Best Oscilloscopes for Education / Lab
Electronics educators and students need scopes that balance performance with simplicity. Classroom and lab environments benefit from durable builds, clear displays, and software ecosystems with good documentation. These are the top choices for learning and teaching electronics.
Rigol
DHO924S
250 MHz
1.25 GSa/s
4ch
50 Mpts
Rigol
DS1054Z
50 MHz
1 GSa/s
4ch
12 Mpts
Siglent
SDS804X HD
70 MHz
2 GSa/s
4ch
50 Mpts
Rigol
DHO914S
125 MHz
1.25 GSa/s
4ch
50 Mpts
Digilent
Analog Discovery 3
50 MHz
0.125 GSa/s
2ch
32 Kpts
Rigol
DHO814
100 MHz
1.25 GSa/s
4ch
25 Mpts
Temporarily out of stock
Rigol
DHO802
70 MHz
1.25 GSa/s
2ch
25 Mpts
Rigol
DS1104Z-S Plus
100 MHz
1 GSa/s
4ch
12 Mpts
Rigol
DHO804
70 MHz
1.25 GSa/s
4ch
25 Mpts
Pico Technology
PicoScope 2204A
10 MHz
0.1 GSa/s
2ch
8 Kpts
Temporarily out of stock
Hantek
DSO5072P
70 MHz
1 GSa/s
2ch
40 Kpts
FNIRSI
1014D
100 MHz
1 GSa/s
2ch
240 Kpts
Keysight
EDUX1052A
50 MHz
1 GSa/s
2ch
1 Mpts
Hantek
6022BE
20 MHz
0.048 GSa/s
2ch
1 Mpts
Can't decide?
Compare these scopes side-by-side on specs, price, and features.
Compare These Scopes Side-by-SideWhat to Look For
Match bandwidth to your signals
Choose bandwidth that's 3-5x higher than your highest signal frequency for accurate measurements.
Channel count matters
More channels let you compare multiple signals simultaneously — essential for debugging complex circuits.
Consider software ecosystem
The scope software is what you'll use daily. Choose a brand with good documentation, regular updates, and an active user community.