N100 vs N150 Mini PCs: Buy the Chip or the Better Configuration?

For a remote desktop terminal or living-room PC, buy the memory, storage and connections you will actually use. The N150 is a modest refresh of the N100, rather than a reason to accept a smaller fixed memory configuration. If the choice is an N150 with 12GB and SATA storage versus an N100 with 16GB and NVMe, the latter is an attractive starting point when condition, warranty and display support are otherwise equal.

That is a real purchasing dilemma: a prospective TV and remote desktop user described those configurations and subsequently confirmed that the RAM was soldered. The choice was about what would remain useful after purchase, with no simple memory upgrade later.

What changed between the N100 and N150?

Intel lists the N100 as a Q1 2023 product and the N150 as Q1 2025. Both have four cores, four threads and 6MB of cache. The newer number brings higher maximum clocks without adding CPU cores or graphics execution units.

The maximum CPU clock increases by about 5.9%; that calculation describes the specification, not an application speedup. Likewise, the higher maximum graphics clock does not establish a matching improvement in games. Neither change increases the number of tasks that can run on separate CPU cores.

Complete systems can reverse the expected performance order

The Notebookcheck EQ14 review provides a useful comparison using the same Cinebench R23 version. These are different computers, including different power and cooling arrangements, rather than a controlled processor swap.

The EQ14 leads the Mini S12 Pro by about 1.3% in single core, but trails by about 5.6% in multi core. The two N100 machines also differ substantially. The practical conclusion is to compare the exact systems, rather than treating either CPU as universally faster.

Power settings help explain why the model matters. The reviewed EQ14 allowed 20W sustained and 25W short-duration CPU power limits. Notebookcheck's Ninkear Mbox 11, also using an N150, had both limits set to 15W and shipped with DDR4-2666 memory. Matching processor names did not mean matching configurations.

Fixed memory changes the value calculation

For a general desktop running several applications, 16GB is the configuration to price first. A soldered 12GB system stays a 12GB system. An accessible SO-DIMM provides a different upgrade path, but a single occupied slot means replacing the existing module rather than adding another beside it.

That replacement cost belongs in the original comparison. A cheaper 8GB box is less compelling if reaching the desired capacity means immediately buying a 16GB module. The unused original module does not make the new memory free. Ask whether the listed capacity is fixed, replaceable or expandable before assigning value to a discount.

Both Intel specification pages list a 16GB maximum. Reports of 32GB operation on particular devices do not establish support across all N100 or N150 PCs. A workload that requires 32GB calls for explicit support on the exact system and firmware. Conversely, the official figure alone does not prove that every larger module will fail to boot.

An M.2 slot does not tell you which SSD is installed

Kingston distinguishes M.2 SATA and NVMe drives: M.2 describes the physical format, while the connection and protocol determine how the drive communicates. A listing saying only “512GB M.2 SSD” leaves an important part of the configuration unanswered.

Beelink's current EQ14 product page illustrates the issue. It advertises two PCIe 3.0 M.2 slots but separately says the retail unit ships with SATA III storage. NVMe compatibility is an upgrade option, not proof of the installed drive.

At equal capacity and price, a suitable NVMe configuration is preferable to planning an immediate replacement. For video playback or remote desktop use, however, buying an expensive SSD solely for its headline throughput is a poor use of a small system budget. Capacity, an appropriate boot drive and enough expansion for local files are more useful purchasing goals.

A TV PC needs the right outputs, not a gaming promise

A 4K60 output specification describes a display signal. It does not promise 60fps rendering in a 4K game. In Number13's NiPoGi E1 testing, the N150 scored 5.1fps in GFXBench's 4K Aztec Ruins High Tier Offscreen test, versus 4.4fps for the comparison N100. That specific result shows an improvement within a low graphics performance class.

Both chips support Quick Sync Video. Actual playback still depends on the application, file format and acceleration path. For a TV installation, the useful questions concern your intended player and service, the available output, and the resolution and refresh rate supported by that complete connection.

USB-C also needs an explicit feature description. The EQ14 reviewed by Notebookcheck supported data through that port, but neither DisplayPort output nor USB Power Delivery. A buyer expecting one USB-C cable to handle a monitor and power would need a different arrangement.

Do not calculate the electricity bill from the 6W chip rating

Intel labels the N150's 6W figure as processor base power; its N100 page uses TDP. Neither is a measurement of a complete PC at the wall. Memory, storage, networking and power conversion contribute to the system total.

ComputerBase measured approximately 10W for its EQ14 at Windows 11 idle. Number13 measured 6.4W at Windows idle and 22W during CPU HandBrake work on the different NiPoGi E1. These are system-specific observations, rather than a chip-to-chip efficiency ranking.

For an always-on machine, a hypothetical continuous 5W difference totals 43.8kWh over a year. That is 5 × 24 × 365 ÷ 1000, not a measured N100-versus-N150 difference. A living-room PC used only a few hours each day offers a much smaller opportunity to recover a purchase premium through energy savings.

Pay for a useful feature, or keep the existing N100

Consider an illustrative new N100 system at $160 (₩219,200) and an N150 at $200 (₩274,000). Assume equal 16GB capacity, storage capacity, ports and warranty. The $40 (₩54,800) premium is 25%. These are example budgets, not current retail quotes; the won equivalents use $1 = ₩1,370.

A CPU refresh of this scale is a weak reason for that premium, especially if the more expensive machine ships with SATA instead of NVMe. The calculation changes if it also provides a needed second SSD slot or faster Ethernet. Then the money buys an expansion capability that the cheaper machine lacks.

Exact sales configurations matter here. The 2025 EQ14 review unit had dual gigabit Ethernet, while Beelink's current US page advertises dual 2.5GbE. Do not combine an old review's measured performance with a different sales configuration's ports as though they describe one identical unit.

Similarly, a buyer comparing a used N150 and sealed N100 at the same price has more to consider than clocks. With matching RAM and SSD, remaining warranty, condition and return terms are meaningful parts of the purchase. A small CPU difference alone is a weak reason to give those up.

Existing N100 owners should identify the limit before replacing the whole computer. More storage or replaceable RAM calls for a component-cost comparison. Long CPU-bound work calls for a higher performance class. If the current machine already handles its TV, document or remote desktop role, moving sideways to an N150 adds little reason to spend again.