Name: Xisem H1
Brand: Xisem

Technical Specifications of pair of headphones Xisem H1

Overall score

6.8

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Popularity

What it is: An indicator based on the number of reviews received by the headphones.

When it matters: When you prefer headphones that have already been chosen and reviewed by many other users.

Sound

6.7

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Active noise cancellation (ANC)

What it is: Reduces background noise using active technology

When it matters: When blocking office, travel, or aircraft noise is a priority.

Importance: HIGH

Driver type

What it is: Type of speaker driver technology used

When it matters: When the underlying sound character and driver technology matter to you.

Importance: HIGH

dynamic

Driver size

What it is: Diameter of the speaker driver unit

When it matters: When you want extra hardware context behind how the headphones may handle bass weight, scale, or overall presentation.

Importance: HIGH

Number of drivers

What it is: Total number of speaker drivers per earcup

When it matters: When multi-driver designs are part of your buying criteria.

Importance: LOW

Lowest frequency

What it is: Lowest audio frequency the headphones can reproduce

When it matters: When deeper bass extension matters for your music or movie listening.

Importance: MEDIUM

Good value: <=10 Hz

Calls & Controls

8.1

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Noise-canceling microphone

What it is: Built-in microphone reduces background noise during calls

When it matters: When you take calls in busy spaces and want your voice to stay clearer.

Importance: LOW

Can be used as a headset

What it is: Shows whether the headphones can handle voice chat and calls in addition to normal audio playback.

When it matters: When one pair needs to cover music, calls, meetings, and gaming chat.

Importance: LOW

Number of microphones

What it is: Total number of built-in microphones

When it matters: When call pickup quality and beamforming support matter to you.

Importance: LOW

Good value: >=2

Boom microphone

What it is: Includes detachable boom microphone for voice clarity

When it matters: When you need stronger voice clarity for gaming, streaming, or work calls.

Importance: LOW

Microphone SNR

What it is: Signal-to-noise ratio of the microphone

When it matters: When call clarity matters and you want your voice picked up more cleanly instead of buried in background hiss.

Importance: LOW

Good value: >80 dB

Connectivity

7.2

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Connectivity

What it is: Available connection methods (wired, wireless, Bluetooth, etc.)

When it matters: When the headphones need to match how you listen across wired and wireless devices.

Importance: LOW

Bluetooth version

What it is: Version of Bluetooth technology supported

When it matters: When wireless stability, efficiency, and feature support matter more than treating Bluetooth as a box-check spec.

Importance: LOW

Good value: >=5.0

Maximum Bluetooth range

What it is: Maximum wireless operating distance from source device

When it matters: When you move around rooms and want fewer dropouts from your source device.

Importance: LOW

Good value: >=10 m

Audio latency

What it is: Delay between audio and video in wireless mode

When it matters: When you watch video or play games and need sound to stay in sync.

Importance: MEDIUM

Good value: <60 ms

Multipoint support

What it is: Supports simultaneous connections to multiple devices

When it matters: When you switch often between a phone and a laptop during the day.

Importance: LOW

Features

5.8

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Ambient sound mode

What it is: Allows external sounds to pass through for awareness

When it matters: When you need to stay aware of traffic, voices, or announcements.

Importance: MEDIUM

EQ support

What it is: Allows customization of sound profile via equalizer

When it matters: When the stock tuning is not enough and you want to shape bass, mids, or treble to match your taste.

Importance: MEDIUM

Companion app

What it is: Dedicated mobile app for customization and updates

When it matters: When software customization, updates, and extra controls matter.

Importance: MEDIUM

Adjustable ANC levels

What it is: Allows adjustment of noise cancellation intensity levels

When it matters: When you move between quiet rooms, offices, streets, and public transport and do not want one ANC setting for every situation.

Importance: HIGH

Good value: >=4

N/A

Voice assistant support

What it is: Compatible with voice assistants like Siri, Alexa, or Google Assistant

When it matters: When hands-free control is part of your daily routine.

Importance: LOW

Battery

8.3

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Battery life

What it is: Playback time on a single charge

When it matters: When you commute, travel, or work long shifts and do not want charging breaks to interrupt listening.

