This hardware benchmark comparison matrix puts mini PCs, workstations and used enterprise servers side by side. First, filter by your tier. Then, compare raw CPU scores, RAM ceilings, idle power and true cost per lab before you spend a dollar. Overall, the goal is a purchase that never surprises you.
Run the Hardware Benchmark Comparison Matrix
The hardware benchmark comparison matrix below is live on this page. In other words, pick a tier filter, and the table keeps only the platforms that match. Additionally, the sort menu reorders rows by any metric, because price per point matters more than raw speed. For example, sorting by price per 1000 points usually reshuffles the budget tier entirely. In contrast, sorting by idle power favors the minis every time.
| Platform | CPU score | Max RAM | Idle W | Price | $/1000 pts |
|---|---|---|---|---|---|
| Intel NUC 13 (i5-1340P) | 17500 | 64 | 9 | 450 | 26 |
| Minisforum UM790 (Ryzen 9 7940HS) | 29000 | 96 | 14 | 560 | 19 |
| Beelink SEi12 (i5-12450H) | 13000 | 32 | 8 | 300 | 23 |
| Intel N100 mini PC | 3500 | 16 | 6 | 160 | 46 |
| Dell OptiPlex 7060 (i7-8700) | 15500 | 64 | 22 | 200 | 13 |
| HP EliteDesk 800 G4 (i7-8700) | 15500 | 64 | 21 | 210 | 14 |
| Lenovo ThinkCentre M720q | 12000 | 32 | 18 | 150 | 13 |
| Dell Precision 3630 (i9-9900K) | 21000 | 128 | 30 | 350 | 17 |
| Dell PowerEdge R630 (2x E5-2680v4) | 27000 | 256 | 110 | 380 | 14 |
| HP DL360 Gen9 (2x E5-2660v4) | 24000 | 256 | 105 | 350 | 15 |
| Dell PowerEdge R730xd (2x E5-2650v4) | 22000 | 512 | 120 | 450 | 20 |
| Supermicro X10 1U (E5-2680v3) | 20000 | 256 | 95 | 300 | 15 |
How to Read the Hardware Benchmark Comparison Matrix
Every score in the hardware benchmark comparison matrix is a multi-thread PassMark-style figure, so it favors hosts that run many VMs at once. However, single-VM performance often depends on clock speed, which the metric cards below call out. Moreover, the same dataset feeds the verdict cards, so nothing here contradicts the calculator tiers. In other words, read the two tools as one workflow.
Throughput column
Shows aggregate cores at full load. Therefore, compare it against your VM count rather than your ambition. However, remember that a score divided across ten VMs feels slower than the same score on three. In short, divide before you buy.
Max memory column
Caps how many lab VMs coexist. For instance, 32 GB fills after three realistic domain controllers and a vCenter. As a result, the hardware benchmark comparison matrix lists the ceiling, not the comfortable fill level. Therefore, add headroom before you commit.
Power column
Multiplied by 0.15 dollars per kWh, this column quietly dominates a five-year cost. Meanwhile, enterprise nodes idle seven times higher than minis, which explains why the benchmark comparison matrix keeps a hybrid tier popular. In other words, watts are money.
Value column
Divides price by CPU score. Consequently, used workstations usually win on value, while minis win on power. In other words, no single column wins, so read them together before you buy. As a result, this column is the tiebreaker.
Hardware Benchmark Comparison Matrix Verdicts by Tier
Best pick: Minisforum UM790
The 7940HS leads the budget tier of the hardware benchmark comparison matrix, since its 29000-point score covers a full ESXi lab on 14 watts. However, 32 GB variants are common, so check the RAM ceiling before buying a specific SKU. In addition, its USB storage limits serious datastore work.
Best pick: used OptiPlex or EliteDesk
Six-core i7-8700 units sell near 200 dollars and bench 15500 points in the hardware benchmark comparison matrix, because supply is deep. Therefore, a pair of them beats one mini on throughput while keeping idle power under 25 watts each. In addition, both take 64 GB officially, which covers the entire Windows Server track.
