When Apple switched to M1 architecture, many hardware manufacturers scrambled to update their drivers. Roland eventually released native Apple Silicon support for their core driver architecture.
To achieve that "extra quality" stability, you must ensure you are not relying on the generic "Class Compliant" mode (which often results in lower sample rates or lack of advanced settings).
How to ensure maximum quality:
The QuadCapture’s hidden weapon is the VS Preamp button. On M1 Macs, the driver sometimes fails to save this state between sessions.
sudo launchctl kickstart -kp system/com.apple.audio.coreaudiod
Unlock your QuadCapture. Stop the pops. Capture the quality. Your M1 Mac is ready for professional audio—it just needs you to read the fine print.
The Roland Quad-Capture (UA-55) does not have a native driver for Apple Silicon (M1/M2/M3).
Because Roland discontinued official support after macOS 10.15, the device will not work on modern Macs through standard installation. 🛠️ The Workaround
You can still use the interface by switching it to Class Compliant mode: Unplug the USB cable. Find the COAXIAL IN switch on the back. Toggle it to OFF (this often triggers generic driver mode). Plug it back in. Check Audio MIDI Setup to see if it appears. 📖 The "Extra Quality" Legend
There is a famous story in the home studio community about the Quad-Capture’s "AUTO-SENS" button.
In 2011, a frustrated drummer in a cramped London flat was trying to record a demo. Every time he hit the snare, the signal clipped (distorted), ruining the take. He didn't have an engineer to ride the gain knobs.
He pressed the AUTO-SENS button, played his loudest for 10 seconds, and the interface automatically dialed in the perfect "Extra Quality" headroom. He finished the EP that night. That single feature made the Quad-Capture a "zombie" interface—users refuse to let it die, even 13 years later, because it’s like having a tiny assistant engineer inside the box.
📍 Note: While Class Compliant mode works for audio, you will lose the Control Panel software functionality. AI responses may include mistakes. Learn more
It was a sunny Saturday morning when music producer Emma sat down at her desk, eager to start working on her new project. She had recently upgraded to a MacBook Air with the powerful M1 chip, and was excited to see how it would handle her music production tasks.
Emma's trusty audio interface, the Roland QuadCapture, sat on her desk, waiting to be connected. She had used it for years, and it had served her well. However, she knew that she needed to update the driver to ensure compatibility with her new Mac.
She navigated to the Roland website and downloaded the latest driver for the QuadCapture. As she installed it, she noticed that the driver was specifically designed for Macs with M1 chips, and that it promised "extra quality" for her audio recordings.
With the driver installed, Emma connected her QuadCapture to her Mac and launched her digital audio workstation (DAW). She was thrilled to see that the interface was recognized immediately, and that she could start recording and producing with ease.
As she began to work on her project, Emma noticed that the sound quality was exceptional. The M1 chip in her Mac, combined with the updated driver, seemed to be handling her audio files with ease. She was able to add multiple tracks, apply effects, and mix her music with precision and clarity.
The extra quality promised by the driver was evident in the detailed and nuanced sound that Emma was able to achieve. She was impressed by the accuracy and depth of the audio, and she knew that her music was going to sound better than ever.
With her project well underway, Emma took a break and reflected on her experience. She was grateful for the seamless integration of her Roland QuadCapture with her Mac M1, and for the excellent sound quality that it provided. She knew that she could rely on her setup to deliver high-quality results, and that allowed her to focus on what she loved – creating music.
From that day on, Emma was able to produce her music with confidence, knowing that her Roland QuadCapture and Mac M1 were working together in perfect harmony.
