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Philips SHM3550-10
Rs.550.00

Sony MDR-E9LP
Rs.590.00
Brand
Philips
Sony
Model No
SHM3550-10
MDR-E9LP
Wired / Wireless
Wired Headphone Specification
Wired Headphone Specification
Headphone Type
On Ear
In Ear
 
Magnet Type
Neodymium
Neodymium
Driver Diameter
32 mm
13.5 mm
Impedance
32 Ohms
32 ohm
Sensitivity
98 dB/mW
104 dB/mW
Frequency Response
20 Hz - 20000 Hz
18 Hz - 20000 Hz
Maximum Power Input
10 mW
2mW
Noise Cancelling
NA
No
 
Available Colors
Black
Black
Connector Plating
3.5 mm x 2, Silver Plated Jack
3.5 mm
Cable
2 m
Tangle- Free Durable Cable (1.2 m)
Weight
50 g
6 gm
Other Features
- 32mm drivers deliver clear sound
- Adjustable lightweight design ensures long wearing comfort
- Adjustable and rotatable Noise Cancelling boom microphone
- Headset delivers clear sound and voice
13.5 mm driver unit reproduces powerful bass sound
Durable and lightweight 1.2 m cord
Use your headphones with a Walkman®, iPod™ or MP3 player
Large range of colours available - match with your music player or choose your favourite

Compare Philips SHM3550-10 with:

Compare Sony MDR-E9LP with:

Key Differences

Overall, both headphones are feature-rich and cater to users looking for a combination of sound quality, comfort, and wireless convenience. Both models support modern Bluetooth connectivity, ensuring stable wireless performance with compatible devices. Philips SHM3550-10 and Sony MDR-E9LP offer different noise cancellation capabilities (NA vs No), which can impact how effectively they block external noise. Impedance levels vary (32 Ohms vs 32 ohm), which can affect compatibility and audio output when used with different devices. There is a noticeable difference in weight (50 g vs 6 gm), which may affect comfort during extended use. The driver size differs between the two (32 mm vs 13.5 mm), which can influence sound depth, bass response, and overall audio clarity. If you're comparing Philips SHM3550-10 and Sony MDR-E9LP, both models offer a strong combination of sound performance, comfort, and modern wireless features. The frequency response differs (20 Hz - 20000 Hz vs 18 Hz - 20000 Hz), which can influence how well the headphones reproduce lows, mids, and highs. Both headphones offer solid battery performance, making them suitable for long listening sessions and travel.

Verdict: Both models are competitive, and your decision should be based on your usage needs and preferred features.

Top Differences

  • Noise Cancelling: NA vs No
  • Driver Size: 32 mm vs 13.5 mm
  • Weight: 50 g vs 6 gm
  • Impedance: 32 Ohms vs 32 ohm