53.82 (116.7%)
    Write rnd. [MB/s]: avg 47.34 - min 40.16 (84.8%), max 54.02 (114.1%)
    Read seq. [MB/s]:  avg 1971.21 - min 1529.10 (77.6%), max 2558.56 (129.8%)
    Read rnd. [MB/s]:  avg 147.38 - min 125.12 (84.9%), max 170.98 (116.0%)
    --- Disk 64 KB - Sync/Direct ---
    Write seq. [MB/s]: avg 7.36 - min 6.00 (81.5%), max 9.03 (122.6%)
    Write rnd. [MB/s]: avg 3.97 - min 3.41 (85.9%), max 4.57 (115.2%)
    Read seq. [MB/s]:  avg 1931.07 - min 1507.94 (78.1%), max 2394.75 (124.0%)
    Read rnd. [MB/s]:  avg 135.76 - min 109.33 (80.5%), max 170.28 (125.4%)
    
    --- Disk 1 MB - Buffered ---
    Write seq. [MB/s]: avg 68.94 - min 44.97 (65.2%), max 81.45 (118.1%)
    Write rnd. [MB/s]: avg 134.13 - min 114.34 (85.2%), max 176.29 (131.4%)
    Read seq. [MB/s]:  avg 3182.78 - min 2454.72 (77.1%), max 3949.95 (124.1%)
    Read rnd. [MB/s]:  avg 709.85 - min 556.55 (78.4%), max 871.66 (122.8%)
    --- Disk 1 MB - Sync/Direct ---
    Write seq. [MB/s]: avg 20.81 - min 19.50 (93.7%), max 22.37 (107.5%)
    Write rnd. [MB/s]: avg 13.79 - min 12.95 (93.9%), max 14.42 (104.6%)
    Read seq. [MB/s]:  avg 3052.23 - min 2395.21 (78.5%), max 4075.81 (133.5%)
    Read rnd. [MB/s]:  avg 701.65 - min 483.76 (68.9%), max 891.37 (127.0%)
    --- Disk IOps (Sync/Direct) ---
    Write seq. [MB/s]: avg 18.02 - min 15.25 (84.6%), max 19.88 (110.3%)
    IOps             : avg 4613.68 - min 3902.87 (84.6%), max 5090.09 (110.3%)
    

    Yet again basically just another Leaseweb disk "clone", albeit this one is a bee stick slower.

    So let's go at the beef right away, to the connectivity.

    --- Europe ---
    
    NO OSL mirror.terrahost.no [F: 0]
      DL [Mb/s]:      avg 379.4 - min 360.1 (94.9%), max 396.9 (104.6%)
      Ping [ms]:      avg 26.9 - min 18.1 (67.2%), max 27.4 (101.8%)
      Web ping [ms]:  avg 27.8 - min 26.9 (96.8%), max 29.0 (104.3%)
    
    UK LON lon.speedtest.clouvider.net [F: 0]
      DL [Mb/s]:      avg 2533.5 - min 597.7 (23.6%), max 3268.9 (129.0%)
      Ping [ms]:      avg 1.3 - min 1.2 (90.1%), max 2.6 (195.3%)
      Web ping [ms]:  avg 1.6 - min 1.2 (72.9%), max 3.2 (194.4%)
    
    NL AMS mirrors.xtom.nl [F: 0]
      DL [Mb/s]:      avg 1243.9 - min 1112.7 (89.5%), max 1434.0 (115.3%)
      Ping [ms]:      avg 8.8 - min 8.6 (98.1%), max 9.0 (102.6%)
      Web ping [ms]:  avg 8.9 - min 8.6 (96.2%), max 9.6 (107.3%)
    
    DE FRA fra.lg.core-backbone.com [F: 0]
      DL [Mb/s]:      avg 783.2 - min 676.5 (86.4%), max 858.2 (109.6%)
      Ping [ms]:      avg 14.3 - min 4.4 (30.8%), max 15.3 (107.2%)
      Web ping [ms]:  avg 14.6 - min 13.3 (91.1%), max 15.7 (107.6%)
    
    FR PAR mirror.in2p3.fr [F: 0]
      DL [Mb/s]:      avg 528.4 - min 382.4 (72.4%), max 594.0 (112.4%)
      Ping [ms]:      avg 17.2 - min 17.0 (99.0%), max 17.5 (101.9%)
      Web ping [ms]:  avg 52.4 - min 17.3 (33.0%), max 220.3 (420.2%)
    
    IT MIL it1.mirror.vhosting-it.com [F: 0]
      DL [Mb/s]:      avg 381.0 - min 365.0 (95.8%), max 397.5 (104.3%)
      Ping [ms]:      avg 28.0 - min 16.6 (59.3%), max 28.5 (101.8%)
      Web ping [ms]:  avg 29.6 - min 27.8 (93.8%), max 49.9 (168.4%)
    
    ES MAD mirror.es.stackscale.com [F: 34]
      DL [Mb/s]:      avg 0.0 - min 0.0 (0.0%), max 0.0 (0.0%)
      Ping [ms]:      avg 25.3 - min 25.1 (99.2%), max 25.4 (100.4%)
      Web ping [ms]:  avg 25.3 - min 25.1 (99.2%), max 25.4 (100.4%)
    
    RO BUC mirrors.hosterion.ro [F: 0]
      DL [Mb/s]:      avg 272.5 - min 261.0 (95.8%), max 291.5 (107.0%)
      Ping [ms]:      avg 39.5 - min 12.0 (30.3%), max 42.7 (108.0%)
      Web ping [ms]:  avg 40.4 - min 39.1 (96.8%), max 43.4 (107.4%)
    
    RU MOS speedtest.hostkey.ru [F: 1]
      DL [Mb/s]:      avg 218.2 - min 0.0 (0.0%), max 242.3 (111.0%)
      Ping [ms]:      avg 43.8 - min 0.0 (0.0%), max 49.9 (114.0%)
      Web ping [ms]:  avg 49.4 - min 0.0 (0.0%), max 63.4 (128.5%)
    
    --- Asia / Oceania ---
    
    RU SIB mirror.truenetwork.ru [F: 0]
      DL [Mb/s]:      avg 106.6 - min 99.9 (93.8%), max 114.8 (107.7%)
      Ping [ms]:      avg 103.5 - min 33.9 (32.7%), max 108.5 (104.8%)
      Web ping [ms]:  avg 106.6 - min 102.3 (95.9%), max 127.8 (119.9%)
    
    IR TEH mirror.mobinhost.com [F: 1]
      DL [Mb/s]:      avg 123.1 - min 0.0 (0.0%), max 138.0 (112.1%)
      Ping [ms]:      avg 75.1 - min 0.0 (0.0%), max 85.8 (114.3%)
      Web ping [ms]:  avg 88.9 - min 0.0 (0.0%), max 128.8 (144.8%)
    
