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Thread: Сравнение производительности процессоров роутеров

  1. #1

    Thumbs up Сравнение производительности процессоров роутеров

    Коллеги, предлагаю поучаствовать в древней забаве - померять у кого длин...
    .. больше производительность CPU на разных моделях роутеров.
    Просто для того, чтобы представлять, какими вычислительными ресурсами мы располагаем.

    Будем использовать cpubench, издавна созданный OpenWRT'шниками для этих целей.
    В приложении найдёте статический бинарник, работа которого не зависит от текущей прошивки.
    Просто напишите модель роутера и вывод теста, образец в следующем посте.

    Тест выполняйте при остановленных торрент-качалках и других внешних сервисах.
    Если ваш результат практически не отличается от уже имеющегося, то публиковать его не стоит.

    Подразумевается, что у вас не разогнанный/модифицированный роутер.
    Если это не так, то напишите тактовую частоту CPU/суть мода.
    В табличку сведены лучшие показатели, в порядке убывания производительности:

    Vendor, Model, Version
    Freq. CPU
    Memory bench
    [secs]
    Computation
    of pi [secs]
    Computation
    of e [secs]
    Float bench
    [secs]
    Total time
    [secs]
    Asus RT-AC68U
    @1600MHz*
    1.19 3.29 2.83 0.03 7.3
    Asus RT-N56U B1
    @900MHz*
    2.14 3.69 3.69 1.47 11.0
    Asus RT-AC56U
    @1000MHz*
    1.51 5.32 4.19 0.04 11.1
    Asus RT-AC68U
    @1000MHz*
    1.70 4.90 4.42 0.04 11.1
    Asus RT-N66U
    @662MHz*
    1.84 4.77 3.85 1.88 12.3
    Asus RT-AC66U
    @662MHz*
    1.81 4.75 3.84 1.92 12.3
    Asus RT-AC56U
    @800MHz (default)
    1.62 6.64 5.22 0.05 13.5
    Asus RT-N18U
    @800MHz (default)
    1.59 6.70 5.29 0.05 13.6
    Asus RT-N66U B1
    @600MHz (default)
    1.98 5.23 4.23 2.11 13.6
    Asus RT-AC66U
    @600MHz (default)
    1.99 5.28 4.27 2.14 13.7
    Asus RT-N16
    @533MHz*
    2.25 5.63 5.13 2.38 15.4
    Asus RT-N56U
    @500MHz (default)
    2.87 6.01 4.89 2.45 16.2
    Asus RT-N65U
    @500MHz (default)
    2.55 6.07 5.00 2.57 16.2
    Asus RT-N14U
    @580MHz (default)
    2.41 5.98 5.98 2.28 16.6
    Asus RT-N15U
    @500MHz (default)
    2.82 6.36 5.13 2.48 16.8
    Asus RT-AC58U
    @717MHz (default)
    1.99 7.76 7.19 0.05 17.0
    Asus RT-N10U
    @480MHz*
    3.01 6.63 5.37 2.58 17.6
    Asus RT-N16
    @480MHz (default)
    2.47 6.75 5.80 2.64 17.7
    Asus RT-AC51U
    @580MHz (default)
    2.58 6.56 6.40 2.36 17.9
    Netgear WNR3500L V2
    @480MHz (default)
    3.07 6.67 5.75 2.54 18.0
    Netgear WNR3500L V1
    @453MHz (default)
    2.72 7.12 6.27 2.79 18.9
    TP-Link TL-MR3020
    @400MHz (default)
    3.41 8.28 8.28 0.43 20.4
    Raspberry Pi model B
    @700MHz (default)
    2.67 8.83 8.86 0.64 21.0
    ZyXEL Keenetic
    @384MHz (default)
    3.29 9.16 9.34 3.66 25.4
    Asus RT-N10U
    @300MHz (default)
    3.91 10.62 8.63 4.17 27.3
    Asus WL-500gP V1
    @300MHz*
    4.79 9.17 9.77 4.70 28.4
    Asus WL-500gP V1
    @264MHz (default)
    5.31 10.42 11.10 5.36 32.2
    D-Link DIR-320 A1
    @240MHz (default)
    6.45 11.86 12.97 6.54 37.8
    Asus WL-500gP V2
    @240MHz (default)
    6.50 12.23 13.19 6.66 38.6
    * - overclocked CPU
    Last edited by Omega; 29-01-2019 at 01:29. Reason: Добавил RT-AC68U

