Which one feels “better” depends on what you actually do with the computer.
Below are the practical differences you’ll notice in everyday use.
9700TE – 8 real cores, no hyper‑threading, but a bigger 12 MB cache and a larger memory pool (up to 128 GB).
If you’re editing a 4K video, rendering a 3‑D scene, or running several heavy applications at once, the extra cores and cache give it a tiny edge. The downside is that it draws 35 W, so it runs hotter and needs a decent cooling system.
1060NG7 – 4 cores that each look at two threads (8 threads total), a smaller 8 MB cache, and only 32 GB of memory max.
For everyday office work, web browsing, or light multitasking, it performs just as well. Its lower power draw (9 W) means less heat and quieter operation.
Bottom line: If you need a machine that can juggle many heavy tasks and you’re okay with a bit more heat, the 9700TE is the clear choice. If you’re happy with the same number of threads but want a cooler, quieter system, the 1060NG7 will do the job.
1060NG7 – newer Ice Lake architecture, 512 shader units, and the Iris Plus GPU.
It can push a few modern titles at 720p or 1080p with a modest discrete GPU. Even without a dedicated card, it gives slightly better graphics performance than the older 9700TE.
9700TE – older Coffee Lake GPU, 192 shader units.
Its integrated graphics are fine for watching HD video or doing basic photo editing, but it lags behind the 1060NG7 when you rely on the GPU for acceleration.
Bottom line: For a laptop or a small‑form‑factor PC that relies on the built‑in graphics, the 1060NG7 will let you play a bit more comfortably. If you plan to add a discrete graphics card anyway, the difference in the CPU’s GPU is less important.
1060NG7 – 9 W TDP, 10 nm process, LPDDR4 memory.
Great for battery life, thin‑and‑light laptops, or quiet workstations that stay cool.
9700TE – 35 W TDP, 14 nm process, DDR4‑2666 memory.
Can sustain higher performance for longer, but it will run hotter and needs a proper cooling solution.
Bottom line: If you’re building a portable machine or a tiny desktop that must stay cool, the 1060NG7 is the natural fit. If you’re making a small desktop that will stay plugged in and you want the extra cores and memory headroom, the 9700TE is preferable.
1060NG7 – fastest memory (3733 MHz LPDDR4) but capped at 32 GB.
Good for most laptop users who need a few terabytes of RAM.
9700TE – slower memory (2666 MHz) but can support up to 128 GB.
If you ever need a workstation with more than 32 GB of RAM, this is the one.
Form factor –
Laptop or thin‑and‑light? → 1060NG7.
Small desktop or mini‑PC that can handle a larger heat sink? → 9700TE.
Power budget –
Want long battery life or minimal heat? → 1060NG7.
Can afford a higher power draw for extra sustained performance? → 9700TE.
Memory needs –
Need more than 32 GB of RAM? → 9700TE.
32 GB is enough? → Either works.
Graphics –
Rely mainly on the integrated GPU (light gaming, video preview)? → 1060NG7.
Plan to use a discrete GPU anyway? → The CPU choice matters less for graphics.
Future‑proofing –
Newer architecture, better power efficiency, higher memory speed → 1060NG7.
Older but still solid, with more cores and cache → 9700TE.
In short, the two CPUs feel almost the same in everyday tasks. Pick the 1060NG7 for a slim, battery‑friendly laptop or small‑form‑factor PC, and pick the 9700TE when you need a bit more core power, larger memory capacity, and you’re building a desktop that can handle the extra heat.
