FNIRSI 1014D vs Micsig MHO14-200
Head-to-head spec comparison to help you pick the right scope for your bench.
FNIRSI
$115
Micsig
$888
Spec-by-Spec Comparison
| Spec | FNIRSI 1014D | Micsig MHO14-200 |
|---|---|---|
| Bandwidth | 100 MHz | 200 MHz |
| Sample Rate | 1 GSa/s | 1 GSa/s |
| Channels | 2 | 4 |
| Memory Depth | 240 Kpts | 110 Mpts |
| Display Size | 7" | 8" |
| Weight | 0.68 kg | 1.5 kg |
| Price | $115 | $888 |
| Rating | 5.5/10 | 7.5/10 |
| Protocol Decoder | No | Yes |
| Function Gen | Yes | No |
| WiFi | No | Yes |
| Battery | Yes | Yes |
| Buy on Amazon · $115 | Buy on Amazon · $888 |
Pros & Cons
FNIRSI 1014D
Pros
- Affordable entry point at ~$115
- Built-in function generator is rare at this price
- Portable tablet form factor with battery backup
- Touchscreen interface is genuinely intuitive for beginners
- 100MHz bandwidth is impressive for an $80 scope
Cons
- 240Kpt memory depth is dangerously shallow — you'll hit this limit fast
- Build quality is plasticky; the corners flex under light pressure
- Calibration and accuracy lag well behind established brands
- No protocol decoding — can't decode SPI or I2C
- Firmware updates have been inconsistent
Micsig MHO14-200
Pros
- 12-bit ADC with 200MHz bandwidth in a tablet form factor — nothing else combines these specs portably
- 16000mAh battery provides genuine all-day field use without power anxiety
- 8-inch anti-glare IPS display at 1280x800 — sharp and usable outdoors
- 110Mpt memory depth is exceptional for a portable instrument
- Built-in multimeter — one less tool to carry in the field
- Only 31mm thin and 1.5kg — genuinely tablet-sized portability
Cons
- At ~$888, this is significantly more expensive than benchtop alternatives with similar specs
- Micsig is a smaller brand — community support and documentation are limited compared to Rigol or Siglent
- 1GSa/s sample rate is modest for 200MHz bandwidth
- No function generator
- The portability premium is steep — a DHO924S at $449 outperforms it on a bench
Our Verdicts
FNIRSI 1014D
The FNIRSI 1014D is one of the cheapest ways to get a real oscilloscope on your bench. At around $115, it's hard to complain about 100MHz bandwidth and a built-in signal generator — both of which would cost more from Hantek. The honest limitation is the 240Kpt memory depth, which is genuinely painful the moment you try to capture anything longer than a few milliseconds at full sample rate. I'd call this a learning tool, not a precision instrument. If you just want to see what your Arduino signals look like and learn what triggering means, it's a solid starting point. But if you need to trust your measurements or capture serial transactions, save up for a Rigol or Siglent — you'll thank yourself later.
Micsig MHO14-200
The Micsig MHO14-200 is the most impressive portable oscilloscope I've seen — a 12-bit, 200MHz, 4-channel scope with 110Mpt memory and an all-day battery in a package thinner than most tablets. For field work where you genuinely need oscilloscope capability away from a bench — automotive diagnostics, industrial maintenance, on-site embedded debugging — nothing else comes close to this combination of specs and portability. The 16000mAh battery and anti-glare display are clearly designed by people who've actually used scopes outdoors. At ~$888, you're paying a substantial portability premium. A Rigol DHO924S at $449 will outperform it on every spec except portability and battery life. This scope makes perfect sense for field engineers and automotive technicians. For bench-only hobbyists, it's hard to justify over the benchtop alternatives at half the price.