  2. #2
    Asus RT-N66u
    Code:
    $ ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 31us
    Time to run memory bench: 1.99[secs]
    Time to run computation of pi (2400 digits, 10 times): 5.28[secs]
    Time to run computation of e (9009 digits): 4.27[secs]
    Time to run float bench: 2.08[secs]
    Total time: 13.6s
    
    You can copy/paste the following line in the wiki table at: http://wiki.openwrt.org/HardwarePerformance
    || 2012-08-28 || ''Author'' || 2.0s || 5.3s || 4.3s || 2.1s || v0.6 || ''OS'' || ''DeviceModel'' || ''CPU model'' || ''CPU Frequency'' || ''LinkToHwPage'' ||

  3. #3
    D-Link DIR-320 ver.A1
    Code:
    $ ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 68us
    Time to run memory bench: 6.32[secs]
    Time to run computation of pi (2400 digits, 10 times): 11.88[secs]
    Time to run computation of e (9009 digits): 14.62[secs]
    Time to run float bench: 6.55[secs]
    Total time: 39.4s
    
    You can copy/paste the following line in the wiki table at: http://wiki.openwrt.org/HardwarePerformance
    || 2012-08-28 || ''Author'' || 6.3s || 11.9s || 14.6s || 6.5s || v0.6 || ''OS'' || ''DeviceModel'' || ''CPU model'' || ''CPU Frequency'' || ''LinkToHwPage'' ||

  4. #4
    Join Date
    Oct 2009
    Posts
    529
    Blog Entries
    1

    ASUS WL-500g Premium V1

    ASUS WL-500g Premium V1
    Code:
    $ ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 61us
    Time to run memory bench: 5.31[secs]
    Time to run computation of pi (2400 digits, 10 times): 10.42[secs]
    Time to run computation of e (9009 digits): 11.10[secs]
    Time to run float bench: 5.36[secs]
    Total time: 32.2s
    ASUS WL-500g Premium V1 @ 300 MHz
    Code:
    $ ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 53us
    Time to run memory bench: 4.79[secs]
    Time to run computation of pi (2400 digits, 10 times): 9.17[secs]
    Time to run computation of e (9009 digits): 9.77[secs]
    Time to run float bench: 4.70[secs]
    Total time: 28.4s

  5. #5

    rt-n66u

    Code:
    root@RT-N66U:/tmp/mnt/sda3/ftp_pub/test# ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 24us
    Time to run memory bench: 1.98[secs]
    Time to run computation of pi (2400 digits, 10 times): 5.23[secs]
    Time to run computation of e (9009 digits): 4.23[secs]
    Time to run float bench: 2.11[secs]
    Total time: 13.6s
    странный какой-то тест... в памяти было полно процессов (снял только торрент), а начальные цифры чуток поменьше. чем во втором посте, а последняя цифирь больше....
    RT-N66U Tomato Firmware 1.28.0000 MIPSR2-109 K26 USB AIO-64K
    WL-500W: 1.9.2.7-d-r2624 + huawei 353 - дачный интернет

  6. #6
    Join Date
    Oct 2009
    Posts
    529
    Blog Entries
    1

    Netgear WNR3500L V1

    Netgear WNR3500L V1
    Code:
    $ ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 33us
    Time to run memory bench: 2.72[secs]
    Time to run computation of pi (2400 digits, 10 times): 7.12[secs]
    Time to run computation of e (9009 digits): 6.27[secs]
    Time to run float bench: 2.79[secs]
    Total time: 18.9s
    Netgear WNR3500L V1 @ 480 Mhz
    Code:
    $ ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 32us
    Time to run memory bench: 2.56[secs]
    Time to run computation of pi (2400 digits, 10 times): 6.72[secs]
    Time to run computation of e (9009 digits): 5.83[secs]
    Time to run float bench: 2.62[secs]
    Total time: 17.7s
    Netgear WNR3500L V1 @ 500 Mhz
    Code:
    $ ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 31us
    Time to run memory bench: 2.43[secs]
    Time to run computation of pi (2400 digits, 10 times): 6.55[secs]
    Time to run computation of e (9009 digits): 5.58[secs]
    Time to run float bench: 2.52[secs]
    Total time: 17.1s

