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Dell 0WN26P 0WN26P - Dell PowerEdge T620 16 SFF Rack CTO Chassis
- PowerEdge T620 Rack CTO Chassis
- 16 x Small Form Factor (SFF) drive bays
- Rack-mountable design
- Customizable server build (CTO)
- Foundation for high-performance server
- Offers extensive expandability
- Designed for demanding enterprise environments
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Product Overview
The Dell 0WN26P is a PowerEdge T620 server chassis, specifically a 16 Small Form Factor (SFF) Rack CTO Chassis. This component is the foundation for building a customized T620 server, offering extensive expandability and flexibility.
Technical Information
| Model | PowerEdge T620 |
| Type | Rack CTO Chassis |
Additional Specifications
| Drive Bays | 16 x SFF (Small Form Factor) |
Product Description
The Dell 0WN26P is a Dell PowerEdge T620 Rack CTO (Configure-To-Order) Chassis. This component serves as the physical framework and core infrastructure for building a highly configurable and powerful server. The T620 is a versatile rack server known for its expandability and performance capabilities, designed to meet the demanding needs of enterprise data centers and mission-critical applications. This specific chassis is configured to accommodate 16 Small Form Factor (SFF) drives. SFF drives (typically 2.5-inch) allow for a higher density of storage within the server, enabling organizations to pack more storage capacity into a single rack unit. The CTO nature means that this chassis is intended to be populated with processors, memory, storage controllers, network interfaces, and other components according to specific customer requirements. As the foundation of a PowerEdge T620 server, the 0WN26P chassis provides the necessary structure, power distribution, cooling, and connectivity for a high-performance computing solution. It is designed for reliability and ease of maintenance, with features that facilitate component access and upgrades. This chassis is the starting point for creating a customized server tailored to specific workloads, from virtualization and databases to high-performance computing and large-scale data storage.