Best pick: Dell PowerEdge R630
In effect, dual E5-2680v4 CPUs and 256 GB of ECC RAM anchor the enterprise tier of the hardware benchmark comparison matrix. Meanwhile, the idle draw of 110 watts means this tier belongs in a basement, not a bedroom. However, no mini replicates the passthrough and NIC flexibility of a 1U server. Therefore, passthrough labs start at this tier.
Loudness often decides the winner
However, paper specs ignore the fan curve. For example, an R630 under load triples a mini PC’s noise floor, even though the hardware benchmark comparison matrix gives it a great value score. As a result, plenty of labs end up hybrid: a quiet primary node plus one loud enterprise box for clustering. Besides, the hybrid layout keeps the electricity bill readable.
Use the Benchmark Comparison Matrix with the Lab Stack
Once the hardware benchmark comparison matrix points at a platform, the tools below finish the plan. First, size the VMs. Then, generate the deployment files. Finally, follow a hub guide to first boot.
Homelab Hardware Calculator
Afterwards, turn the winning platform into a VM, RAM and disk plan.
Data Center Hub
Meanwhile, bare-metal install labs cover the enterprise tier hardware.
Certification Roadmap
Then, match the hardware to the exams you plan to sit.
Script and Config Generator
Finally, generate the Netplan, PowerShell and kickstart files.
Hardware Benchmark Comparison Bundles
However, scores alone do not build a lab. Therefore, these bundles pair the hardware benchmark comparison matrix winners with the exact parts for each tier. For example, each card matches a calculator tier, so the sizing stays consistent across tools.
Budget Starter Node · $280
Lenovo ThinkCentre M720q with an i5-8500T, 32 GB of RAM and a 1 TB NVMe drive. In other words, the value champion of the matrix on a desk shelf budget.
Virtualization Workhorse · $720
Dell Precision 3630 with an i9-9900K, 128 GB of RAM and dual 2 TB SSDs. Meanwhile, its 21000-point score covers a full vCenter plus nested labs.
HA Enterprise 2-Node · $1,650
Two Dell PowerEdge R630 hosts with shared iSCSI storage, 256 GB ECC each and dual PSUs. Therefore, vMotion and HA labs finally match production behavior.
Submit Your Own Benchmark Numbers
Finally, the hardware benchmark comparison matrix grows from field data. Therefore, run your own pass and compare against the table above. In addition, the teardown videos walk through each platform with real watt meters and thermal cameras.
Hardware Benchmark Comparison Questions
What is this hardware benchmark comparison matrix?
It is a sortable comparison of twelve homelab platforms across CPU score, RAM ceiling, idle power and street price. Additionally, the tiers match the hardware calculator, so the two tools agree by design.
Where do the CPU scores come from?
In short, they follow public PassMark-style multi-core results for the exact CPU pairs listed. However, silicon lottery and cooling shift results by a few percent, so treat the hardware benchmark comparison matrix values as ranges rather than promises.
Why does idle power matter so much?
Because a lab runs 24/7. For instance, a 110-watt node costs about 12 dollars monthly at 0.15 dollars per kWh, which quietly funds a mini PC upgrade each year. Therefore, the idle column deserves the first glance in the matrix.
Should I buy ECC RAM for a homelab?
Enterprise tier nodes take it free for the asking. However, on minis the price premium rarely pays off, since home labs tolerate a reboot far better than a production database would. Moreover, the benchmark comparison matrix shows the same ECC gap in the RAM column.
Is a used enterprise server louder than a mini PC?
Yes, and noticeably so. Therefore, plan a spot in a garage or basement, or pick the hybrid approach: one quiet primary node plus a noisy cluster box on a smart plug. In contrast, the mini tier stays silent enough for a desk shelf.
External resources