  7. #7
    RT-N16 @ 480 Mhz (default)
    Code:
    # ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 31us
    Time to run memory bench: 2.47[secs]
    Time to run computation of pi (2400 digits, 10 times): 6.75[secs]
    Time to run computation of e (9009 digits): 5.80[secs]
    Time to run float bench: 2.64[secs]
    Total time: 17.7s
    RT-N15U @ 500 Mhz (default)
    Code:
    # ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 29us
    Time to run memory bench: 2.82[secs]
    Time to run computation of pi (2400 digits, 10 times): 6.36[secs]
    Time to run computation of e (9009 digits): 5.13[secs]
    Time to run float bench: 2.48[secs]
    Total time: 16.8s

  8. #8
    Join Date
    Mar 2009
    Location
    Moscow
    Posts
    968
    Netgear WNR3500L V1 @ 480 MHz

    Code:
    $ ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 31us
    Time to run memory bench: 2.58[secs]
    Time to run computation of pi (2400 digits, 10 times): 6.71[secs]
    Time to run computation of e (9009 digits): 5.81[secs]
    Time to run float bench: 2.61[secs]
    Total time: 17.7s
    
    You can copy/paste the following line in the wiki table at: http://wiki.openwrt.org/HardwarePerformance
    || 2012-08-29 || ''Author'' || 2.6s || 6.7s || 5.8s || 2.6s || v0.6 || ''OS'' || ''DeviceModel'' || ''CPU model'' || ''CPU Frequency'' || ''LinkToHwPage'' ||

    Netgear WNR3500L V2 @ 480 MHz (default)


    Code:
    $ ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 31us
    Time to run memory bench: 3.07[secs]
    Time to run computation of pi (2400 digits, 10 times): 6.67[secs]
    Time to run computation of e (9009 digits): 5.75[secs]
    Time to run float bench: 2.54[secs]
    Total time: 18.0s
    
    You can copy/paste the following line in the wiki table at: http://wiki.openwrt.org/HardwarePerformance
    || 2012-08-29 || ''Author'' || 3.1s || 6.7s || 5.8s || 2.5s || v0.6 || ''OS'' || ''DeviceModel'' || ''CPU model'' || ''CPU Frequency'' || ''LinkToHwPage'' ||
    D-Link DIR-320 A1/A2, DIR-620 C1, Netgear WNR3500L v1 v2

  9. #9
    Asus WL500gp v1 @ 288 MHz

    Code:
    $ cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 52us
    Time to run memory bench: 4.86[secs]
    Time to run computation of pi (2400 digits, 10 times): 9.59[secs]
    Time to run computation of e (9009 digits): 10.22[secs]
    Time to run float bench: 4.75[secs]
    Total time: 29.4s

  10. #10
    У OpenWRT есть еще такая табличка замеров скорости шифрования
    http://wiki.openwrt.org/inbox/benchmark.openssl
    Это, конечно, еще не Мб/с через OpenVPN, но все равно любопытно

  11. #11
    Quote Originally Posted by QuickeneR2 View Post
    У OpenWRT есть еще такая табличка замеров скорости шифрования
    http://wiki.openwrt.org/inbox/benchmark.openssl
    Это, конечно, еще не Мб/с через OpenVPN, но все равно любопытно
    Годная ссылка, спасибо!
    Померял у себя Получается, что RT-N66u в скорости (полностью софтового) шифрования уступает только Atom 330, хотя по bogomips'ам находится примерно в середине таблицы. Другими словами, bogomips'ам веры нет.

  12. #12
    ZyXEL keenetic (чип Ralink RT3052) mipsel, 384MHz

    Code:
     ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 42us
    Time to run memory bench: 3.29[secs]
    Time to run computation of pi (2400 digits, 10 times): 9.16[secs]
    Time to run computation of e (9009 digits): 9.34[secs]
    Time to run float bench: 3.66[secs]
    Total time: 25.4s

  13. #13
    RT-N10U @ 300 Mhz (default)
    Code:
    # ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 47us
    Time to run memory bench: 3.91[secs]
    Time to run computation of pi (2400 digits, 10 times): 10.62[secs]
    Time to run computation of e (9009 digits): 8.63[secs]
    Time to run float bench: 4.17[secs]
    Total time: 27.3s
    Last edited by theMIROn; 05-09-2012 at 15:26.