    IN MUM mirrors.piconets.webwerks.in [F: 1]
      DL [Mb/s]:      avg 43.5 - min 0.0 (0.0%), max 47.2 (108.6%)
      Ping [ms]:      avg 231.1 - min 0.0 (0.0%), max 253.6 (109.8%)
      Web ping [ms]:  avg 237.2 - min 0.0 (0.0%), max 261.5 (110.3%)
    
    SG SGP mirror.sg.gs [F: 0]
      DL [Mb/s]:      avg 69.5 - min 68.1 (97.9%), max 70.7 (101.7%)
      Ping [ms]:      avg 159.8 - min 159.6 (99.9%), max 160.0 (100.1%)
      Web ping [ms]:  avg 162.5 - min 160.5 (98.8%), max 166.2 (102.3%)
    
    CN HKG mirrors.xtom.hk [F: 0]
      DL [Mb/s]:      avg 60.5 - min 58.4 (96.6%), max 61.3 (101.4%)
      Ping [ms]:      avg 179.5 - min 179.3 (99.9%), max 179.7 (100.1%)
      Web ping [ms]:  avg 180.3 - min 179.4 (99.5%), max 197.7 (109.7%)
    
    CN NAJ mirror.nyist.edu.cn [F: 2]
      DL [Mb/s]:      avg 36.1 - min 0.0 (0.0%), max 49.4 (137.0%)
      Ping [ms]:      avg 255.9 - min 0.0 (0.0%), max 305.6 (119.4%)
      Web ping [ms]:  avg 281.3 - min 0.0 (0.0%), max 452.5 (160.9%)
    
    JP OSA mirrors.xtom.jp [F: 0]
      DL [Mb/s]:      avg 40.5 - min 37.7 (93.1%), max 46.2 (114.1%)
      Ping [ms]:      avg 256.3 - min 255.8 (99.8%), max 256.8 (100.2%)
      Web ping [ms]:  avg 270.8 - min 255.8 (94.4%), max 296.5 (109.5%)
    
    AU SYD mirror.internet.asn.au [F: 0]
      DL [Mb/s]:      avg 46.6 - min 46.2 (99.1%), max 46.9 (100.8%)
      Ping [ms]:      avg 242.6 - min 242.4 (99.9%), max 243.6 (100.4%)
      Web ping [ms]:  avg 242.9 - min 242.4 (99.8%), max 244.8 (100.8%)
    
    --- Africa ---
    
    ZA JOB mirror.datakeepers.co.za [F: 0]
      DL [Mb/s]:      avg 70.2 - min 69.1 (98.4%), max 71.5 (101.8%)
      Ping [ms]:      avg 156.8 - min 156.5 (99.8%), max 158.1 (100.9%)
      Web ping [ms]:  avg 157.4 - min 156.8 (99.6%), max 158.4 (100.6%)
    
    KE NAI mirror.liquidtelecom.com [F: 4]
      DL [Mb/s]:      avg 57.3 - min 0.0 (0.0%), max 84.7 (147.7%)
      Ping [ms]:      avg 172.9 - min 172.7 (99.9%), max 173.4 (100.3%)
      Web ping [ms]:  avg 173.2 - min 172.7 (99.7%), max 175.7 (101.5%)
    
    --- America ---
    
    US NYC nyc.mirrors.clouvider.net [F: 0]
      DL [Mb/s]:      avg 149.5 - min 142.6 (95.3%), max 152.2 (101.8%)
      Ping [ms]:      avg 71.4 - min 71.2 (99.7%), max 71.7 (100.4%)
      Web ping [ms]:  avg 71.5 - min 71.2 (99.6%), max 72.0 (100.7%)
    
    US CHI ord.mirror.rackspace.com [F: 0]
      DL [Mb/s]:      avg 121.5 - min 119.0 (97.9%), max 124.6 (102.6%)
      Ping [ms]:      avg 92.5 - min 91.9 (99.4%), max 93.5 (101.1%)
      Web ping [ms]:  avg 93.3 - min 92.1 (98.7%), max 94.6 (101.4%)
    
    US LAX mirror.alma.lax1.serverforge.org [F: 0]
      DL [Mb/s]:      avg 82.0 - min 78.4 (95.7%), max 85.3 (104.1%)
      Ping [ms]:      avg 133.1 - min 132.0 (99.2%), max 135.0 (101.4%)
      Web ping [ms]:  avg 136.9 - min 132.4 (96.7%), max 142.9 (104.4%)
    
    US SJO mirrors.xtom.us [F: 0]
      DL [Mb/s]:      avg 81.9 - min 80.4 (98.2%), max 83.5 (101.9%)
      Ping [ms]:      avg 135.5 - min 135.4 (99.9%), max 135.8 (100.2%)
      Web ping [ms]:  avg 135.5 - min 135.4 (99.9%), max 135.8 (100.2%)
    

    As usual split into continents/regions.

    Europe - Nice! I like what I see. About 2.5 Gb/s to London is no surprise (with Leaseweb) but very nice anyway. Solidly over 1 Gb/s to NL also is nice, and suggests that connectivity all over Europe is nice as well. And indeed it is, not a single target shows less than 200 Mb/s, except for (CH and) Spain.

    Asia / Oceania - Overall decent, and not a single secondary target failed, nice!. Modulo some weird corners like the India, Mumbai target significantly slower than SGP (with is further away) and also Hongkong, and hardly faster than the China targets. But still, overall decent results with e.g. Ozzyland about 45 Mb/s.

    Africa - Also quite decent, not high-end but really decent.

    America - It shows that Leaseweb is routing via the UK; uncommonly good results to both the east coast as well as to the west coast. I mean, slightly above 80 Mb/s to both west coast targets isn't something I see often. Also note that, not the speed per se, but the ratio of the speed to NYC to the speed to Chicago looks much more reasonable than quite a few other VPSs.

    TL;DR/Verdict: I would say that this UK VPS is the one that I'd like most (from my european perspective), if there weren't the Amsterdam VPS from HostDZire which also is based on Leaseweb connectivity. Re the network results, both the UK VPS and the AMS VPS are comparable, modulo a few weaker or stronger targets, and anyway damn good enough, but the HostDzire AMS VPS is significantly stronger wrt processor and memory, as well as in particular disk speed.
    Also, NL not only is a EU member but closer to the heart of Europe, so i prefer it somewhat over a UK location.
    That said, if your main concern is good cross-Atlantic connectivity along with still really good connectivity within Europe, the UK VPS might be the more attractive one.