Importance: LOW

Good value: >45 hours

Battery life with ANC

What it is: Playback time with active noise cancellation enabled

When it matters: When you plan to keep noise cancellation on for most of the day.

Importance: LOW

Good value: >40 hours

Charging time

What it is: Time required for a full battery charge

When it matters: When you often need the headphones ready again after short breaks.

Importance: LOW

Good value: <=2 hours

Quick charge

What it is: Provides quick playback time with short charging period

When it matters: When a short top-up needs to deliver useful playback before you leave.

Importance: LOW

Battery capacity

What it is: Total energy storage of the internal battery

When it matters: When you are estimating how much battery headroom the design may have before relying only on the official runtime claim.

Importance: LOW

Good value: >=720 mAh

Design

7.5

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Brand name

What it is: The manufacturer or brand of the product.

When it matters: When you prefer a specific ecosystem, support network, or design philosophy.

Importance: LOW

Xisem

Form factor

What it is: Overall design type of the headphones (over-ear, on-ear, in-ear, etc.)

When it matters: When comfort, portability, and isolation depend on the overall headphone style.

Importance: LOW

over-ear

Weight

What it is: Total weight of the headphones

When it matters: When long listening sessions make wearing comfort more important.

Importance: HIGH

Good value: <150 g

Acoustic design

What it is: Type of acoustic design (open-back, closed-back, semi-open)

When it matters: When you need the right balance of isolation, leakage, and soundstage.

Importance: LOW

closed-back

Clamp force

What it is: Amount of clamping pressure applied to the head

When it matters: When comfort and fit security matter during long sessions.

Importance: LOW

Xisem H1 vs the average pair of headphones

Why is Xisem H1 better than the average pair of headphones?

