Hi guys,
It's the start of reading week so I'm doing some server stuff (moving it into my bedroom, some network stuff too). Usually, I've been way too busy to observe stuff but now I'm starting to put a fair bit of load on the server (running CCTV with redundancy recording).
So, I have a PERC H310 in charge of the HDD's (five of them - D: E: F: G. I'm not sure if this is expected behaviour but:
Lets say I transfer something from D: to F: (eg: 20GB thing). If I then transfer stuff between E: to G: (eg: a 12GB thing) the first transfer between D to F drops to 0 bytes/sec (from 140MB/s) and the transfer between E: and G: goes at 70-80MB/s. When it finishes, the first transfer comes back to life.
Doesn't matter if its a SSD or spinning HDD, same thing always ends up happening. Bear in mind that all drives are on the same card (OS drive isn't).
Bearing in mind my primary rig (X99-WS, 5820K) can do transfers without dropping all day long (with the on-board SATA controller) - but this doesn't make any sense...
It's the start of reading week so I'm doing some server stuff (moving it into my bedroom, some network stuff too). Usually, I've been way too busy to observe stuff but now I'm starting to put a fair bit of load on the server (running CCTV with redundancy recording).
So, I have a PERC H310 in charge of the HDD's (five of them - D: E: F: G. I'm not sure if this is expected behaviour but:
Lets say I transfer something from D: to F: (eg: 20GB thing). If I then transfer stuff between E: to G: (eg: a 12GB thing) the first transfer between D to F drops to 0 bytes/sec (from 140MB/s) and the transfer between E: and G: goes at 70-80MB/s. When it finishes, the first transfer comes back to life.
Doesn't matter if its a SSD or spinning HDD, same thing always ends up happening. Bear in mind that all drives are on the same card (OS drive isn't).
Bearing in mind my primary rig (X99-WS, 5820K) can do transfers without dropping all day long (with the on-board SATA controller) - but this doesn't make any sense...
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