    Finally, a big THANK YOU! to @HostDzire who not only made this multi- (actually all) location review possible but who deserves - and gets - kudos from me for actually wanting me to find and identify any weak spots his VPS products and locations might have. Sorry, I have to "disappoint" you, HostDZire, I found almost none and those were very minor. *g

    Btw, I have plans for my benchmarking and reviews and got myself one of HostDZire's own India VPSs which I intend to use as a kind of reference point in Asia, next to my Contabo SGP VPS which while certainly not great anymore still should be damn good enough for what intend to use it for. With HostDzire's India VPS traffic volume is a bit tight (but not too tight I think) and with the Contabo VPS bandwidth a quite tight (200 Mb/s) but then I've yet to see more than even 100 Mb/s in Asia ...

    Thanked by 3HostDZire fly056 jolo22
  • HostDZireHostDZire Member, Patron Provider

    Thank you so much again for doing this <3
    Its will be helpful for users to decide based on this.

    Now they can see this and expect similar peformance, because yabs realy doesn't help alot. yabs provide good enough benchmark but its not detailed review so user might end-up not liking the vps later.

    But when they see and read this, they will know what type of performance they will get.

    So thank you so much for doing this.

    Thanked by 1jsg
  • jsgjsg Member, Resident Benchmarker
    edited June 2025

    @HostDZire said:
    Thank you so much again for doing this <3
    Its will be helpful for users to decide based on this.

    Now they can see this and expect similar peformance, because yabs realy doesn't help alot. yabs provide good enough benchmark but its not detailed review so user might end-up not liking the vps later.

    But when they see and read this, they will know what type of performance they will get.

    So thank you so much for doing this.

    You're welcome. But yabs IMO is next to worthless and largely marketing BS, especially wrt connectivity.
    I recently had a look again at the yabs shell code and now also at the iperf3 (C) source code - and I found my attribution "marketing" BS" fully confirmend. For example, iperf3 works with "slots" that is, the target stack is fully available, and btw. those slots are not always available which boils down to potentially multiple waiting times for a free slot. And then it pumps as much through the connection as possible.
    Don't get me wrong, that may indeed be useful - but for an entirely different purpose. For a large organization e.g. it may be useful to know how much traffic they can pump through a connection, or wavelength or fiber. But hardly for an average John Doe VPS user. For him/her it's important to know what real world performance they can achieve and without waiting for available slots ...

    The mere fact that so many iperf3 servers, almost all of which are "sponsored" by carriers or providers, should make one think. At the same time it still isn't that easy to find good connectivity test files over a fast connection.

    Besides, a single benchmark is next to worthless and like a lottery game. A real benchmark should be based on at least two or three dozen runs over (preferably multiple) 24 hr periods.

    But I'll admit that I'm, a bit tired of my real world numbers being considerably lower than the marketing optimized high iperf3 numbers. So I've decided to make some changes; currently I'm working on http and https capability as well as on a compromise between iperf3 rainbow unicorn numbers and my modest single http connection numbers. And a few more, some of them major, changes and functionality are coming as well.

    Thanked by 1HostDZire
  • @jsg said:

    @HostDZire said:
    Thank you so much again for doing this <3
    Its will be helpful for users to decide based on this.

    Now they can see this and expect similar peformance, because yabs realy doesn't help alot. yabs provide good enough benchmark but its not detailed review so user might end-up not liking the vps later.

    But when they see and read this, they will know what type of performance they will get.

    So thank you so much for doing this.

    You're welcome. But yabs IMO is next to worthless and largely marketing BS, especially wrt connectivity.
    I recently had a look again at the yabs shell code and now also at the iperf3 (C) source code - and I found my attribution "marketing" BS" fully confirmend. For example, iperf3 works with "slots" that is, the target stack is fully available, and btw. those slots are not always available which boils down to potentially multiple waiting times for a free slot. And then it pumps as much through the connection as possible.
    Don't get me wrong, that may indeed be useful - but for an entirely different purpose. For a large organization e.g. it may be useful to know how much traffic they can pump through a connection, or wavelength or fiber. But hardly for an average John Doe VPS user. For him/her it's important to know what real world performance they can achieve and without waiting for available slots ...

    The mere fact that so many iperf3 servers, almost all of which are "sponsored" by carriers or providers, should make one think. At the same time it still isn't that easy to find good connectivity test files over a fast connection.

    Besides, a single benchmark is next to worthless and like a lottery game. A real benchmark should be based on at least two or three dozen runs over (preferably multiple) 24 hr periods.

    But I'll admit that I'm, a bit tired of my real world numbers being considerably lower than the marketing optimized high iperf3 numbers. So I've decided to make some changes; currently I'm working on http and https capability as well as on a compromise between iperf3 rainbow unicorn numbers and my modest single http connection numbers. And a few more, some of them major, changes and functionality are coming as well.

    The test suites available for us mortal ?

  • jsgjsg Member, Resident Benchmarker

    @Motion3549 said:

    @jsg said:

    @HostDZire said:
    Thank you so much again for doing this <3
    Its will be helpful for users to decide based on this.

    Now they can see this and expect similar peformance, because yabs realy doesn't help alot. yabs provide good enough benchmark but its not detailed review so user might end-up not liking the vps later.

    But when they see and read this, they will know what type of performance they will get.

    So thank you so much for doing this.

    You're welcome. But yabs IMO is next to worthless and largely marketing BS, especially wrt connectivity.
    I recently had a look again at the yabs shell code and now also at the iperf3 (C) source code - and I found my attribution "marketing" BS" fully confirmend. For example, iperf3 works with "slots" that is, the target stack is fully available, and btw. those slots are not always available which boils down to potentially multiple waiting times for a free slot. And then it pumps as much through the connection as possible.
    Don't get me wrong, that may indeed be useful - but for an entirely different purpose. For a large organization e.g. it may be useful to know how much traffic they can pump through a connection, or wavelength or fiber. But hardly for an average John Doe VPS user. For him/her it's important to know what real world performance they can achieve and without waiting for available slots ...

    The mere fact that so many iperf3 servers, almost all of which are "sponsored" by carriers or providers, should make one think. At the same time it still isn't that easy to find good connectivity test files over a fast connection.

    Besides, a single benchmark is next to worthless and like a lottery game. A real benchmark should be based on at least two or three dozen runs over (preferably multiple) 24 hr periods.

    But I'll admit that I'm, a bit tired of my real world numbers being considerably lower than the marketing optimized high iperf3 numbers. So I've decided to make some changes; currently I'm working on http and https capability as well as on a compromise between iperf3 rainbow unicorn numbers and my modest single http connection numbers. And a few more, some of them major, changes and functionality are coming as well.

    The test suites available for us mortal ?

    If you mean mine, kind of yes. Explanation: version one had the source code publicly available. Result: lots of yada yada but hardly a handful of downloads. Next someone complained about me not using git. At that point I stopped making the source code available. But I gave a the binary (for linux) as well as docu available to a few users here who asked politely. And for one user I even created a Windows executable.
    For the upcoming version 3 with considerably extended functionality and features I havent decided yet but quite likely will at least provide a decent docu and maybe even the binaries publicly.