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Spatial audio support
Xisem H1 supports spatial audio, the average pair of headphones does not. 15.9% of headphones support spatial audio.
What it is: Supports immersive surround sound playback
When it matters: When movies, games, and immersive mixes are part of your listening.
Importance: MEDIUM
Xisem H1 supports spatial audio, the average pair of headphones does not. 15.9% of headphones support spatial audio.
20 mm larger driver size
Xisem H1 uses a larger driver size than the average pair of headphones (60 mm vs 40 mm). The average headphones use a driver size of 40 mm.
What it is: Diameter of the speaker driver unit
When it matters: When you want extra hardware context behind how the headphones may handle bass weight, scale, or overall presentation.
Importance: HIGH
Xisem H1 uses a larger driver size than the average pair of headphones (60 mm vs 40 mm). The average headphones use a driver size of 40 mm.60 mm vs 40 mm
EQ customization
Xisem H1 supports EQ customization, the average pair of headphones does not. 23.2% of headphones support EQ.
What it is: Allows customization of sound profile via equalizer
When it matters: When the stock tuning is not enough and you want to shape bass, mids, or treble to match your taste.
Importance: MEDIUM
Xisem H1 supports EQ customization, the average pair of headphones does not. 23.2% of headphones support EQ.
14 dB/mW higher sensitivity
Xisem H1 has a higher sensitivity than the average pair of headphones (116 dB/mW vs 102 dB/mW). The average headphones have sensitivity of 102 dB/mW.
What it is: Sound pressure output level per unit of input power
When it matters: When you plan to use weaker sources like phones, handhelds, or entry-level dongles and still want enough volume.
Importance: MEDIUM
Good value: >=106 dB/mW
Xisem H1 has a higher sensitivity than the average pair of headphones (116 dB/mW vs 102 dB/mW). The average headphones have sensitivity of 102 dB/mW.116 dB/mW vs 102 dB/mW
Multipoint support
Xisem H1 supports multipoint, the average pair of headphones does not. 30.6% of headphones support multipoint.
What it is: Supports simultaneous connections to multiple devices
When it matters: When you switch often between a phone and a laptop during the day.
Importance: LOW
Xisem H1 supports multipoint, the average pair of headphones does not. 30.6% of headphones support multipoint.
More flexible connectivity
Xisem H1 offers more flexible connectivity than the average pair of headphones (wireless vs wired). The average headphones support wired connectivity.
What it is: Available connection methods (wired, wireless, Bluetooth, etc.)
When it matters: When the headphones need to match how you listen across wired and wireless devices.
Importance: LOW
Xisem H1 offers more flexible connectivity than the average pair of headphones (wireless vs wired). The average headphones support wired connectivity.wireless vs wired
Clear call microphone
Xisem H1 offers a clear call microphone, while the average pair of headphones does not. 39% of headphones support noise-canceling microphones.
What it is: Built-in microphone reduces background noise during calls
When it matters: When you take calls in busy spaces and want your voice to stay clearer.
Importance: LOW
Xisem H1 offers a clear call microphone, while the average pair of headphones does not. 39% of headphones support noise-canceling microphones.
AptX Adaptive support
Xisem H1 supports aptX Adaptive, the average pair of headphones does not. 6.7% of headphones support aptX Adaptive.
What it is: Supports Qualcomm aptX Adaptive codec for improved audio and latency
When it matters: When you switch between music, video, and games and want Bluetooth audio to manage quality and latency more intelligently.
Importance: LOW
Xisem H1 supports aptX Adaptive, the average pair of headphones does not. 6.7% of headphones support aptX Adaptive.
18.3% lower weight
Xisem H1 is lighter than the average pair of headphones (178 g vs 218 g). The average pair of headphones weighs 218 g.
Water resistance
Xisem H1 is water resistant, the average pair of headphones is not. 20.2% of headphones are water resistant.
Spatial audio support
Xisem H1 supports spatial audio, the average pair of headphones does not. 15.9% of headphones support spatial audio.
20 mm larger driver size
Xisem H1 uses a larger driver size than the average pair of headphones (60 mm vs 40 mm). The average headphones use a driver size of 40 mm.
14 dB/mW higher sensitivity
Xisem H1 has a higher sensitivity than the average pair of headphones (116 dB/mW vs 102 dB/mW). The average headphones have sensitivity of 102 dB/mW.
13 dB SPL higher sound pressure level
Xisem H1 has a higher sound pressure level than the average pair of headphones (116 dB SPL vs 103 dB SPL). The average headphones reach a sound pressure level of 103 dB SPL.
1 hours shorter charging time
Xisem H1 has a lower charging time than the average pair of headphones (1 hours vs 2 hours). The average headphones need 2 hours to charge.
20 hours longer battery life
Xisem H1 has a higher battery life than the average pair of headphones (50 hours vs 30 hours). The average headphones offer battery life of 30 hours.
USB-C charging
Xisem H1 uses USB-C charging, the average pair of headphones does not. 29.5% of headphones use USB Type-C.
Wireless charging support
Xisem H1 supports wireless charging, the average pair of headphones does not. 3.9% of headphones support wireless charging.
Play while charging
Xisem H1 can play while charging, the average pair of headphones cannot. 29.1% of headphones support play while charging.
Rechargeable battery
Xisem H1 has a rechargeable battery, the average pair of headphones does not. 47.9% of headphones have a rechargeable battery.
5 hours longer ANC battery life
Xisem H1 has a higher battery life with ANC than the average pair of headphones (35 hours vs 30 hours). The average headphones offer battery life with ANC of 30 hours.
Multipoint support
Xisem H1 supports multipoint, the average pair of headphones does not. 30.6% of headphones support multipoint.
More flexible connectivity
Xisem H1 offers more flexible connectivity than the average pair of headphones (wireless vs wired). The average headphones support wired connectivity.
AptX Adaptive support
Xisem H1 supports aptX Adaptive, the average pair of headphones does not. 6.7% of headphones support aptX Adaptive.
90 ms lower audio latency
Xisem H1 has a lower audio latency than the average pair of headphones (60 ms vs 150 ms). The average headphones have audio latency of 150 ms.
AAC codec support
Xisem H1 supports AAC, the average pair of headphones does not. 32.2% of headphones support AAC.
Low-latency game mode
Xisem H1 includes a low-latency game mode, the average pair of headphones does not. 21.2% of headphones support low-latency game mode.
Clear call microphone
Xisem H1 offers a clear call microphone, while the average pair of headphones does not. 39% of headphones support noise-canceling microphones.
On-device controls
Xisem H1 includes on-device controls, the average pair of headphones does not. 46.8% of headphones support on-device controls.
Sidetone support
Xisem H1 supports sidetone, the average pair of headphones does not. 25.3% of headphones support sidetone.
EQ customization
Xisem H1 supports EQ customization, the average pair of headphones does not. 23.2% of headphones support EQ.

