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I Bought a Dell PowerEdge R730 for $448, Quick Overview and Testing

58.0K views· 961 likes· 8:32· Dec 28, 2022

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Featured Products: (affiliate links) Dell PowerEdge R730... https://ebay.us/oEBxb2 I won an eBay auction for a Dell PowerEdge R730. The server includes an E5-2697 v3 CPU, 384GB DDR4 memory, and dual 2-port 10GbE network adapters. Did I get a good deal? Seems like an incredible bargain! Chapters: 00:00 Introduction 00:38 External Overview 01:40 Internal Overview 02:59 CPU & Memory Changes 03:50 The Problems 04:52 Firmware & BIOS Changes 06:58 Chia Plotting Test 07:58 Final Thoughts Contact Info: Business email is lithiumsolardiy@gmail.com. I am not available for personal project questions or consultation. Disclaimers and Statements: ► I receive a small commission on purchases made using my affiliated links shared the video description and comments section. The views and opinions expressed here are my own, unbiased, and not influenced by this commission in any way.

About This Video

In this video I’m doing a quick, high-level walkthrough of a Dell PowerEdge R730 2U server I won on eBay for $448. I’m not claiming to be a Dell server expert (the last ones I really messed with were the old 1950/2950 Gen 3 DDR2 boxes), so consider this a practical “what did I get and does it work?” kind of overview. This unit showed up with an E5-2697 v3, 384GB of DDR4 2133 (12x32GB), dual 1100W 80+ Platinum PSUs, and two dual-port 10GbE cards (plus the onboard 4x1GbE and iDRAC). I also pop the lid and point out the H730P RAID controller, SAS connectivity, and the expansion options—including GPU power headers. The big takeaway is: I did run into issues. While testing with Oracle Linux 8.6 and using Chia plotting as a heavy load benchmark, the server would hard-freeze after 20–30 minutes with no useful logs. What fixed it for me was updating the firmware through the Lifecycle Controller (pulling updates from downloads.dell.com) and then resetting the BIOS back to defaults—there were some odd settings like it had been a Windows box before. After that, it behaved normally, and I was able to finish a Bladebit RAM plot at about 10.4 minutes while pulling roughly 380–450W under full load. Overall, for DDR4 and that much memory, I still think it was a solid deal—and it’s quieter than I expected for a home lab server.

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