  • @jsg said:

    @Motion3549 said:

    @jsg said:

    @HostDZire said:
    Thank you so much again for doing this <3
    Its will be helpful for users to decide based on this.

    Now they can see this and expect similar peformance, because yabs realy doesn't help alot. yabs provide good enough benchmark but its not detailed review so user might end-up not liking the vps later.

    But when they see and read this, they will know what type of performance they will get.

    So thank you so much for doing this.

    You're welcome. But yabs IMO is next to worthless and largely marketing BS, especially wrt connectivity.
    I recently had a look again at the yabs shell code and now also at the iperf3 (C) source code - and I found my attribution "marketing" BS" fully confirmend. For example, iperf3 works with "slots" that is, the target stack is fully available, and btw. those slots are not always available which boils down to potentially multiple waiting times for a free slot. And then it pumps as much through the connection as possible.
    Don't get me wrong, that may indeed be useful - but for an entirely different purpose. For a large organization e.g. it may be useful to know how much traffic they can pump through a connection, or wavelength or fiber. But hardly for an average John Doe VPS user. For him/her it's important to know what real world performance they can achieve and without waiting for available slots ...

    The mere fact that so many iperf3 servers, almost all of which are "sponsored" by carriers or providers, should make one think. At the same time it still isn't that easy to find good connectivity test files over a fast connection.

    Besides, a single benchmark is next to worthless and like a lottery game. A real benchmark should be based on at least two or three dozen runs over (preferably multiple) 24 hr periods.

    But I'll admit that I'm, a bit tired of my real world numbers being considerably lower than the marketing optimized high iperf3 numbers. So I've decided to make some changes; currently I'm working on http and https capability as well as on a compromise between iperf3 rainbow unicorn numbers and my modest single http connection numbers. And a few more, some of them major, changes and functionality are coming as well.

    The test suites available for us mortal ?

    If you mean mine, kind of yes. Explanation: version one had the source code publicly available. Result: lots of yada yada but hardly a handful of downloads. Next someone complained about me not using git. At that point I stopped making the source code available. But I gave a the binary (for linux) as well as docu available to a few users here who asked politely. And for one user I even created a Windows executable.
    For the upcoming version 3 with considerably extended functionality and features I havent decided yet but quite likely will at least provide a decent docu and maybe even the binaries publicly.

    Thank you if you make it available. An optimize benchmark test suites for us mortal for daily average resources usage.

    Thanked by 1jsg
  • jsgjsg Member, Resident Benchmarker
    edited June 2025

    Yet another HostDZire / Leaseweb location benchmark and review!

    Good Lord, @HostDZire really is a nice guy. After I had discovered the CA promo VPS I asked him whether I could get access for a couple of days and expected a polite, even friendly, but still a "enough now, hmmm" response. Nope, he just said "Sure, no problem" and an hour or two later I found the CA VPS in my panel.

    Thank you very much HostDZire! You successfully turned me into a HostDZire fan *g (that won't keep me away from staying honest, though, even blunt when justified).

    So, as usual I'll start with sysinfo, processor, and memory.

    Version 2.5.0a, (c) 2018+ jsg (->lowendtalk.com)
    Machine: amd64, Arch.: amd64, Model: AMD EPYC Processor
    OS, version: FreeBSD 14.1, Mem.: 5.989 GB
    CPU - Cores: 4, Family/Model/Stepping: 23/1/2
    Cache: 32K/64K L1d/L1i, 512K L2, 8M L3
    Std. Flags: fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat
              pse36 cflsh mmx fxsr sse sse2 htt sse3 pclmulqdq ssse3 fma cx16
              sse4_1 sse4_2 popcnt aes xsave osxsave avx f16c rdrnd hypervisor
    Ext. Flags: syscall nx mmxext fxsr_opt pdpe1gb rdtscp lm lahf_lm cmp_legacy
              cr8_legacy lzcnt sse4a misalignsse 3dnowprefetch osvw topoext
    
    AES? Yes
    InNested Virt.? No
    HW RNG? Yes
    
    ProcMem SC [MB/s]: avg 198.8 - min 81.0 (40.8 %), max 317.3 (159.6 %)
    ProcMem MA [MB/s]: avg 775.8 - min 652.9 (84.2 %), max 931.8 (120.1 %)
    ProcMem MB [MB/s]: avg 855.7 - min 729.2 (85.2 %), max 1013.0 (118.4 %)
    ProcMem AES [MB/s]: avg 925.3 - min 907.4 (98.1 %), max 940.7 (101.7 %)
    ProcMem RSA [kp/s]: avg 85.6 - min 81.0 (94.7 %), max 89.6 (104.7 %)
    

    No surprises and none expected, give or take basically the same as the WDC VPS, the "standard" Leaseweb VPS. So, really nice!

    Let's look at the disk (probably very similar again).

    --- Disk 4 KB - Buffered ---
    Write seq. [MB/s]: avg 6.87 - min 6.13 (89.2%), max 7.53 (109.6%)
    Write rnd. [MB/s]: avg 6.60 - min 5.80 (87.9%), max 7.18 (108.8%)
    Read seq. [MB/s]:  avg 17.28 - min 16.09 (93.1%), max 18.64 (107.9%)
    Read rnd. [MB/s]:  avg 15.26 - min 14.20 (93.1%), max 16.46 (107.9%)
    --- Disk 4 KB - Sync/Direct ---
    Write seq. [MB/s]: avg 6.91 - min 6.42 (92.9%), max 7.69 (111.3%)
    Write rnd. [MB/s]: avg 6.64 - min 5.87 (88.4%), max 7.24 (109.1%)
    Read seq. [MB/s]:  avg 17.08 - min 15.66 (91.7%), max 17.99 (105.3%)
    Read rnd. [MB/s]:  avg 15.22 - min 14.24 (93.6%), max 16.27 (106.9%)
    
    --- Disk 64 KB - Buffered ---
    Write seq. [MB/s]: avg 70.51 - min 55.93 (79.3%), max 78.33 (111.1%)
    Write rnd. [MB/s]: avg 66.45 - min 61.16 (92.0%), max 71.92 (108.2%)
    Read seq. [MB/s]:  avg 4499.37 - min 3806.10 (84.6%), max 4952.70 (110.1%)
    Read rnd. [MB/s]:  avg 212.56 - min 189.09 (89.0%), max 235.56 (110.8%)
    --- Disk 64 KB - Sync/Direct ---
    Write seq. [MB/s]: avg 13.49 - min 12.81 (95.0%), max 14.08 (104.4%)
    Write rnd. [MB/s]: avg 6.18 - min 5.94 (96.2%), max 6.38 (103.3%)
    Read seq. [MB/s]:  avg 4426.37 - min 4057.89 (91.7%), max 4878.84 (110.2%)
    Read rnd. [MB/s]:  avg 183.67 - min 162.60 (88.5%), max 222.11 (120.9%)
    
