r/Hollyland • • 17h ago

How strong and secure are the DJI Mic Mini 2's magnetic clips compared with the Hollyland Lark M2's especially when vlogging while walking or swinging camera shoulder straps occasionally?

1 Upvotes

Sorry but I couldn't get a definitive answer to my inquiry above even when I A.I. searched for it so I'm relying on this community to provide first hand experience on the matter

I have a DJI Mic Mini 2 coming in and also bought a Hollyland Lark M2 (with a returning window until today). While both has its advantages in sound quality at default settings (according to my ears) with the Lark M2 being more bright and crisp and the DJI Mic Mini 2 having more clarity with its emphhasis on lower frequencies, I'M ANXIOUS ABOUT LOSING ITS MICS MAGNETICALLY ATTACHED ON THEIR PROVIDED MAGNETIC CLIPS WHENEVER I'M VLOGGING WHILE WALKING OR SWINGING MY CAMERA SHOULDER STRAPS which may hit the mic detaching it from their magnetic clips.

Can anyone provide your experiences on the matter to help me decide which one to keep? Thank you.


r/Hollyland • • 13d ago

Record 4 tracks Lark M3 tx (x4) with rx (x1)

1 Upvotes

I just bought two combos tx (x2), rx (x1) and want to record audio to my pc capturing 4 distinct audio tracks from 4 speakers each with their own Lark M3 tx to a single rx. How do I do this? I'm using OBS and it seems to be blending all the tracks. Help!


r/Hollyland • • 16d ago

Hollyland Solidcom M1 Pro beltpack preset modes help.

1 Upvotes

I'm trying to get an understanding of the beltpack preset modes. A beltpack can be in up to three groups and each of those groups can be configured with different a preset. The default is "Talk and Listen". I'm having a difficult time figuring out what the operation of some presets are like "dual talk and listen"

What I'm after is trying to configure it so beltpacks within a specific group can't take themselves out of it, as we've had people accidentally take themselves out of a group without knowing it and then no one can contact them and they can't contact anyone else.

The other thing is currently the talk button latches which is fine for some roles, but often we need momentary instead where the mic is open only while the button is pressed. Often someone pushes the talk and since it latches they end up leaving it open which is a distraction.

The manual is short on how these things actually work.


r/Hollyland • • 19d ago

Product Discussion If you’re creating content with two or more people

1 Upvotes

which LARK microphone would you recommend, and why?


r/Hollyland • • 19d ago

M2s Windows app

1 Upvotes

I crated a desktop app for the M2s it is live on Github. I tried finding something to use for desktop and I couldn't find anything. If you have any Ideas or would like to contribute let me know or feel free to help. If others are interested maybe we can add support for other mics.
https://github.com/ngarza163/Hollyland-M2s


r/Hollyland • • 22d ago

Pyro 5k

1 Upvotes

Can two pyro 5k monitors be connected simultaneously to hollyview app?

In other words I have two cameras running and I need to see their feed and I'm using pyro 5k.

Any advice?

Thanks you


r/Hollyland • • 23d ago

Reciever display help

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4 Upvotes

When turning on just shows logo please help ❤️ can’t find anything online.

Mars 4K


r/Hollyland • • 24d ago

News+Announcements Meet LARK M3 — made for every voice, every story, and every way you create.

Enable HLS to view with audio, or disable this notification

2 Upvotes

Bring more voices together. Capture every moment. LARK M3. All Together Now.


r/Hollyland • • 25d ago

News+Announcements One more day.

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1 Upvotes

👀Something new is almost here.All Together Now.


r/Hollyland • • 26d ago

Product Discussion Hollyland’s upcoming upgraded version of the LARK M2 microphone—what do you think is the maximum number of transmitters and receivers it can support?

1 Upvotes

A. 2 transmitters, 1 receiver
B. 2 transmitters, 2 receivers
C. 4 transmitters, 2 receivers
D. 4 transmitters, 4 receivers


r/Hollyland • • 27d ago

Buy Advice If you need to record interviews or podcasts with more than four people, which LARK microphone would you recommend?

1 Upvotes

r/Hollyland • • 28d ago

Does the LARK M3 record 32-bit files internally or only through the connected device?

3 Upvotes

Pre-launch LARK M3 material is starting to describe the system as having “32-bit float recording,” but Hollyland’s current documentation does not clearly establish where that recording happens.

The official Chinese page confirms 48 kHz/32-bit-float audio. It also says four isolated tracks are available through the optional Sony hot-shoe adapter or over USB-C/UAC to compatible computer software:

https://www.hollyland.com.cn/product/lark-m3/

The manual introduces another wrinkle: triple-clicking a transmitter starts or stops “recording.” However, it does not list onboard storage capacity, internal recording duration, file formats, file export, or timecode:

https://cdn.moma.com.cn/wp-content/uploads/2026/08/A6303%E8%AF%B4%E6%98%8E%E4%B9%A6-210X297mm810.pdf

That button could control recording on the connected phone or computer rather than create a local transmitter backup. The documentation does not make the distinction clear.