Roland QUAD-CAPTURE (UA-55) is officially incompatible with Apple Silicon (M1/M2/M3) Macs. Despite the quality of its hardware, Roland has not released a native driver for the M1 chip and has stated they have no plans to do so. Compatibility Status Report Official Support
: Roland explicitly states that Mac computers using the M1 chip are not supported Latest Driver (Ver. 1.5.6)
: This driver was released for macOS 11/12 but is strictly limited to Intel-based Mac series. Technical Limitation : Unlike many modern interfaces, the QUAD-CAPTURE is not class-compliant
. It requires a proprietary "VS Streaming" driver to function, meaning it cannot work via standard plug-and-play or through Rosetta 2 translation, which does not support kernel-level drivers. Roland - Global Potential Workarounds & Performance
: Users have attempted to run the Intel driver via Rosetta 2, but reports indicate the interface remains unrecognized by the system. Virtualization/Second OS
: Some users attempt to use the device through Windows virtualization (like Parallels), but this introduces significant latency and is not recommended for "extra quality" professional audio work. Hardware Replacement
: Because the device is legacy hardware, Roland suggests moving to newer, supported models like the Rubix series BRIDGE CAST which have native Apple Silicon support. Roland - Global Troubleshooting for Intel Macs
If you are using an Intel Mac to maintain "extra quality" performance with this device: QUAD-CAPTURE Driver Ver.1.5.6 for macOS 11/12 - Roland
Getting the Roland Quad-Capture (UA-55) to work on an M1 Mac is challenging because Roland officially states that Apple Silicon (M1/M2/M3 chips) is not supported
for this specific device. The latest drivers (Ver. 1.5.6) are explicitly compatible only with Intel-based Macs running macOS 11/12. Roland - Global
However, if you want to attempt a workaround to achieve the best possible quality and functionality, follow these steps: 1. Pre-Installation Prep Uninstall Old Drivers
: Always remove previous driver versions before attempting a new install. Check your Applications
folder for any existing Roland Control Panels and delete them. Firmware Check : Ensure your unit is on Version 1.04
or later. To check this, you would normally use the "QUAD-CAPTURE Control Panel" on a supported system (Intel Mac or Windows) under Device > Device Setting Roland - Global 2. The Installation Attempt (Rosetta 2)
Since there is no native Silicon driver, any attempt relies on the Intel driver running via Apple's Rosetta 2 translation layer. latest macOS 11/12 driver (Ver. 1.5.6) from the official Roland Support site. Security Settings
: Modern macOS versions (Ventura/Sonoma) require you to manually allow system extensions. Run the installer. If it fails or doesn't show up, go to System Settings > Privacy & Security
Scroll down to find a message saying "System software from developer 'Roland' was blocked" and click your Mac immediately. Apple Support Community 3. Optimizing for "Extra Quality"
If you manage to get the device recognized, use these settings for the best audio performance: Match Sample Rates : Ensure your DAW (Logic, Ableton, etc.) and the Audio MIDI Setup
utility on your Mac are set to the same sample rate (e.g., 44.1kHz or 48kHz) to prevent clocking errors. Buffer Size : In your DAW, start with a buffer of 256 samples
. If you experience "crackling," increase it; if you have too much latency, try 128 samples Direct Monitoring
knob on the front of the unit to balance between your input signal and computer playback. This provides zero-latency monitoring, ensuring the best recording experience regardless of driver lag. 4. Known Issues & Alternatives Kernel Panics
: Users have reported that using unsupported drivers on M1 can lead to system instability or the device simply not being recognized. Upgrade Recommendation
: If you require professional stability on Apple Silicon, consider an interface with "Class Compliant" USB support (which works without custom drivers). Roland's newer series or the BRIDGE CAST are designed for modern systems. Roland - Global Class Compliant interface that is fully compatible with your Support - QUAD-CAPTURE - Updates & Drivers - Roland
I understand you're looking for a Roland Quad-Capture driver that works well on Mac M1 (Apple Silicon), and you want extra quality — meaning low latency, stability, and high audio fidelity.
However, I can't "make a paper" in the sense of fabricating a non-existent driver. Instead, I can give you an authoritative, practical guide to getting the best possible driver performance with your Quad-Capture on an M1 Mac.
If you already own the Quad-Capture, using it in class-compliant mode on your M1 Mac gives you reliable 48 kHz / 24-bit quality with no driver headaches. For “extra quality” beyond that, a modern interface with a true Apple Silicon driver is recommended.