    --- Disk 1 MB - Buffered ---
    Write seq. [MB/s]: avg 96.42 - min 76.60 (79.4%), max 102.05 (105.8%)
    Write rnd. [MB/s]: avg 187.40 - min 166.91 (89.1%), max 200.28 (106.9%)
    Read seq. [MB/s]:  avg 4924.95 - min 4105.72 (83.4%), max 5230.87 (106.2%)
    Read rnd. [MB/s]:  avg 1048.06 - min 860.18 (82.1%), max 1163.14 (111.0%)
    --- Disk 1 MB - Sync/Direct ---
    Write seq. [MB/s]: avg 26.74 - min 25.99 (97.2%), max 27.55 (103.0%)
    Write rnd. [MB/s]: avg 16.72 - min 16.49 (98.6%), max 17.06 (102.0%)
    Read seq. [MB/s]:  avg 5054.78 - min 4465.77 (88.3%), max 5482.88 (108.5%)
    Read rnd. [MB/s]:  avg 1120.42 - min 958.55 (85.6%), max 1244.67 (111.1%)
    --- Disk IOps (Sync/Direct) ---
    Write seq. [MB/s]: avg 22.00 - min 21.17 (96.2%), max 23.52 (106.9%)
    IOps             : avg 5632.41 - min 5419.43 (96.2%), max 6020.90 (106.9%)
    

    Hmm, even significantly faster than the WDC NVMe. Not massively but give or take +10% write speed and +10% IOps is significant. But anyway, even the WDC disk is in solid performance territory, so me happy.

    Finally the connectivity. If any then I'd expect differences here and that was my main point of interest.

    --- Europe ---
    
    NO OSL mirror.terrahost.no [F: 0]
      DL [Mb/s]:      avg 100.1 - min 97.1 (97.1%), max 104.8 (104.7%)
      Ping [ms]:      avg 106.0 - min 106.0 (100.0%), max 106.1 (100.1%)
      Web ping [ms]:  avg 109.5 - min 106.0 (96.8%), max 127.8 (116.7%)
    
    UK LON lon.speedtest.clouvider.net [F: 0]
      DL [Mb/s]:      avg 144.4 - min 138.4 (95.8%), max 151.1 (104.7%)
      Ping [ms]:      avg 72.6 - min 72.6 (100.0%), max 72.9 (100.4%)
      Web ping [ms]:  avg 75.7 - min 72.6 (95.9%), max 88.8 (117.3%)
    
    NL AMS nl.mirrors.clouvider.net [F: 0]
      DL [Mb/s]:      avg 130.7 - min 123.7 (94.7%), max 142.6 (109.2%)
      Ping [ms]:      avg 81.6 - min 78.0 (95.5%), max 84.6 (103.6%)
      Web ping [ms]:  avg 82.5 - min 78.3 (94.9%), max 85.2 (103.3%)
    
    DE FRA mirror.plusline.net [F: 0]
      DL [Mb/s]:      avg 121.4 - min 118.0 (97.2%), max 125.9 (103.7%)
      Ping [ms]:      avg 90.0 - min 89.9 (99.9%), max 90.1 (100.1%)
      Web ping [ms]:  avg 90.3 - min 89.9 (99.5%), max 97.7 (108.2%)
    
    FR PAR mirror.in2p3.fr [F: 0]
      DL [Mb/s]:      avg 107.1 - min 70.7 (66.0%), max 113.0 (105.5%)
      Ping [ms]:      avg 95.8 - min 0.0 (0.0%), max 98.5 (102.8%)
      Web ping [ms]:  avg 139.7 - min 0.0 (0.0%), max 319.9 (229.0%)
    
    IT MIL it1.mirror.vhosting-it.com [F: 0]
      DL [Mb/s]:      avg 110.7 - min 106.4 (96.1%), max 116.8 (105.5%)
      Ping [ms]:      avg 97.4 - min 95.3 (97.9%), max 99.7 (102.4%)
      Web ping [ms]:  avg 99.5 - min 95.7 (96.2%), max 136.1 (136.8%)
    
    ES MAD mirror.es.stackscale.com [F: 37]
      DL [Mb/s]:      avg 0.0 - min 0.0 (0.0%), max 0.0 (0.0%)
      Ping [ms]:      avg 100.3 - min 100.3 (100.0%), max 100.5 (100.2%)
      Web ping [ms]:  avg 100.3 - min 100.3 (100.0%), max 100.5 (100.2%)
    
    RO BUC mirrors.hosterion.ro [F: 0]
      DL [Mb/s]:      avg 96.9 - min 95.2 (98.2%), max 98.4 (101.5%)
      Ping [ms]:      avg 113.7 - min 113.6 (99.9%), max 113.8 (100.1%)
      Web ping [ms]:  avg 113.9 - min 113.6 (99.7%), max 114.4 (100.4%)
    
    RU MOS speedtest.hostkey.ru [F: 0]
      DL [Mb/s]:      avg 88.4 - min 85.4 (96.6%), max 91.0 (103.0%)
      Ping [ms]:      avg 126.1 - min 124.3 (98.6%), max 128.6 (102.0%)
      Web ping [ms]:  avg 133.2 - min 124.3 (93.3%), max 141.7 (106.4%)
    
    --- Asia / Oceania ---
    
    RU SIB mirror.truenetwork.ru [F: 0]
      DL [Mb/s]:      avg 63.4 - min 59.6 (94.0%), max 66.2 (104.5%)
      Ping [ms]:      avg 173.0 - min 170.5 (98.6%), max 176.9 (102.3%)
      Web ping [ms]:  avg 174.9 - min 170.5 (97.5%), max 183.7 (105.0%)
    
    IR TEH mirror.mobinhost.com [F: 0]
      DL [Mb/s]:      avg 67.0 - min 63.3 (94.5%), max 70.6 (105.4%)
      Ping [ms]:      avg 168.3 - min 166.3 (98.8%), max 170.4 (101.2%)
      Web ping [ms]:  avg 170.2 - min 166.3 (97.7%), max 189.7 (111.5%)
    
    IN MUM mirrors.piconets.webwerks.in [F: 0]
      DL [Mb/s]:      avg 56.2 - min 55.2 (98.3%), max 57.2 (101.9%)
      Ping [ms]:      avg 198.8 - min 198.1 (99.6%), max 200.8 (101.0%)
      Web ping [ms]:  avg 201.5 - min 198.2 (98.3%), max 204.2 (101.3%)
    
