| Specification | ||
|---|---|---|
| Price | Rs.13,990.00 |
Rs.14,025.00 |
| Brand | Sennheiser |
Sony |
| Model No | HD 569 |
MDR-10RNC |
| Wired / Wireless | Wired Headphone Specification |
Wired Headphone Specification |
| Headphone Type | Over Ear |
Over Ear |
| Magnet Type | Dynamic |
Neodymium |
| Driver Diameter | 38 mm |
40 mm |
| Impedance | 23 ohm |
Power ON 50 ohm, OFF 24 ohm (at 1kHz) |
| Sensitivity | 115 dB SPL |
100 dB/mW |
| Frequency Response | 10 Hz - 28000 Hz |
6Hz - 24,000Hz |
| Maximum Power Input | NA |
100 mW |
| Noise Cancelling | AMBIENT |
Yes |
| Available Colors | Black |
Black |
| Connector Plating | 3.5 mm Angled |
3.5 mm Gold Plated Jack |
| Cable | Tangle- Free Flat Cable |
1.2 m |
| Weight | 300 Gm |
205 g |
| Other Features | Detachable Cable. Exceptional Comfort. Closed-back Earcups. Listen to music, take your calls. Enjoy the freedom of listening. E.A.R. Angled Driver Alignment. 2 years warranty when purchased from an authorized Sennheiser dealer. Manage phone calls with the in-line remote, and enjoy your music anytime, anywhere. |
- Automatic AI(Artificial Intelligence) Noise Canceling function - Digital Equalizer and full digital S-Master amplifier - Get unmatched sound with Liquid Crystal Polymer Film diaphragm - Enjoy pure music with Digital Sound Enhancement Engine (DSEE) - Tangle-free Serrated Cords More Info - Diaphragm : PET - Cord : Connecting cord/ Inline remote and microphone cord for smartphones - Plug : Gold-plated (L-shaped) stereo mini plug, Four-conductor gold plated (L-shaped) stereo mini plug - Power Source / Battery Type : Dry Battery(Size AAA) - Battery Life : Approx. 20 Hours Microphone - Unit/Type : Electret Condenser Microphone - Directivity : Non-directional - Frequency Range : 20Hz-20,000Hz - Open circuit voltage level : -40dB (0dB = 1 V/Pa) |
Compare Sennheiser HD 569 with:
Compare Sony MDR-10RNC with:
Top Differences
- Noise Cancelling: Yes vs AMBIENT
- Driver Size: 40 mm vs 38 mm
- Weight: 205 g vs 300 Gm
- Impedance: Power ON 50 ohm, OFF 24 ohm (at 1kHz) Vs 23 ohm