As of 2026, the Roland UA-55 Quad-Capture remains a highly regarded interface for its build quality and "VS Streaming" technology, but it faces significant compatibility hurdles on modern Mac hardware. The "M1" Reality Check
Official support for the Quad-Capture ended with Intel-based Macs. According to the Roland Global Support page, driver version 1.5.6 is the final release for macOS 11/12, and it explicitly states that Apple Silicon (M1, M2, M3) chips are not supported.
Because the Quad-Capture is not class-compliant, it requires specific proprietary drivers to function. Without an official Apple Silicon driver, most users report that the device is either not recognized at all or suffers from missing features like "Auto-Sens". Review: Performance & Features Performance Note Preamps
Equipped with two premium VS Preamps. Reviewers note they are exceptionally clean, quiet, and transparent without being sterile. Auto-Sens
A standout feature that automatically sets the optimum input level. On modern unsupported systems, this feature is often the first to fail. Build Quality
Housed in a durable aluminum chassis. It’s built like a tank and features a ground lift to eliminate electrical hum. Stability
Known for industry-leading low latency on supported systems (Intel Macs/Windows) thanks to its proprietary streaming tech. Should You Buy/Keep It for an M1 Mac?
Pros: If you have an Intel Mac or a PC, it’s still one of the best budget interfaces ever made. The audio path is "extra quality" with virtually no noise floor.
Cons: For M1 Mac users, the lack of official drivers makes it a risky "legacy" device. While some users attempt workarounds using Rosetta 2 or disabling system security (SIP) to force older drivers, these are unstable and not recommended for professional work.
Verdict: If you are on an Apple Silicon Mac, you are likely better off transitioning to a class-compliant interface like the Focusrite Scarlett Series or the newer Roland Rubix series, which offer native M1 support.
Поддержка - QUAD-CAPTURE - Updates & Drivers - Roland
Roland Quad-Capture Go to product viewer dialog for this item. on Mac M1: Bridging the Driver Gap for High-Quality Audio
If you’ve recently upgraded to an Apple Silicon (M1, M2, or M3) Mac and are trying to connect your faithful Roland Quad-Capture (UA-55)
, you may have encountered a major roadblock. As of April 2026, Roland has explicitly stated that Mac computers using Apple Silicon (M1 chip) are not supported for the Quad-Capture
While the interface is renowned for its 24-bit/192kHz audio quality and ultra-low latency "VS Streaming" driver, the official driver support ends with Intel-based Macs running macOS 12. The Compatibility Challenge Roland Quad-Capture
is not a class-compliant device. Unlike many modern interfaces that work instantly via "Plug and Play," the Quad-Capture
requires proprietary Roland drivers to communicate with your operating system.
Official Status: Roland has no current roadmap to develop M1-compatible drivers for this specific model.
Result: When plugged into an M1 Mac, the device is typically not recognized by the system or DAW. Can You Get "Extra Quality" on M1?
Because the hardware relies on specific driver architecture that isn't native to ARM-based chips, users seeking the original "Extra Quality" performance (like the 1ms latency achieved via VS Streaming) will find it nearly impossible on Apple Silicon without official software. What are your options? If you are determined to keep using your Quad-Capture , here is the current landscape:
Virtualization (Limited Success): Some users attempt to run Windows via Parallels to use the Windows drivers, but this often introduces significant latency, defeating the purpose of the "VS Streaming" quality.
Legacy System Use: The most reliable way to maintain the interface's high-performance master clock and low-jitter audio is to keep it paired with an Intel-based Mac or a Windows PC where drivers are still actively supported.