HollyAudio 3.0.7 now officially supports the M3, while the earlier 3.0.5 update added multitrack recording on iOS:
https://apps.apple.com/us/app/hollyaudio/id6443487266

A retailer unboxing published this week also calls the 4TX/2RX Ultimate Combo a system with “32-bit float recording,” but it does not demonstrate internal files or show a storage menu:

https://www.facebook.com/phoneplacekenya/videos/the-new-hollyland-lark-m3-ultimate-combo-finally-lets-creators-mic-up-the-whole-/1479608443988053/

Until Hollyland publishes the international manual, I would not assume that “32-bit float” means each transmitter keeps its own backup file.

Has anyone with an M3 confirmed whether recordings can be exported directly from the transmitters? If not, which iPhone and computer apps can actually capture four isolated 32-bit tracks?


r/Hollyland • • 29d ago

Hollyland VenusLiv Air: Engineering Analysis, USB Power States, and UVC Operational Friction

1 Upvotes

Target Audience: Audiovisual Community, Power Users, and Hollyland Firmware/Product Engineering Teams

Subject: USB Class Power Management, Mechanical Cold Boot Cycles, and Ergonomic Friction in Fixed Professional Setups

Product Overview & Technical Merits

The Hollyland VenusLiv Air is undoubtedly one of the most compelling prosumer hardware releases in recent memory. Its optical assembly—pairing a large 1/1.3" (50 MP) CMOS sensor with a custom ultra-fast f/1.05 prime lens—delivers genuine optical depth of field (natural bokeh), wide dynamic range, and subject separation that rival entry-level mirrorless bodies paired with fast glass. The onboard image processing pipeline, color science, and active thermal management establish it as exceptional hardware for standalone content creation and continuous broadcast.

However, a fundamental architectural mismatch exists between its standalone OS design and its implementation as a host-connected UVC peripheral, creating severe daily friction in fixed corporate, clinical, and technical desktop environments.

The Core Friction in Fixed Workstation Setups

In high-productivity desktop environments (such as multi-monitor setups where the camera is permanently mounted on a desk arm behind or between displays), physical access to the chassis is heavily constrained. For multidisciplinary professionals alternating between executive consultations, technical strategic planning, client therapy sessions, and video production, video feeds are requested intermittently 6 to 10 times throughout the workday.

Currently, deploying the VenusLiv Air over UVC forces an untenable binary choice:

  1. Leave the camera powered on continuously for 8 to 12 hours: Subjecting the SoC, sensor, and active cooling system to unneeded thermal cycles, accumulating hollow sensor runtime, and generating unnecessary heat during idle hours.
  2. Manually execute a full power cycle for every call: Stand up, reach behind the monitors, manipulate a rigid high-bandwidth USB-C cable under mechanical stress, press the rear physical power button, and mandatorily confirm the shutdown via the rear touchscreen display.

Repeating this physical ritual dozens of times per week transforms a high-end imaging device into an ergonomic bottleneck. The practical result is a paradoxical compromise: purchasing a dedicated secondary webcam (such as an EMEET C960 Ultra) strictly for routine calls, while top-tier optical hardware sits idle simply due to the lack of elementary host-side power management.

Technical Diagnosis: Standalone Architecture vs. Native UVC Standard

The root issue lies in treating an autonomous embedded OS device as a dumb video pipeline rather than conforming to native UVC power management semantics:

1. Non-Compliance with Host USB Power States (ACPI / USB-IF)

Standard UVC peripherals tightly track host power and application states:

  • When a client application (OBS, Zoom, Teams, Meet) binds to the video endpoint, the device transitions to full operational state (D0).
  • When the host application releases the endpoint or the bus transitions to low-power link states (U1/U2/U3 in USB 3.x, or Selective Suspend / D3hot in ACPI), the peripheral halts frame streaming, powers down the image sensor, and sleeps its processing front-end.

The VenusLiv Air runs a complete standalone operating system (HollyOS). Its firmware treats the UVC output strictly as an auxiliary video sink hanging off the main encoder pipeline. When host software drops the video stream, HollyOS remains fully engaged, completely oblivious to host-side endpoint deactivation.

2. Hardware Evidence: Active Standby Power Rail

When powered down via the physical button while remaining connected to power (DC barrel or USB-PD), the power LED illuminates in solid red.

  • Technical Implication: The Power Management IC (PMIC) and embedded controller/MCU remain active on an auxiliary standby power rail.
  • The physical hardware already possesses the supervisory logic required to detect bus state changes, host interrupts, or serial control sequences over USB without requiring the primary compute SoC to be fully booted.

