Lenovo
1Y PW 24X7X4 42U RACK
In Stock
Lenovo 1Y PW 24X7X4 42U Rack Support | 24x7x4 Enterprise Service
Lenovo
MPN: 5WS7A92585
$221.86$223.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 24x7x4 support coverage
- 1-year service duration
- 42U rack coverage
- Lenovo service offering
- Enterprise infrastructure support
- Response target: 4 hours
- Protect critical rack infrastructure with 24x7x4 support coverage
- Reduce downtime exposure using a 1-year service term
Maintain service continuity across a 42U rack with Lenovo 24x7x4 support coverage for one year. This service is built for teams that cannot afford long waits when infrastructure issues surface, pairing around-the-clock access with a four-hour response target to help restore operations faster.
For enterprise environments, the value is not just coverage — it is the ability to keep a dense rack footprint supported by a vendor-aligned service path. That matters when the rack hosts production workloads, core networking, or storage systems where delays can cascade into broader disruption. A one-year term also fits procurement cycles that require a defined support window without overcommitting capital.
This support offering is suited to organizations that want predictable service handling for a specific 42U rack deployment. It helps reduce the operational burden on internal teams by providing a formal response framework when incidents occur, making it easier to plan around uptime expectations and maintenance priorities.
Ideal For
- Supporting a production 42U rack in a data center
- Covering core infrastructure during a one-year refresh cycle
- Backing rack-mounted systems that require fast vendor response
- Maintaining service coverage for business-critical compute and storage
Why This Product
- 1Faster response than standard business-hours support
- 2Defined one-year coverage for easier procurement planning
- 3Built for a 42U rack environment rather than generic coverage
- 4Better fit for production infrastructure than ad hoc break-fix support
