Nous utilisons des cookies pour améliorer notre page Web. Veuillez lire notre politique relative aux cookies .

LOCKERSTOR 16R Pro Gen2 (AS7216RDX)
Fonctions
Compatibilité Téléchargements Tests presse & Distinctions Comparez NAS

Performance

Windows Sequential Read/Write (512KB, 50GbE x 1, 100GB file x1)

iSCSI Sequential Read/Write (512KB, 50GbE x 1, 100GB file x1)

10GbE x2 SMB Multichannel - Windows File Transfer (100GB file x1)

Windows Sequential Read/Write (512KB, 10GbE x 2 Link Aggregation ALB)

iSCSI Sequential Read/Write (512KB, 10GbE x 2 Link Aggregation ALB)

Windows Read/Write (100GB file, 10GbE x 2 Link Aggregation ALB)

iSCSI Read/Write (100GB file, 10GbE x 2 Link Aggregation ALB)

Windows Sequential Read/Write (512KB, 10GbE x 1)

iSCSI Sequential Read/Write (512KB, 10GbE x 1)

Windows Read/Write (AS72: 100GB file; AS71: 10GB, 10GbE x 1)

iSCSI Read/Write (AS72: 100GB file; AS71: 10GB, 10GbE x 1)

1GbE x2 SMB Multichannel - Windows File Transfer (10GB file x1)

Windows Sequential Read/Write (512KB, 1GbE x 2 Link Aggregation ALB)

iSCSI Sequential Read/Write (512KB, 1GbE x 2 Link Aggregation ALB)

Windows Read/Write (10GB file, 1GbE x 2 Link Aggregation ALB)

iSCSI Read/Write (10GB file, 1GbE x 2 Link Aggregation ALB)

Windows Sequential Read/Write (512KB, 1GbE x 1)

iSCSI Sequential Read/Write (512KB, 1GbE x 1)

Windows Read/Write (10GB file, 1GbE x 1)

iSCSI Read/Write (10GB file, 1GbE x 1)

MB/s Test Environment

Client PC 1
CPU Intel Core i9-11900
Memory 16GB
OSWin 10
SSDSeagate FireCuda 530
NetworkAS-T10G2
SwitchNETGEAR ProSafe XS508M
Client PC 2
CPU Intel® Core™ i7-12700
Memory 16GB
OSWin 11
SSDSeagate FireCuda 530
NetworkLAN1: AS-T10G2;
LAN2: AS-T10G2
SwitchNETGEAR ProSafe XS508M
NAS
OS 5.0.0.RJA1
Drive IronWolf SSD 125 X12 [RAID5]
Network 2* 10 Gigabit Ethernet
SwitchNETGEAR ProSafe XS508M

  • Modèles testés : Lockerstor 12R Pro Gen2 (AS7212RDX) / Lockerstor 16R Pro Gen2 (AS7216RDX)
    Niveau RAID testé : RAID 1, RAID 5
  • Les chiffres de performance sont atteints dans le laboratoire ASUSTOR en utilisant des ordinateurs client de pointe avec des paramètres réseau optimisés, et peuvent varier en fonction des environnements. Des ordinateurs de bureau ou portables ordinaires pourraient ne pas reproduire ces chiffres.
.