    SG SGP mirror.sg.gs [F: 0]
      DL [Mb/s]:      avg 43.4 - min 41.6 (95.8%), max 46.0 (106.1%)
      Ping [ms]:      avg 255.0 - min 254.6 (99.9%), max 260.8 (102.3%)
      Web ping [ms]:  avg 256.9 - min 254.6 (99.1%), max 263.4 (102.5%)
    
    CN HKG mirrors.xtom.hk [F: 0]
      DL [Mb/s]:      avg 49.9 - min 48.3 (96.8%), max 53.2 (106.6%)
      Ping [ms]:      avg 220.1 - min 220.0 (100.0%), max 220.4 (100.1%)
      Web ping [ms]:  avg 220.7 - min 220.0 (99.7%), max 222.2 (100.7%)
    
    CN BEJ mirrors.bfsu.edu.cn [F: 0]
      DL [Mb/s]:      avg 40.3 - min 38.0 (94.4%), max 42.0 (104.3%)
      Ping [ms]:      avg 266.0 - min 265.5 (99.8%), max 266.7 (100.3%)
      Web ping [ms]:  avg 266.4 - min 265.5 (99.6%), max 267.8 (100.5%)
    
    JP OSA mirrors.xtom.jp [F: 0]
      DL [Mb/s]:      avg 56.4 - min 51.4 (91.1%), max 63.5 (112.7%)
      Ping [ms]:      avg 183.1 - min 183.0 (99.9%), max 183.4 (100.2%)
      Web ping [ms]:  avg 197.8 - min 183.1 (92.6%), max 213.2 (107.8%)
    
    AU SYD mirror.internet.asn.au [F: 0]
      DL [Mb/s]:      avg 56.9 - min 56.5 (99.3%), max 57.5 (101.1%)
      Ping [ms]:      avg 199.1 - min 198.9 (99.9%), max 200.7 (100.8%)
      Web ping [ms]:  avg 199.8 - min 198.9 (99.5%), max 205.8 (103.0%)
    
    --- Africa ---
    
    ZA JOB mirror.datakeepers.co.za [F: 0]
      DL [Mb/s]:      avg 47.9 - min 39.0 (81.3%), max 49.4 (103.0%)
      Ping [ms]:      avg 232.3 - min 232.1 (99.9%), max 233.4 (100.5%)
      Web ping [ms]:  avg 241.9 - min 232.2 (96.0%), max 307.8 (127.3%)
    
    KE NAI mirror.liquidtelecom.com [F: 0]
      DL [Mb/s]:      avg 53.8 - min 52.6 (97.7%), max 54.7 (101.6%)
      Ping [ms]:      avg 203.9 - min 203.5 (99.8%), max 205.1 (100.6%)
      Web ping [ms]:  avg 204.1 - min 203.8 (99.9%), max 205.1 (100.5%)
    
    --- America ---
    
    US NYC nyc.mirrors.clouvider.net [F: 0]
      DL [Mb/s]:      avg 1074.7 - min 1016.3 (94.6%), max 1149.1 (106.9%)
      Ping [ms]:      avg 9.2 - min 9.1 (98.4%), max 9.5 (102.8%)
      Web ping [ms]:  avg 9.8 - min 9.1 (92.6%), max 18.8 (191.3%)
    
    US CHI ord.mirror.rackspace.com [F: 0]
      DL [Mb/s]:      avg 412.4 - min 397.2 (96.3%), max 423.3 (102.7%)
      Ping [ms]:      avg 23.0 - min 22.9 (99.7%), max 23.2 (101.0%)
      Web ping [ms]:  avg 27.8 - min 23.8 (85.7%), max 54.2 (195.1%)
    
    US LAX mirror.alma.lax1.serverforge.org [F: 0]
      DL [Mb/s]:      avg 195.9 - min 163.5 (83.5%), max 201.7 (103.0%)
      Ping [ms]:      avg 56.8 - min 55.8 (98.3%), max 66.4 (116.9%)
      Web ping [ms]:  avg 58.5 - min 55.9 (95.5%), max 87.5 (149.5%)
    
    US SJO mirrors.xtom.us [F: 0]
      DL [Mb/s]:      avg 177.9 - min 174.9 (98.3%), max 179.8 (101.0%)
      Ping [ms]:      avg 62.6 - min 62.5 (99.9%), max 63.6 (101.6%)
      Web ping [ms]:  avg 62.8 - min 62.6 (99.7%), max 63.6 (101.3%)
    

    Normally I'd do the usual splitting up into continents/regions, but I don't. The reason is simple: the results are very similar to the WDC VPS. Slightly better here, slightly worse there, but similar - and decent! - enough to not do the full walk. Maybe noteworthy: The WDC reaches slightly more targets. I guess the only way to get better connectivity within Murrica would be a more central location like e.g. Dallas (as experienced with the amazing @RIYAD Dallas VPS).

    Rather I'll disclose why I was interested in this Leaseweb location: I wondered whether the Canada VPS would possibly be significantly better than my WDC reference VPS (for whatever miraculous reason ...). Answer: It is a fine NA location but the differences are small enough to stick to my WDC VPS, especially when I got it at a significantly lower price (back when it did cost only $24/yr which IIRC is almost half of the CA VPS's price) and also because over all I like my WDC VPS a bit more.

    TL;DR/verdict: yet another "boringly" nice - and cheap with the promo! - HostDZire / Leaseweb VPS.

    After doing quite many HostDZire and Leaseweb VPSs I think I can say that HostDZire really earned to be among my favourite providers. Yes, it may look a bit boring to see more or less the same or very similar results but (a) those results are very decent, and (b) in my books that's a plus because it means that Leaseweb quite consistently uses the same quite decent hardware in all locations and the differences mainly are in the location itself. Or in other words: when you buy a Leaseweb VPS you know what you get. Including connectivity in the sense of "quite good" everywhere.
    That said, neither their hardware nor their connectivity is highest end but neither is their price, and both are clearly in what one might call solid business/professional territory. Yes, one can find faster hardware (like Ryzen and high-end NVMes) and one can find even better connectivity (like Hybula) but not or extremely rarely at a Leaseweb like price.

    I very recently tested another provider's US promo VPS and I also have a Contabo VPS in both Murrica and Singapore; the last time I benchmarked them they were significantly worse than my Contabo VPS in Germany, which was upgraded and now is actually really decent (even in the top-3 list of one category in my "the bestest" shootout a while ago) but again, the last time I looked neither the St. Louis nor the SGP VPS had been upgraded. But I'm currently doing a benchmark run on both.

    So, I guess my HostDZire India VPS ( their own, not Leaseweb) and the WDC Leaseweb VPS will be my reference for at least some time. Once they are upgraded (if they will be) I might add the 2 Contabo VPS into the mix. Europe is no problem, there the @Hybula Ryzen VPS was, is, and stays my reference.

    Now, when a benchmarker who tested many, many VPSs from many providers, from super-cheap to kind of expensive, comes to the conclusion that a certain provider's products are the right choice for reference systems that's a major compliment I think. And a compliment HostDZire (and Leaseweb) earned.

