Cohesity C4000 Series C4600-SFP Two (2) Node Block - NAS server - 75.2 TB
Mfg # C4600-SFP-2
CDW # 6005313
| UNSPSC 43201835
Quick tech specs
- SFP Two (2) Node Block
- 75.2 TB
- RAM 256 GB
- 2U
- NAS server
- HDD 72 TB + SSD 3.2 TB
- 10 Gigabit Ethernet
Know your gear
The Cohesity C4600 hyperconverged node provides the ideal building block for Cohesity DataPlatform. The node provides compute, flash and HDD capacity to consolidate storage and data services.
Convert your on-premises VMs to native cloud formats to support application mobility for dev/test.
The era of both planned and unplanned outages is over! Cohesity was designed with complete high-availability in mind. Cohesity DataPlatform is designed with a distributed architecture, ensuring that the system continues to be available even in the event of a complete node failure. Rolling software updates ensures continuous availability during planned maintenance activities.
Provide compute and storage performance to consolidate all your data. Converge data protection, file services, object storage, dev/test and analytics data on one platform. Minimize data movement by bringing compute to the data. Support IO intensive operations with high throughput, low-latency PCI-e based flash storage.
Convert your on-premises VMs to native cloud formats to support application mobility for dev/test.
The era of both planned and unplanned outages is over! Cohesity was designed with complete high-availability in mind. Cohesity DataPlatform is designed with a distributed architecture, ensuring that the system continues to be available even in the event of a complete node failure. Rolling software updates ensures continuous availability during planned maintenance activities.
Provide compute and storage performance to consolidate all your data. Converge data protection, file services, object storage, dev/test and analytics data on one platform. Minimize data movement by bringing compute to the data. Support IO intensive operations with high throughput, low-latency PCI-e based flash storage.