EASY Setup Guide | SMB Multichannel

Поделиться
HTML-код
  • Опубликовано: 19 янв 2025

Комментарии • 9

  • @KelticLad
    @KelticLad 5 месяцев назад +2

    Thanks for bringing us another great video well explained tutorial apprecite you sharing the knowledge

  • @micksmithson6724
    @micksmithson6724 21 день назад

    Simply brilliant video, explained it better than anything else I have read or seen.

    • @QNAPUK
      @QNAPUK  18 дней назад +1

      Thanks!

  • @kharmastreams8319
    @kharmastreams8319 5 месяцев назад +1

    Unfortunately it seems my Qnas is stuck on qts 4.2.6 and wont get anything close to qts 5.x

  • @Terminathor
    @Terminathor 24 дня назад

    Is it strictly 2 connections to both NAS and Client? We have a Qnap NAS with 4x 2.5GbE and 2x 10GbE and we have 8 clients all connected to a 10GbE switch. Right now we use port trunking on the 2x 10GbE connections on the NAS. But if all 8 clients are using their bandwidth it would be great if I could have all connections on the NAS active and the data just flows from whatever port is the fastest for the individual clients based on the amount of traffic going on...
    Am I basically just asking if you can coonnect e.g. 6x ethernet ports from a NAS to a 10GbE switch and have all connections used to their fullest extent?

    • @QNAPUK
      @QNAPUK  18 дней назад

      SMB multichannel only allows for combining the Ethernet ports of the same speed and type on a device. For example, 10GbE+10GbE.
      SMB multichannel uses the same number of Ethernet ports across devices, which means if the NAS has 2 x 10GbE, you would need 2 x Ethernet connections on the clients to use it.

  • @lahmyaj
    @lahmyaj 5 месяцев назад

    Looks very handy 👍🏻

  • @thalesgm20
    @thalesgm20 18 дней назад

    How about using 1 ethernet port and a TB3 connection? Will it add the band of both?

    • @QNAPUK
      @QNAPUK  18 дней назад

      SMB multichannel only allows for combining the Ethernet ports of the same speed and type on a device. For example, 10GbE+10GbE.