Gigabyte H273-Z82 2U AMD EPYC 9005 High-Density Server
Brand: Gigabyte | Category: Servers
SKU: H273-Z82 | Part #: H273-Z82 | MPN: H273-Z82
Contact for Pricing — Request a Quote
About the Gigabyte H273-Z82 2U AMD EPYC 9005 High-Density Server
Redundant hot-swap power supply architecture underpins the Gigabyte H273-Z82 2U AMD EPYC 9005 High-Density Server, delivering enterprise-grade availability and operational cost efficiency for mission-critical deployments. This 2U rack-mount system conforms to the EIA-310 19-inch standard, enabling seamless integration into existing data center infrastructure. Gigabyte engineered the H273-Z82 to support the latest AMD EPYC 9005 processor generation, positioning it as a forward-looking investment for storage architects and IT procurement teams planning next-generation compute infrastructure.
Hot-swap drive modularity spans NVMe, SAS, and SATA technologies—all configurable to match specific workload requirements—ensuring flexibility without service interruption. The platform includes redundant hot-swap PSU capability, critical for eliminating single points of failure in production environments. Management options encompassing iDRAC, iLO, XCC, and IPMI 2.0 support provide vendor-specific control and monitoring across heterogeneous infrastructure. Gigabyte backs the H273-Z82 with configurable warranty coverage including 3-year ProSupport, Foundation Care, or Premier tiers, allowing alignment with SLA obligations and risk profiles. The combination of dense 2U form factor, hot-swap redundancy, and multi-protocol storage flexibility makes this system ideal for hyperscale operators, cloud service providers, and enterprises consolidating workloads into fewer, more efficient chassis.
Typical Deployment Scenarios
- High-density virtualization and hypervisor clustering requiring redundant power isolation and hot-swap serviceability
- Scale-out storage platforms leveraging configurable SAS and SATA drive arrays for capacity and performance tiers
- AI and machine learning model training leveraging AMD EPYC 9005 architecture with persistent NVMe storage
- Database and transactional workloads demanding 24/7 availability via redundant PSU and hot-swap components
- Data center refresh projects consolidating legacy multi-chassis deployments into space-efficient 2U form factors
Contact Omnixon Global to discuss H273-Z82 availability, configuration options, and warranty terms via RFQ.
Technical Specifications
| Brand | Gigabyte |
| Category | Servers |
| SKU | H273-Z82 |
| Part Number | H273-Z82 |
| Condition | New |
| Form Factor | 2U Rack |
| Chassis Standard | EIA-310 19-inch rack |
| PSU Redundancy | Redundant hot-swap supported |
| Drives | Hot-swap NVMe / SAS / SATA (configurable) |
| Management | iDRAC / iLO / XCC / IPMI 2.0 (vendor-specific) |
| Warranty | 3-year ProSupport / Foundation Care / Premier (configurable) |
Frequently Asked Questions about Gigabyte H273-Z82 2U AMD EPYC 9005 High-Density Server
Can you ship the Gigabyte H273-Z82 2U AMD EPYC 9005 High-Density Server configured to my BOM?
Yes. Submit your CTO BOM (CPU SKU, memory layout, drives, NIC, GPU, OS preload) in the RFQ and we return a configured-to-order quote with realistic lead time. Standard CTO turn is 4-6 weeks vendor-side.
Do you offer Dell ProSupport / HPE Foundation Care alongside the hardware?
Yes — we attach the matching support contract during quoting. Available tiers: ProSupport / ProSupport Plus / Mission Critical (Dell), Foundation Care / Proactive Care 24x7 (HPE), Premier (Lenovo). Recommend 3y minimum for production.
Is rack installation available in Dubai / GCC?
Yes for Dubai (same-week scheduling) and on quotation for the broader GCC via certified partners. Includes rack-and-stack, cable management, OS install, and post-install verification.
How does pricing compare to going direct to the OEM?
For SMB and mid-market quantities, channel pricing is typically equal to or better than direct OEM, with faster quote turn (24h vs 2-3 weeks). For multi-million-dollar projects, we partner with the OEM directly and pass through a transparent margin.