Henrik Timm Sørensen

I could run each array on separate VM's and do it in parallel, but I think that you are right. I need to keep it simple,

Hi I am planning my first SnapRAID build and have the following hardware: Xeon E3-1265l V2 or E3-1270 V2 - have both CPU's. Supermicro X9SCM-F IBM M1015 with expanders - theoretical bandwidth per disk is 190MB/s 32GB DDR3 ECC 1600MHz 13x 8TB HDD 8x 12 TB HDD Windows Server 2019 and FLEXraid for pooling. I have read, that using more than dual parity is slow on older hardware. Would it be benificial to build two arrays with dual parity: 11x 8 TB data + 2x 8TB parity 6x12TB data + 2x12 Parity Or would...

Hi I am planning my first SnapRAID build and have the following hardware: Xeon E3-1265l V2 or E3-1270 V2 - have both CPU's. Supermicro X9SCM-F IBM M1015 with expanders - theoretical bandwidth per disk is 190MB/s 32GB DDR3 ECC 1600MHz 13x 8TB HDD 8x 12 TB HDD Windows Server 2019 and FLEXraid for pooling. I have read, that using more than dual parity is slow on older hardware. Would it be benificial to build two arrays withg dual parity: 11x 8 TB data + 2x 8TB parity 6x12TB data + 2x12 Parity Or would...

Hi I am planning my first snapraid build and have the following hardware: Xeon E3-1265l V2 or E3-1270 V2 - have both CPU's. Supermicro X9SCM-F IBM M1015 with expanders - theoretical bandwidth per disk is 190MB/s 32GB DDR3 ECC 1600MHz 13x 8TB HDD 8x 12 TB HDD Windows Server 2019 I have read, that using more than dual parity is slow on older hardware. Would it be benificial to build two arrays withg dual parity: 11x 8 TB data + 2x 8TB parity 6x12TB data + 2x12 Parity Or would you go for on array with...

Hi I am planning my first snapraid build and have the following hardware: Xeon E3-1265l V2 or E3-1270 V2 - have both CPU's. Supermicro X9SCM-F IBM M1015 with expanders - theoretical bandwidth per disk is 190MB/s 32GB DDR3 ECC 1600MHz 13x 8TB HDD 8x 12 TB HDD I have read, that using more than dual parity is slow on older hardware. Would it be benificial to build two arrays withg dual parity: 11x 8 TB data + 2x 8TB parity 6x12TB data + 2x12 Parity Or would you go for on array with quad parity: 13x...