  • HostDZireHostDZire Member, Patron Provider

    @jsg

    Thank you so much again <3

    Thanked by 1jsg
  • TimboJonesTimboJones Member
    edited June 2025

    @Motion3549 said:

    @jsg said:

    @HostDZire said:
    Thank you so much again for doing this <3
    Its will be helpful for users to decide based on this.

    Now they can see this and expect similar peformance, because yabs realy doesn't help alot. yabs provide good enough benchmark but its not detailed review so user might end-up not liking the vps later.

    But when they see and read this, they will know what type of performance they will get.

    So thank you so much for doing this.

    You're welcome. But yabs IMO is next to worthless and largely marketing BS, especially wrt connectivity.
    I recently had a look again at the yabs shell code and now also at the iperf3 (C) source code - and I found my attribution "marketing" BS" fully confirmend. For example, iperf3 works with "slots" that is, the target stack is fully available, and btw. those slots are not always available which boils down to potentially multiple waiting times for a free slot. And then it pumps as much through the connection as possible.

    Yes, a bandwidth test is supposed to pump as much bandwidth as possible. That's its purpose. Iperf isn't perfect, far from it. I've filed bug reports years ago when dealing with bugs. But iperf maintainers don't throw whiny hissy fits when their design limits or coding bugs are pointed out.

    Don't get me wrong, that may indeed be useful - but for an entirely different purpose. For a large organization e.g. it may be useful to know how much traffic they can pump through a connection, or wavelength or fiber. But hardly for an average John Doe VPS user. For him/her it's important to know what real world performance they can achieve and without waiting for available slots ...

    You're not doing any real world tests, yourself. You trailed off without making a point about the slots. The slot wait time has no relevance to the to results.

    The mere fact that so many iperf3 servers, almost all of which are "sponsored" by carriers or providers, should make one think. At the same time it still isn't that easy to find good connectivity test files over a fast connection.

    That its expensive and require major bandwidth and players to run them so they're not overloaded.

    Besides, a single benchmark is next to worthless and like a lottery game. A real benchmark should be based on at least two or three dozen runs over (preferably multiple) 24 hr periods.

    I would argue testing just 24 hour periods isn't much different than yabs. You need multiple times a day, and weeks to arrive at reliable conclusions.

    Then run yabs more than once. Seems self explanatory. But you realize that data is only useful if you graph the results over time, rather than average with no times.

    If you're going to spend the time doing reviews on a regular basis, just put all your results in a spreadsheet, graph the results and release that data. Then actual comparisons can be done between hosts, locations, resources, etc.

    But I'll admit that I'm, a bit tired of my real world numbers being considerably lower than the marketing optimized high iperf3 numbers. So I've decided to make some changes; currently I'm working on http and https capability as well as on a compromise between iperf3 rainbow unicorn numbers and my modest single http connection numbers. And a few more, some of them major, changes and functionality are coming as well.

    If you're making a high bandwidth connection, you're not doing that over http (the hint is in the name). Nor have you made any sort of data available to prove its a real world test (your test is synthetic, you really have no idea what you're talking about).

    Unless you're saying iperf doesn't count data correctly, you also don't know the meaning of "rainbow unicorn" numbers.

    The test suites available for us mortal ?

    He used to put it out online. An earlier version, at least. Then when people would report getting nonsensical results (I provided detailed test results from Oracle I/O limited VPS and Cloud at Cost's next to unusable servers), he cried and whined and pulled the release so NOBODY can reproduce or validate his app. My phone is on low battery right now, but I'm sure that thread is before Oct 2020 if anyone wants to search for it.

    I still have it if anyone wanted it. I'm away for another week but can post it somewhere next week if anyone actually wanted to test with it (spoiler alert, barely anyone did back then).

    I've been private messaged by providers who tell me they know his numbers are nonsense, but they don't speak out for PR reasons.

  • @TimboJones said:

    @Motion3549 said:

    @jsg said:

    @HostDZire said:
    Thank you so much again for doing this <3
    Its will be helpful for users to decide based on this.

    Now they can see this and expect similar peformance, because yabs realy doesn't help alot. yabs provide good enough benchmark but its not detailed review so user might end-up not liking the vps later.

    But when they see and read this, they will know what type of performance they will get.

    So thank you so much for doing this.

    You're welcome. But yabs IMO is next to worthless and largely marketing BS, especially wrt connectivity.
    I recently had a look again at the yabs shell code and now also at the iperf3 (C) source code - and I found my attribution "marketing" BS" fully confirmend. For example, iperf3 works with "slots" that is, the target stack is fully available, and btw. those slots are not always available which boils down to potentially multiple waiting times for a free slot. And then it pumps as much through the connection as possible.

    Yes, a bandwidth test is supposed to pump as much bandwidth as possible. That's its purpose. Iperf isn't perfect, far from it. I've filed bug reports years ago when dealing with bugs. But iperf maintainers don't throw whiny hissy fits when their design limits or coding bugs are pointed out.

    Don't get me wrong, that may indeed be useful - but for an entirely different purpose. For a large organization e.g. it may be useful to know how much traffic they can pump through a connection, or wavelength or fiber. But hardly for an average John Doe VPS user. For him/her it's important to know what real world performance they can achieve and without waiting for available slots ...

    You're not doing any real world tests, yourself. You trailed off without making a point about the slots. The slot wait time has no relevance to the to results.

    The mere fact that so many iperf3 servers, almost all of which are "sponsored" by carriers or providers, should make one think. At the same time it still isn't that easy to find good connectivity test files over a fast connection.

    That its expensive and require major bandwidth and players to run them so they're not overloaded.

    Besides, a single benchmark is next to worthless and like a lottery game. A real benchmark should be based on at least two or three dozen runs over (preferably multiple) 24 hr periods.

    I would argue testing just 24 hour periods isn't much different than yabs. You need multiple times a day, and weeks to arrive at reliable conclusions.

    Then run yabs more than once. Seems self explanatory. But you realize that data is only useful if you graph the results over time, rather than average with no times.

    If you're going to spend the time doing reviews on a regular basis, just put all your results in a spreadsheet, graph the results and release that data. Then actual comparisons can be done between hosts, locations, resources, etc.

    But I'll admit that I'm, a bit tired of my real world numbers being considerably lower than the marketing optimized high iperf3 numbers. So I've decided to make some changes; currently I'm working on http and https capability as well as on a compromise between iperf3 rainbow unicorn numbers and my modest single http connection numbers. And a few more, some of them major, changes and functionality are coming as well.

    If you're making a high bandwidth connection, you're not doing that over http (the hint is in the name). Nor have you made any sort of data available to prove its a real world test (your test is synthetic, you really have no idea what you're talking about).