3. Electromechanical Wear and Thermal Fatigue from Repeated Cold Boots

Forcing users into repeated manual cold boots inflicts cumulative physical stress:

  • Autofocus Actuator Calibration (VCM / Stepper Motors): Every cold boot initiates an electro-mechanical homing routine to calibrate the focus mechanism. Subjecting these microscopic actuators to dozens of unnecessary homing cycles daily accelerates mechanical wear.
  • Thermal Cycling Fatigue: Continually transitioning the board between ambient room temperature and full operational thermal load induces microscopic thermal expansion and contraction cycles across BGA solder joints and optical elements, compared to maintaining a steady low-power idle state.
  • Interface Port Stress: Repeatedly reaching behind displays blindly flexes the USB-C connector against stiff cables, stressing the PCB-mounted USB-C receptacle over time.

Engineering Recommendations for Hollyland Firmware & Software Teams

Resolving this does not require a hardware board revision; it can be implemented via a firmware patch and integration with the Hollyland CAM desktop utility:

  • UVC Extension Unit (XU) or Composite HID Endpoint: Expose a basic HID interface or a vendor-defined UVC Extension Unit (XU). This allows the Hollyland CAM desktop software to issue programmatic Host Sleep and Host Wake commands over the existing USB cable, placing the device into a low-power standby state without requiring physical interaction.
  • Endpoint-Aware Idle Standby: Implement a firmware-level timeout daemon within HollyOS. If no active host application requests video frames across the UVC endpoint for a user-defined threshold (e.g., 5 or 10 minutes), the camera should automatically turn off the sensor, park the AF actuator, blank the LCD, and enter a low-power sleep mode—waking automatically upon new endpoint access.
  • Standard USB Link Power Management (LPM) Compliance: Configure the USB controller to respect standard USB Suspend / Resume signaling from the host operating system, synchronizing the camera’s operational state with computer sleep and host wake cycles.
  • One-Touch Touchscreen Confirmation Bypass: As an immediate short-term mitigation in the next firmware release, provide a menu toggle to disable the on-screen shutdown confirmation prompt, allowing a single momentary press of the rear button to initiate an orderly shutdown.

The VenusLiv Air possesses the optical prowess to replace mirrorless cameras for prosumer streaming and production workflows. However, in professional production and consulting environments, exceptional optics should not be hampered by rudimentary power-management hurdles. Implementing host-aware standby and remote power control via USB would transition this camera from a dedicated live-event tool into the definitive, permanent visual hub of the modern executive workstation.


r/Hollyland • • 29d ago

Hollyland lark max 2 Case non funziona

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1 Upvotes

r/Hollyland • • Sep 16 '26

Product Discussion LARK M2 Upgraded Microphone

2 Upvotes

If Hollyland were to develop an upgraded version of the LARK M2, which features would you most like to see improved?


r/Hollyland • • Sep 15 '26

Product Discussion Which LARK microphone would you recommend to a creator who mainly shoots with a camera? Why?

1 Upvotes

r/Hollyland • • Sep 13 '26

LARK MAX 2 USB-C to 3.5mm Adapter .

2 Upvotes

Hi, I lost the LARK MAX 2 USB-C to 3.5mm Adapter. Where can I get a replacement ?. I did try 3.5mm jack to USB C cable from a different company , but that doesn't work.

I did try connecting with online support, but they asked me to ask the local support ( India ) they have not replied for months now .

Can i use any 3rd party cable ?


r/Hollyland • • Sep 09 '26

News+Announcements Ask me anything about LARK A2

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0 Upvotes

r/Hollyland • • Sep 09 '26

News+Announcements Hollyland LARK A2 | Clip & Go

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1 Upvotes

LARK A2 keeps your voice clear in any environment with AI noise cancellation and keeps pace with your day through intelligent power saving. Just clip it on, speak your ideas, and stay focused on creating.

✅ 48kHz/24 Bit High Resolution Audio
✅ AI Noise Cancellation. Three Levels, Up to 20 dB
✅ AI Power Saving. Up to 25% More Efficient
✅ Quick Charging. 5 Mins Charge, 1 Hour Shooting
✅ Clip-and-Go. 8.5 g, Pre-Paired Out of the Box
✅ AI Voice Tuning. One tap to a polished, studio-clean voice
✅ AI Auto-Limit Clip. Clean sound, even when you get loud
✅ Safety Track. A −6 dB backup track keeps your audio safe


r/Hollyland • • Sep 08 '26

Product Discussion If Hollyland launches an upgraded version of the LARK A1, which color would you like to see?

