In depth comparison and review of Philips TAT2206WT and JBL TUNE Beam. Compare design, audio features, functions and other important specifications to easily choose the right headphones for you. Our goal is to help you uncover differences between the products and find the headphones that will best fit your needs.
DESIGN AND DIMENSIONS | Philips TAT2206WT | JBL TUNE Beam |
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Product Type | True wireless earphones - Bluetooth - wireless | True wireless earphones - Bluetooth - wireless | |
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Height | 0.57 cm | - | |
Width | 5.7 cm | - | |
Depth | 3.1 cm | - | |
Weight | 37 g | 10 g | JBL TUNE Beam are lighter than Philips TAT2206WT headphones. |
Dimensions & Weight Details | - | Charging case: 50.3 g Earbud: 5 g |
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Colour | White | Black | White | Blue | Purple | |
Protection | Splashproof, sweat-resistant, IPX4 | Water-resistant, dust-proof | |
Recommended Use | Portable electronics | Portable electronics | |
Bluetooth Range (Operating Distance) | 10 m | - |
SOUND QUALITY | Philips TAT2206WT | JBL TUNE Beam |
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Headphones Form Factor | In-ear | In-ear | |
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Connectivity Technology | Wireless | Wireless | |
Wireless Technology | Bluetooth | Bluetooth | |
Bluetooth Version | Bluetooth 5.0 | Bluetooth 5.3 | JBL TUNE Beam have a more advanced version of Bluetooth than Philips TAT2206WT. |
Bluetooth Profiles | Headset Profile (HSP), Advanced Audio Distribution Profile (A2DP), Audio/Video Remote Control Profile (AVRCP) | Hands-Free Profile (HFP), Advanced Audio Distribution Profile (A2DP), Audio/Video Remote Control Profile (AVRCP) | |
Bluetooth Audio Codec | SBC | - | |
Active Noise Cancelling | - | Yes | JBL TUNE Beam are equipped with active noice cancellation. |
Active Noise Cancelling Technology | - | Smart Ambient | |
Noise Isolating | - | Yes | JBL TUNE Beam are equipped with a noise isolating function. |
Sound Output Mode | - | Stereo | |
Sound Effects | - | Pure Bass | |
Frequency Response | 20 - 20000 Hz | 20 - 20000 Hz | Both headphones offer the same frequency response. |
Max Input Power | 5 mW | - | |
Sensitivity | 101 dB | 97 dB/mW | Philips TAT2206WT have higher sensitivity than JBL TUNE Beam. |
Impedance | 16 Ohm | 16 Ohm | |
Max Sound Pressure | - | 94 dB | |
Diaphragm | 6 mm | 6 mm | Both headphones are designed with same thick diaphragm. |
Features | - | TalkThru technology |
MICROPHONE | Philips TAT2206WT | JBL TUNE Beam |
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Form Factor | Built-in | Built-in | |
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Sensitivity | - | -38 dB | |
Microphones Included | - | 4 |
REMOTE CONTROL | Philips TAT2206WT | JBL TUNE Beam |
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Controls | Answer/end, reject call | - |
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CABLE | Philips TAT2206WT | JBL TUNE Beam |
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Cable Type | USB-C cable - detachable | USB-C charge cable |
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FEATURES | Philips TAT2206WT | JBL TUNE Beam |
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Sensors | - | Touch control |
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BATTERY AND CHARGING | Philips TAT2206WT | JBL TUNE Beam |
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Battery Type | Headphone battery rechargeable - lithium polymer | Headphone battery rechargeable - Lithium Ion | |
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Battery Capacity | - | 70 mAh | |
Battery Life | 18 hour(s) | 48 hour(s) | JBL TUNE Beam lasts longer on a single charge than the Philips TAT2206WT. |
Battery Life Details | Continuous playback: up to 6 hours Continuous talk (with included charging case): up to 18 hours Continuous talk: up to 6 hours Continuous talk (with included charging case): up to 18 hours |
Continuous playback (noise cancelling OFF): up to 12 hours Continuous playback (noise cancelling ON): up to 10 hours Continuous talk: up to 6.6 hours Continuous playback (with included charging case): up to 48 hours |
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Charging Time | 2 hour(s) | 2 hour(s) | The charging of both headphones last the same time. |
CONNECTIONS | Philips TAT2206WT | JBL TUNE Beam |
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Connector Type | Bluetooth USB (power only) |
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OTHERS | Philips TAT2206WT | JBL TUNE Beam |
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Included Accessories | Charging case, 3 pair of ear caps | 3 pairs of ear tips (small, medium, large), charging case, charging cable | |
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Compliant Standards | - | IP54, EN 62479:2010, GFSK, RED 2014/53/EU, EN 50663:2017, EN 300 328 V2.2.2, EN 301 489-1 V2.2.3, EN/IEC 63000:2018, EN 61000-3-3:2013+A1:2019, EN 55032:2015+A1:2020, Annex II (EU) 2015/863, 8DPSK, EN 55035:2017+A11:2020, EN 301 489-17 V3.2.4, EN IEC 61000-3-2:2019/A1:2021, Pi/4 DQPSK |