  14. #14
    Netgear WNR3500L V1 @ 532 MHz
    Code:
    # ./cpubench
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 29us
    Time to run memory bench: 2.27[secs]
    Time to run computation of pi (2400 digits, 10 times): 6.09[secs]
    Time to run computation of e (9009 digits): 5.24[secs]
    Time to run float bench: 2.40[secs]
    Total time: 16.0s
    
    You can copy/paste the following line in the wiki table at: http://wiki.openwrt.org/HardwarePerformance
    || 2012-09-06 || ''Author'' || 2.3s || 6.1s || 5.2s || 2.4s || v0.6 || ''OS'' || ''DeviceModel'' || ''CPU model'' || ''CPU Frequency'' || ''LinkToHwPage'' ||
    Netgear WNR3500L V1 @532Mhz:3.0.6-r5110M
    [Ext. USB HDD Box+WD 200Gb SATA]
    [Lighttpd]+[vnstat]+[rrd]+[rTorrent]+[syslog-ng]+[mc]+[Tiny Tiny RSS]+[Accel-ppp]...

  15. #15
    Join Date
    Mar 2009
    Location
    Russia, Moscow
    Posts
    2,119
    Blog Entries
    33
    Можно также добавить и эти данные от Олега в таблицу

    Quote Originally Posted by Oleg View Post
    Производительность процессора:

    RT-N16@533MHz

    # /tmp/media/openwrt_cpu_bench_v06.bin
    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 25us
    Time to run memory bench: 2.25[secs]
    Time to run computation of pi (2400 digits, 10 times): 5.63[secs]
    Time to run computation of e (9009 digits): 5.13[secs]
    Time to run float bench: 2.38[secs]
    Total time: 15.4s

    You can copy/paste the following line in the wiki table at: http://wiki.openwrt.org/HardwarePerformance
    || 1970-01-01 || ''Author'' || 2.3s || 5.6s || 5.1s || 2.4s || v0.6 || ''OS'' || ''DeviceModel'' || ''CPU model'' || ''CPU Frequency'' || ''LinkToHwPage'' ||

    WL500gp@300Mhz

    This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer)
    Overhead for getting time: 53us
    Time to run memory bench: 4.71[secs]
    Time to run computation of pi (2400 digits, 10 times): 9.18[secs]
    Time to run computation of e (9009 digits): 10.08[secs]
    Time to run float bench: 5.15[secs]
    Total time: 29.1s

    You can copy/paste the following line in the wiki table at: http://wiki.openwrt.org/HardwarePerformance
    || 2009-03-10 || ''Author'' || 4.7s || 9.2s || 10.1s || 5.1s || v0.6 || ''OS'' || ''DeviceModel'' || ''CPU model'' || ''CPU Frequency'' || ''LinkToHwPage'' ||

    Т.е. перемалывает данные он примерно в 2 раза быстрее
    А вот здесь у Aven'a тоже куча данных: http://digiland.tw/viewtopic.php?id=409&p=1