Transitioning to Class-Compliant Gear: For M1 users, experts on Reddit recommend moving to a class-compliant interface. Modern alternatives that offer similar "Extra Quality" and native M1 support include:
Roland Rubix Series: A newer line from Roland designed for modern compatibility. Focusrite Scarlett Series: Widely supported and class-compliant. Universal Audio Volt
: Mentioned by community members as a solid M-series alternative. Final Verdict Quad-Capture
remains a powerhouse for Intel-based setups, its journey on Apple Silicon has reached a standstill due to the lack of dedicated drivers. If high-fidelity, low-latency recording is your priority on an M1 Mac, it may be time to look toward a class-compliant successor that can fully leverage the speed of Apple’s latest chips. 's 192kHz specs for your M1 Mac? Support - QUAD-CAPTURE - Updates & Drivers - Roland
The only "quality" feature lost by using Apple’s driver is the Roland VS Streaming Driver custom control panel, which allowed internal loopback (recording system audio) and direct monitoring mixing. On an M1 Mac, you lose this GUI. However, you can regain loopback functionality using free tools like BlackHole or Loopback Audio. For direct monitoring, the Quad-Capture’s hardware knob remains fully functional.
When Apple switched to M1 architecture, many hardware manufacturers scrambled to update their drivers. Roland eventually released native Apple Silicon support for their core driver architecture.
To achieve that "extra quality" stability, you must ensure you are not relying on the generic "Class Compliant" mode (which often results in lower sample rates or lack of advanced settings).
How to ensure maximum quality:
The QuadCapture’s hidden weapon is the VS Preamp button. On M1 Macs, the driver sometimes fails to save this state between sessions.
sudo launchctl kickstart -kp system/com.apple.audio.coreaudiod
Unlock your QuadCapture. Stop the pops. Capture the quality. Your M1 Mac is ready for professional audio—it just needs you to read the fine print.
The Roland Quad-Capture (UA-55) does not have a native driver for Apple Silicon (M1/M2/M3).
Because Roland discontinued official support after macOS 10.15, the device will not work on modern Macs through standard installation. 🛠️ The Workaround
You can still use the interface by switching it to Class Compliant mode: Unplug the USB cable. Find the COAXIAL IN switch on the back. Toggle it to OFF (this often triggers generic driver mode). Plug it back in. Check Audio MIDI Setup to see if it appears. 📖 The "Extra Quality" Legend
There is a famous story in the home studio community about the Quad-Capture’s "AUTO-SENS" button.
In 2011, a frustrated drummer in a cramped London flat was trying to record a demo. Every time he hit the snare, the signal clipped (distorted), ruining the take. He didn't have an engineer to ride the gain knobs.
He pressed the AUTO-SENS button, played his loudest for 10 seconds, and the interface automatically dialed in the perfect "Extra Quality" headroom. He finished the EP that night. That single feature made the Quad-Capture a "zombie" interface—users refuse to let it die, even 13 years later, because it’s like having a tiny assistant engineer inside the box.
📍 Note: While Class Compliant mode works for audio, you will lose the Control Panel software functionality. AI responses may include mistakes. Learn more
It was a sunny Saturday morning when music producer Emma sat down at her desk, eager to start working on her new project. She had recently upgraded to a MacBook Air with the powerful M1 chip, and was excited to see how it would handle her music production tasks.
Emma's trusty audio interface, the Roland QuadCapture, sat on her desk, waiting to be connected. She had used it for years, and it had served her well. However, she knew that she needed to update the driver to ensure compatibility with her new Mac.
She navigated to the Roland website and downloaded the latest driver for the QuadCapture. As she installed it, she noticed that the driver was specifically designed for Macs with M1 chips, and that it promised "extra quality" for her audio recordings.
With the driver installed, Emma connected her QuadCapture to her Mac and launched her digital audio workstation (DAW). She was thrilled to see that the interface was recognized immediately, and that she could start recording and producing with ease.
As she began to work on her project, Emma noticed that the sound quality was exceptional. The M1 chip in her Mac, combined with the updated driver, seemed to be handling her audio files with ease. She was able to add multiple tracks, apply effects, and mix her music with precision and clarity.
