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 |
| OS | Win 10 |
| SSD | Seagate FireCuda 530 |
| Network | AS-T10G2 |
| Switch | NETGEAR ProSafe XS508M |
| Client PC 2 | |
| CPU | Intel® Core™ i7-12700 |
|---|---|
| Memory | 16GB |
| OS | Win 11 |
| SSD | Seagate FireCuda 530 |
| Network | LAN1: AS-T10G2; LAN2: AS-T10G2 |
| Switch | NETGEAR ProSafe XS508M |
| NAS | |
| OS | 5.0.0.RJA1 |
|---|---|
| Drive | IronWolf SSD 125 [RAID5] |
| Network | 2* 10 Gigabit Ethernet Mellanox CX4131A |
| Switch | NETGEAR ProSafe XS508M |
- Tested models: Lockerstor 12R Pro Gen2 (AS7212RDX) / Lockerstor 16R Pro Gen2 (AS7216RDX) / Lockerstor 24R Pro Gen2 (AS7224RDX)
Tested RAID level: RAID 1, RAID 5 - Performance figures are achieved in the ASUSTOR lab using state of the art client computers under optimized network settings, and could vary in different environments. Ordinary desktop or notebook computers may be unable to reproduce these figures.