Lenovo ThinkSystem ST45 V3 7DH51002NA Tower Server - 1 x AMD EPYC 4244P 3.80 GHz - 16 GB RAM - Serial ATA/600 Controller
Manufacturer: Lenovo Group Limited
Mfr. Part: 7DH51002NA
AMD PRO-665 Chip - 1 Processor Support - 64 GB RAM Support - TruDDR5 - Gigabit Ethernet - 5 x Total Bay(s) - 1 x SFF Bay(s) - 3 x LFF Bay(s) - 1 x 300 W

About This Product
Overview
The Lenovo ThinkSystem ST45 V3 single-socket tower server is an entry level server ideal for small businesses, home offices, retail, educational institutions and branch offices. The server is based on the AMD EPYC 4004 Series processor (formerly codenamed "Raphael").
- 1 processors supported for enhanced system performance, ensuring scalability and reliability for enterprise workloads
- With 16 GB memory, users can multitask between applications smoothly, preserving responsiveness and efficiency
- 300 W power supply unit (PSU) fulfills system power needs, ensuring smooth operation under heavy workloads
- EPYC 3.80 GHz processor handles computing tasks effectively for better productivity
- Tower form factor is ideal for internal apps, public websites, or secure data storage, offering reliable standalone performance
- TruDDR5 memory technology enables efficient data movement across CPU cycles, improving throughput for demanding server workloads
- Gigabit Ethernet offers up to 10x faster speeds than standard Ethernet, providing high-performance uplinks for critical workloads
- 1 Network (RJ-45) Ports eliminate the need for additional wiring, streamlining deployment and reducing installation costs
- 9 USB ports allow quick, high-speed data transfer for your convenience, making file sharing and backups effortless
- Hexa-core (6 Core) processor core helps server process data quickly and reliably for maximum productivity
Quick Specifications
- Product Line
- ThinkSystem
- Product Series
- ST45 V3
- Product Model
- 7DH51002NA
- Product Type
- Server
- Number of Processors Supported
- 1
- Number of Processors Installed
- 1
- Processor Manufacturer
- AMD
- Processor Type
- EPYC