Why is Xisem H1 worse than the average pair of headphones?

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1 higher clamp force
Xisem H1 has a higher clamp force than the average pair of headphones (5.3 vs 4.3). The average headphones have a clamp force of 4.3.
2 Hz weaker bass extension
Xisem H1 has a higher lowest frequency than the average pair of headphones (20 Hz vs 18 Hz). The average headphones reach a lowest frequency of 18 Hz.
No neodymium magnet
Xisem H1 does not use neodymium magnets, the average pair of headphones does. 81.9% of headphones use neodymium magnets.
0.5 dB looser channel balance
Xisem H1 has a higher channel balance tolerance than the average pair of headphones (1 dB vs 0.5 dB). The average headphones have channel balance tolerance of 0.5 dB.
13.8% lower battery capacity
Xisem H1 has a lower battery capacity than the average pair of headphones (500 mAh vs 580 mAh). The average headphones have a battery capacity of 580 mAh.
2 Hz weaker bass extension
Xisem H1 has a higher lowest frequency than the average pair of headphones (20 Hz vs 18 Hz). The average headphones reach a lowest frequency of 18 Hz.
What it is: Lowest audio frequency the headphones can reproduce
When it matters: When deeper bass extension matters for your music or movie listening.
Importance: MEDIUM
Good value: <=10 Hz
Xisem H1 has a higher lowest frequency than the average pair of headphones (20 Hz vs 18 Hz). The average headphones reach a lowest frequency of 18 Hz.20 Hz vs 18 Hz
1 higher clamp force
Xisem H1 has a higher clamp force than the average pair of headphones (5.3 vs 4.3). The average headphones have a clamp force of 4.3.
What it is: Amount of clamping pressure applied to the head
When it matters: When comfort and fit security matter during long sessions.
Importance: LOW
Xisem H1 has a higher clamp force than the average pair of headphones (5.3 vs 4.3). The average headphones have a clamp force of 4.3.5.3 vs 4.3
5.87x less popular
Xisem H1 is less popular than the average pair of headphones (1.00 vs 5.869).
What it is: An indicator based on the number of reviews received by the headphones.
When it matters: When you prefer headphones that have already been chosen and reviewed by many other users.
Xisem H1 is less popular than the average pair of headphones (1.00 vs 5.869).1 vs 5.87
No neodymium magnet
Xisem H1 does not use neodymium magnets, the average pair of headphones does. 81.9% of headphones use neodymium magnets.
What it is: Uses neodymium magnets for stronger, clearer sound
When it matters: When driver construction details are part of how you compare sound hardware.
Importance: LOW
Xisem H1 does not use neodymium magnets, the average pair of headphones does. 81.9% of headphones use neodymium magnets.
13.8% lower battery capacity
Xisem H1 has a lower battery capacity than the average pair of headphones (500 mAh vs 580 mAh). The average headphones have a battery capacity of 580 mAh.
What it is: Total energy storage of the internal battery
When it matters: When you are estimating how much battery headroom the design may have before relying only on the official runtime claim.
Importance: LOW
Good value: >=720 mAh
Xisem H1 has a lower battery capacity than the average pair of headphones (500 mAh vs 580 mAh). The average headphones have a battery capacity of 580 mAh.500 mAh vs 580 mAh
0.5 dB looser channel balance
Xisem H1 has a higher channel balance tolerance than the average pair of headphones (1 dB vs 0.5 dB). The average headphones have channel balance tolerance of 0.5 dB.
What it is: Tolerance between left and right channel volume balance
When it matters: When stereo precision and left-right consistency matter to you.
Importance: LOW
Good value: <=0.5 dB
Xisem H1 has a higher channel balance tolerance than the average pair of headphones (1 dB vs 0.5 dB). The average headphones have channel balance tolerance of 0.5 dB.1 dB vs 0.5 dB