    Router: RT-N16 (532Mhz) BogoMIPS: 264.19 Firmware: 1.0.0.6
    Code:
    Overhead for getting time: 26us 
    Time to run memory bench: 2.28[secs] 
    Time to run computation of pi (2400 digits, 10 times): 5.75[secs] 
    Time to run computation of e (9009 digits): 5.23[secs] 
    Time to run float bench: 2.41[secs] 
    Total time: 15.7s
    Router: RT-N16 (480Mhz) BogoMIPS: 238.59 Firmware: 9.74.0.1
    Code:
    Overhead for getting time: 28us 
    Time to run memory bench: 2.58[secs] 
    Time to run computation of pi (2400 digits, 10 times): 6.46[secs] 
    Time to run computation of e (9009 digits): 5.78[secs] 
    Time to run float bench: 2.69[secs] 
    Total time: 17.5s
    Router: RT-N16 (453Mhz) BogoMIPS: 225.28 Firmware: 1.0.0.6
    Code:
    Overhead for getting time: 30us 
    Time to run memory bench: 2.79[secs] 
    Time to run computation of pi (2400 digits, 10 times): 7.03[secs] 
    Time to run computation of e (9009 digits): 6.41[secs] 
    Time to run float bench: 2.96[secs] 
    Total time: 19.2s
    Router: RT-N56U CPU: Ralink RT3662 500Mhz (MIPS 74K) Flash: 8M RAM: 128MB BogoMIPS: 249.34 Firmware: 9.0.6.4
    Code:
    Overhead for getting time: 27us 
    Time to run memory bench: 5.52[secs] 
    Time to run computation of pi (2400 digits, 10 times): 5.92[secs] 
    Time to run computation of e (9009 digits): 5.40[secs] 
    Time to run float bench: 2.58[secs] 
    Total time: 19.4s
    Router: RT-N13U CPU: Ralink RT3052F (MIPS 24K) RAM: 32M BogoMIPS: 255.48 Firmware: 1.0.0.9
    Code:
    Overhead for getting time: 33us 
    Time to run memory bench: 3.72[secs] 
    Time to run computation of pi (2400 digits, 10 times): 9.43[secs] 
    Time to run computation of e (9009 digits): 9.99[secs] 
    Time to run float bench: 3.71[secs] 
    Total time: 26.9s
    Router: RT-N10 CPU: Broadcom BCM5356 300MHz Flash: 4MB RAM: 16MB
    Code:
    Overhead for getting time: 96us 
    Time to run memory bench: 4.53[secs] 
    Time to run computation of pi (2400 digits, 10 times): 9.93[secs] 
    Time to run computation of e (9009 digits): 8.65[secs] 
    Time to run float bench: 4.08[secs] 
    Total time: 27.2s
    Router: RT-N10+ CPU: Ralink RT3050F 320MHz Flash: 4MB RAM: 32MB
    Code:
    Overhead for getting time: 44us 
    Time to run memory bench: 5.01[secs] 
    Time to run computation of pi (2400 digits, 10 times): 11.22[secs] 
    Time to run computation of e (9009 digits): 11.92[secs] 
    Time to run float bench: 4.25[secs] 
    Total time: 32.4s
    Router: WL-500W
    Code:
    Overhead for getting time: 60us 
    Time to run memory bench: 5.59[secs] 
    Time to run computation of pi (2400 digits, 10 times): 10.78[secs] 
    Time to run computation of e (9009 digits): 11.87[secs] 
    Time to run float bench: 5.99[secs] 
    Total time: 34.2s
    Router: WL-500gP v2 Firmware: oleg 1.9.2.7-10
    Code:
    Overhead for getting time: 84us 
    Time to run memory bench: 6.79[secs] 
    Time to run computation of pi (2400 digits, 10 times): 11.91[secs] 
    Time to run computation of e (9009 digits): 13.30[secs] 
    Time to run float bench: 7.51[secs] 
    Total time: 39.5s
    Router: WL-520gU Firmware: oleg 1.9.2.7-10
    Code:
    Overhead for getting time: 84us 
    Time to run memory bench: 7.38[secs] 
    Time to run computation of pi (2400 digits, 10 times): 12.05[secs] 
    Time to run computation of e (9009 digits): 13.54[secs] 
    Time to run float bench: 7.54[secs] 
    Total time: 40.5s
    Router: WL500gx
    Code:
    Overhead for getting time: 108us 
    Time to run memory bench: 8.55[secs] 
    Time to run computation of pi (2400 digits, 10 times): 14.55[secs] 
    Time to run computation of e (9009 digits): 16.32[secs] 
    Time to run float bench: 9.13[secs] 
    Total time: 48.6s
    Router: WL-HDD Firmware: oleg 1.9.2.7-9
    Code:
    Overhead for getting time: 139us 
    Time to run memory bench: 10.13[secs] 
    Time to run computation of pi (2400 digits, 10 times): 24.17[secs] 
    Time to run computation of e (9009 digits): 29.57[secs]
    Time to run float bench: 13.31[secs] 
    Total time: 77.2s
    Router: WL-500b Firmware: oleg 1.9.2.7-9
    Code:
    Overhead for getting time: 139us 
    Time to run memory bench: 10.12[secs] 
    Time to run computation of pi (2400 digits, 10 times): 24.19[secs] 
    Time to run computation of e (9009 digits): 29.62[secs] 
    Time to run float bench: 13.31[secs] 
    Total time: 77.2s
    Router: WL-500g Firmware: oleg 1.9.2.7-8
    Code:
    Overhead for getting time: 151us
    Time to run memory bench: 10.32[secs]
    Time to run computation of pi (2400 digits, 10 times): 25.05[secs] 
    Time to run computation of e (9009 digits): 30.30[secs] 
    Time to run float bench: 15.81[secs] 
    Total time: 81.5s
    Тестируют ещё и так : http://wpte.kicks-ass.net/index.php/.../benchmarking/

    З.Ы. http://code.google.com/p/wl500g-repo...c=svn894&r=894
    Last edited by Omega; 03-01-2016 at 05:38.

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