    Unless you're saying iperf doesn't count data correctly, you also don't know the meaning of "rainbow unicorn" numbers.

    The test suites available for us mortal ?

    He used to put it out online. An earlier version, at least. Then when people would report getting nonsensical results (I provided detailed test results from Oracle I/O limited VPS and Cloud at Cost's next to unusable servers), he cried and whined and pulled the release so NOBODY can reproduce or validate his app. My phone is on low battery right now, but I'm sure that thread is before Oct 2020 if anyone wants to search for it.

    I still have it if anyone wanted it. I'm away for another week but can post it somewhere next week if anyone actually wanted to test with it (spoiler alert, barely anyone did back then).

    I've been private messaged by providers who tell me they know his numbers are nonsense, but they don't speak out for PR reasons.

    Thank you for a detailed information. I think you have the point. We need multiple tests.

  • jsgjsg Member, Resident Benchmarker
    edited June 2025

    @Motion3549 said:

    @TimboJones said:
    [mere bashing and spreading BS]

    Thank you for a detailed information. I think you have the point. We need multiple tests.

    There's no information there, just nonsense, obviously wrong assertions, and bashing.

    As for "we need multiple tests" I agree, that would be useful, but so far I know of none (other than hobbyist scripts and/or marketing tools).

    Btw, his "been private messaged by providers who tell me they know his numbers are nonsense, but they don't speak out for PR reasons." statement obviously is BS and a lie too. (a) what problems ("PR reasons") would providers be afraid of when it's bloody obvious that even a nobody can consistently attack me and bash me?. And (b) provable and meanwhile even publicly known fact is that I've often been expressly asked to benchmark one or multiple products by providers, be it as a service for them (not published) or be it as a published review here.

    Also btw. I've never deleted the code and/or binaries I've made available, it's still out there on the "Yandex drive" site. I simply didn't make the source available anymore (for newer versions).

    Frankly, it's puzzling why he even still is tolerated here after many, many incidents of him spreading lies, attacking other users personally, commonly using vulgar language, aso, asf.

    Thanked by 1HostDZire
  • @jsg said:

    @Motion3549 said:

    @TimboJones said:
    [mere bashing and spreading BS]

    Thank you for a detailed information. I think you have the point. We need multiple tests.

    There's no information there, just nonsense, obviously wrong assertions, and bashing.

    As for "we need multiple tests" I agree, that would be useful, but so far I know of none (other than hobbyist scripts and/or marketing tools).

    Btw, his "been private messaged by providers who tell me they know his numbers are nonsense, but they don't speak out for PR reasons." statement obviously is BS and a lie too. (a) what problems ("PR reasons") would providers be afraid of when it's bloody obvious that even a nobody can consistently attack me and bash me?. And (b) provable and meanwhile even publicly known fact is that I've often been expressly asked to benchmark one or multiple products by providers, be it as a service for them (not published) or be it as a published review here.

    Also btw. I've never deleted the code and/or binaries I've made available, it's still out there on the "Yandex drive" site. I simply didn't make the source available anymore (for newer versions).

    Frankly, it's puzzling why he even still is tolerated here after many, many incidents of him spreading lies, attacking other users personally, commonly using vulgar language, aso, asf.

    Let’s focus on the reproducibility. I’m not sure why you decided to stop. if everyone can “yabs” with your tools that would be a lot beneficial?

  • jsgjsg Member, Resident Benchmarker

    @Motion3549 said:
    Let’s focus on the reproducibility. I’m not sure why you decided to stop. if everyone can “yabs” with your tools that would be a lot beneficial?

    You can thank a (very few) real assholes for that. In fact I'm not even shure that I'll continue at all to provide that service to the LET community.

    You see, it all started because I wanted real world performance numbers for myself, tried a few tools available and found the situation unsatisfying; those tools were not satisfactory and/or cumbersome and/or basically nonsensical (in my view). That's why I wrote my benchmark program in the first place. It was to scratch my itch and satisfy my curiosity. Publishing my results was just an extra on top because there was a desire for performance information.

    So, I can simply go back to where I was after finishing my code and just scratch my itch and satisfy my curiosity.

    Plus LET increasingly has become and continues to become even more a "only views count" shit hole anyway, sorry.

    Thanked by 1HostDZire
  • @jsg said:

    @Motion3549 said:
    Let’s focus on the reproducibility. I’m not sure why you decided to stop. if everyone can “yabs” with your tools that would be a lot beneficial?

    You can thank a (very few) real assholes for that. In fact I'm not even shure that I'll continue at all to provide that service to the LET community.

    You see, it all started because I wanted real world performance numbers for myself, tried a few tools available and found the situation unsatisfying; those tools were not satisfactory and/or cumbersome and/or basically nonsensical (in my view). That's why I wrote my benchmark program in the first place. It was to scratch my itch and satisfy my curiosity. Publishing my results was just an extra on top because there was a desire for performance information.

    So, I can simply go back to where I was after finishing my code and just scratch my itch and satisfy my curiosity.

    Plus LET increasingly has become and continues to become even more a "only views count" shit hole anyway, sorry.

    Yeah since you decided of what you want. There is nothing I can discuss anymore.

    About LET becoming shit hole, afaik only HN can still strive with a lot of good discussions.

  • @Motion3549 said:

    @jsg said:

    @Motion3549 said:

    @TimboJones said:
    [mere bashing and spreading BS]

    Thank you for a detailed information. I think you have the point. We need multiple tests.

    There's no information there, just nonsense, obviously wrong assertions, and bashing.

    As for "we need multiple tests" I agree, that would be useful, but so far I know of none (other than hobbyist scripts and/or marketing tools).

    Btw, his "been private messaged by providers who tell me they know his numbers are nonsense, but they don't speak out for PR reasons." statement obviously is BS and a lie too. (a) what problems ("PR reasons") would providers be afraid of when it's bloody obvious that even a nobody can consistently attack me and bash me?. And (b) provable and meanwhile even publicly known fact is that I've often been expressly asked to benchmark one or multiple products by providers, be it as a service for them (not published) or be it as a published review here.

    Also btw. I've never deleted the code and/or binaries I've made available, it's still out there on the "Yandex drive" site. I simply didn't make the source available anymore (for newer versions).

    Frankly, it's puzzling why he even still is tolerated here after many, many incidents of him spreading lies, attacking other users personally, commonly using vulgar language, aso, asf.

    Let’s focus on the reproducibility. I’m not sure why you decided to stop. if everyone can “yabs” with your tools that would be a lot beneficial?

    Reproducibility and standardisation is key to any serious benchmark. If you can't reproduce it yourself and make comparable assessments then the measurement itself is pointless.

  • LET,

    What is my social responsibility to a provider no longer here who started a DM with me along the lines, "just between us, bro"?

    Last active January 2022 and no longer in business?

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