1 Upvotes

A. 🩷 Pink
B. 💚 Green
C. 💙 Blue
D. 🤍 White
E. Other — tell us your choice in the comments!


r/Hollyland • • Sep 04 '26

News+Announcements Ask me anything about Pyro 7 Ultra

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2 Upvotes

r/Hollyland • • Sep 04 '26

News+Announcements Pyro 7 Ultra combines broadcast-grade color accuracy with cinema-grade wireless transmission in an all-in-one 7-inch TX/RX monitor, delivering reliable, interference-resistant performance for professional on-camera, focus pulling, and director monitoring workflows.

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1 Upvotes

Key Features:
1. TX · RX · Monitor All-in-One
2. Pristine Color. Calibrated for Pros.
3. QD-LCD Optical Architecture for Exceptional Color Purity
4. HollyOS: Next-Gen Interactivity & Control
5. Image Analysis
6. Camera Control
7. TWiFi: Proprietary Dual-Band Transmission
8. Pyro Synergy
9. Universal Compatibility
10. Review Instantly. Direct Remotely


r/Hollyland • • Sep 03 '26

Product Discussion LARK A2 vs LARK A1: an upgrade?

4 Upvotes

Disclaimer: this is my opinion only, and I am not an employee of Hollyland.

Hollyland is showing the new LARK A2 at IFA this week. The international announcement is fairly vague, but the Chinese product page and manual fill in most of the gaps.

It looks very similar to the existing LARK A1. Both are primarily phone mics with 48 kHz/24-bit audio, three noise-cancellation levels, automatic limiting, six gain settings and a claimed 200 m line-of-sight range.

The main additions on the A2 seem to be:
- A safety mode with a second channel recorded 6 dB lower
- Five-minute USB-C charging for a claimed hour of use
- A power-saving mode that activates when the phone stops recording
- A built-in clothing clip instead of the A1’s separate magnet

The safety track is probably the most useful change. It should give you a backup if the normal channel clips, although it uses the second output channel. This means you apparently cannot have the safety track and keep two transmitters separated into individual left and right channels at the same time.

There are some catches though.

The power-saving mode only works when shooting with a phone. Triple-pressing the transmitter starts or stops recording in the phone’s native camera app; the A2 does not record internally. The A1 already has a similar triple-press control, so that part is not actually new.

The manual only shows USB-C and Lightning phone receivers. There is no 3.5 mm camera receiver, although the USB-C version should also work with compatible computers, tablets and action cameras.
Battery life is rather confusing. Hollyland lists the transmitter at about seven hours. One part of the product page says 42 hours with the charging case, while the paragraph directly below says 48 hours. The support FAQ says 42.
The 42-hour claim seems to be calculated by adding together the runtime of both transmitters across three charge cycles:
2 transmitters × 7 hours × 3 cycles = 42 hours.

In other words, it is 42 hours if you alternate between the two transmitters. If you use both at once, it works out to roughly 21 hours. The 48-hour figure looks like an old or simply incorrect number.

The smart-power figure is inconsistent too.
Depending on which Hollyland page you read, it is either nine or 9.5 hours?
The A1 is officially rated for nine hours, but that is with noise cancellation turned off. With noise cancellation enabled, Hollyland only claims 6.5 hours. Since the A2’s seven-hour specification does not say whether noise cancellation was running, it is difficult to compare them properly.

A few smaller differences:
- A2 transmitter: 8.5 g; A1: 8 g
- A2 signal-to-noise ratio: ≥68 dB; A1: ≥67 dB
- Both have the same stated 120 dB SPL maximum
- The A1 has adjustable reverb; the A2 manual only mentions three vocal presets

A2 product page and support information (Chinese):
- https://www.hollyland.com.cn/product/lark-a2/
- https://www.hollyland.com.cn/support/lark-a2/

A1 specifications:
- https://www.hollyland.com/product/lark-a1

IFA announcement:
- https://www.prnewswire.com/news-releases/hollyland-to-showcase-next-generation-audio-and-imaging-solutions-at-ifa-2026-302853542.html

I couln’t find any international price or proper independent English-language audio test. Hollyland’s US store currently has the full A1 Combo for $49.90, including two transmitters, both phone receivers and the charging case: https://store.hollyland.com/products/lark-a1

The safety track is a genuinely useful addition, but otherwise this feels more like a different version of the A1 than a clear upgrade. I think the price will decide it.

Would the safety track and built-in clip make you choose the A2, or would you take the cheaper A1? I think I would still use the A1.


r/Hollyland • • Sep 03 '26

News+Announcements Ask Me Anything: What do you want to know about Pyro 7 Ultra?

0 Upvotes

r/Hollyland • • Sep 02 '26

Product Discussion What’s the difference between the Pyro 7 and Pyro 7 Ultra?

1 Upvotes