IP SAN/NAS Storage
MC-NSC2X24
MC-NSC2X24
MC-NSC2X24
IP NAS High Capacity Storage Dual Controller Dual Power Supply
- Recording Performance: Max 512ch/1024Mbps
- Storage controller : Intel 64-bit multi-core processor
- Memory : 16GB, up to 64 GB
- Front-end Service Interface
10-port 10/100/1000 Mbps Ethernet interface
4-port 10/100/1000 Mbps Ethernet interface module（optional）
2-port 10 GE SFP＋ interface module（optional）
4-port 10 GE SFP＋ interface module (optional) - Back-end Expansion Interface4-port 4*12 Gbps Mini SAS HD
- Host Connection Up to 1024
- HDD 24 SATA/SAS/NL SAS interfaces
- Disk Capacity 1 TB, 2 TB, 3 TB, 4 TB , 5 TB, 6 TB, 8 TB
- RAID JBOD and RAID 0, 1, 10, 5, 50,6
Dedicated hot-spare disk and global hot-spare disk - Maximum Number of Logic Resources 1024
- Protocol Supported iSCSI
- Alarm Feature Indicator alarm, beep alarm, mail alarm, SNMP Trap alarm, and short message alarm
- Operating System Windows and Linux
- Power Supply 2
- Battery at least 2
- Dimension(H ×W×D) Controller enclosure: 175.0mm×481.6mm×589.0mmPower ConsumptionController enclosure :< 550 W (fully configured)Power Supply100 V – 127 V/ 200 V – 240 V AC, 60 Hz/50 HzWeightController enclosure : Fully configured：< 42 kg
- Authentication certificateCE, FCC,
MC-DE2X24
MC-NSC2X24
MC-NSC2X24
High Capacity 24 SATA Dual Controller Disk Enclosure
- High performance
12Gbps SAS-3 technology provides superior performance experience - High density
The innovative enclosure with 589mm depth and4U height that holds up to 24 disks, is space-saving and applicable to the standard rack-mounted scenarios - Redundant power supplies
The hot-swappable power supply is designed in redundancy and load balancing mode. Automatic power switching in case of failure and online replacement of failed power supply are supported. - Power protection
Disk powered on sequentially during system startup, protection from impulse current. - Multistage fan speed and energy saving.
Fans with multistage speed are configured in the hot-swappable frame in redundancy mode. System power consumption can be balanced intelligently with heat dissipation calculation to ensure low power consumption and stable operation of the system.