Hantek DSO5072P vs Rigol DS1054Z
Head-to-head spec comparison to help you pick the right scope for your bench.
Hantek
$180
Rigol
$349
Spec-by-Spec Comparison
| Spec | Hantek DSO5072P | Rigol DS1054Z |
|---|---|---|
| Bandwidth | 70 MHz | 50 MHz |
| Sample Rate | 1 GSa/s | 1 GSa/s |
| Channels | 2 | 4 |
| Memory Depth | 40 Kpts | 12 Mpts |
| Display Size | 7" | 7" |
| Weight | 2 kg | 3.2 kg |
| Price | $180 | $349 |
| Rating | 6.0/10 | 8.5/10 |
| Protocol Decoder | No | Yes |
| Function Gen | No | No |
| WiFi | No | No |
| Battery | No | No |
| Buy on Amazon · $180 | Buy on Amazon · $349 |
Pros & Cons
Hantek DSO5072P
Pros
- Traditional benchtop form factor — looks and feels like a real scope
- 70MHz bandwidth handles most hobbyist signals without complaint
- Reasonable price point for a desk instrument under $200
- Simple, button-based interface is easy to learn
Cons
- Only 2 channels limits simultaneous signal debugging
- 40Kpt memory depth is embarrassingly shallow by modern standards
- No protocol decoding — SPI and I2C debugging is impossible
- Fan can be noisy enough to notice in a quiet room
- No software update path to improve functionality
Rigol DS1054Z
Pros
- 4 channels at a mid-range price — still rare and genuinely valuable
- 12Mpt memory depth is excellent for long capture sessions
- Massive community: tutorials, hacks, and forum answers everywhere you look
- Well-documented bandwidth hack unlocks 100MHz — free upgrade
- Trigger types rival scopes twice the price
- Protocol decoding (SPI, I2C, UART) included at no extra cost
Cons
- 50MHz stock bandwidth is limiting for faster SPI clocks and RF work
- Interface feels dated compared to the newer Rigol DHO series
- No touchscreen — menu navigation requires physical button presses
- Fan is audible in quiet environments
- The DHO924S has overtaken it on almost every spec at a similar price
Our Verdicts
Hantek DSO5072P
The Hantek DSO5072P is a budget benchtop scope that does the basics well and little else. At ~$180, you get a proper desk instrument with 70MHz bandwidth and a 7-inch display — the kind of setup that looks like a real oscilloscope rather than a tablet toy. It handles Arduino debugging and basic analog work just fine. The problem is the 40Kpt memory depth, which is almost unusably shallow compared to modern budget alternatives. If you need to capture long waveforms or decode SPI/I2C, look at the Rigol DS1054Z instead. The DS1054Z costs about $170 more but gives you 300x the memory, 4 channels, and protocol decoding — it's a completely different class of instrument.
Rigol DS1054Z
The Rigol DS1054Z is the default recommendation in every electronics forum for a reason — it earned that reputation over a decade of consistent performance. Four channels, 12Mpt memory, comprehensive protocol decoding, and an absurd number of trigger types for ~$349 is a package that nothing in this price range matched for years. The 50MHz bandwidth is the only real limitation, and the well-documented hack to unlock 100MHz makes even that a manageable concern. Yes, the newer Rigol DHO924S has better specs in nearly every category — but the DS1054Z has something no spec sheet can quantify: years of solved problems, answered questions, and tutorials from the EEVblog and r/AskElectronics communities. If you're buying your first serious oscilloscope and want to minimize frustration, this is still a great choice. If you can stretch to $449, the DHO924S is the better buy in 2026.