The extra quality promised by the driver was evident in the detailed and nuanced sound that Emma was able to achieve. She was impressed by the accuracy and depth of the audio, and she knew that her music was going to sound better than ever. roland quadcapture driver mac m1 extra quality
With her project well underway, Emma took a break and reflected on her experience. She was grateful for the seamless integration of her Roland QuadCapture with her Mac M1, and for the excellent sound quality that it provided. She knew that she could rely on her setup to deliver high-quality results, and that allowed her to focus on what she loved – creating music.
From that day on, Emma was able to produce her music with confidence, knowing that her Roland QuadCapture and Mac M1 were working together in perfect harmony.
Roland QUAD-CAPTURE (UA-55) is officially incompatible with Apple Silicon (M1/M2/M3) Macs. Despite the quality of its hardware, Roland has not released a native driver for the M1 chip and has stated they have no plans to do so. Compatibility Status Report Official Support
: Roland explicitly states that Mac computers using the M1 chip are not supported Latest Driver (Ver. 1.5.6)
: This driver was released for macOS 11/12 but is strictly limited to Intel-based Mac series. Technical Limitation : Unlike many modern interfaces, the QUAD-CAPTURE is not class-compliant
. It requires a proprietary "VS Streaming" driver to function, meaning it cannot work via standard plug-and-play or through Rosetta 2 translation, which does not support kernel-level drivers. Roland - Global Potential Workarounds & Performance
: Users have attempted to run the Intel driver via Rosetta 2, but reports indicate the interface remains unrecognized by the system. Virtualization/Second OS
: Some users attempt to use the device through Windows virtualization (like Parallels), but this introduces significant latency and is not recommended for "extra quality" professional audio work. Hardware Replacement
: Because the device is legacy hardware, Roland suggests moving to newer, supported models like the Rubix series BRIDGE CAST which have native Apple Silicon support. Roland - Global Troubleshooting for Intel Macs
If you are using an Intel Mac to maintain "extra quality" performance with this device: QUAD-CAPTURE Driver Ver.1.5.6 for macOS 11/12 - Roland
Getting the Roland Quad-Capture (UA-55) to work on an M1 Mac is challenging because Roland officially states that Apple Silicon (M1/M2/M3 chips) is not supported
for this specific device. The latest drivers (Ver. 1.5.6) are explicitly compatible only with Intel-based Macs running macOS 11/12. Roland - Global
However, if you want to attempt a workaround to achieve the best possible quality and functionality, follow these steps: 1. Pre-Installation Prep Uninstall Old Drivers
: Always remove previous driver versions before attempting a new install. Check your Applications
folder for any existing Roland Control Panels and delete them. Firmware Check : Ensure your unit is on Version 1.04
or later. To check this, you would normally use the "QUAD-CAPTURE Control Panel" on a supported system (Intel Mac or Windows) under Device > Device Setting Roland - Global 2. The Installation Attempt (Rosetta 2)
Since there is no native Silicon driver, any attempt relies on the Intel driver running via Apple's Rosetta 2 translation layer. latest macOS 11/12 driver (Ver. 1.5.6) from the official Roland Support site. Security Settings
: Modern macOS versions (Ventura/Sonoma) require you to manually allow system extensions. Run the installer. If it fails or doesn't show up, go to System Settings > Privacy & Security When Apple switched to M1 architecture, many hardware
Scroll down to find a message saying "System software from developer 'Roland' was blocked" and click your Mac immediately. Apple Support Community 3. Optimizing for "Extra Quality"
If you manage to get the device recognized, use these settings for the best audio performance: Match Sample Rates : Ensure your DAW (Logic, Ableton, etc.) and the Audio MIDI Setup
utility on your Mac are set to the same sample rate (e.g., 44.1kHz or 48kHz) to prevent clocking errors. Buffer Size : In your DAW, start with a buffer of 256 samples
. If you experience "crackling," increase it; if you have too much latency, try 128 samples Direct Monitoring
knob on the front of the unit to balance between your input signal and computer playback. This provides zero-latency monitoring, ensuring the best recording experience regardless of driver lag. 4. Known Issues & Alternatives Kernel Panics
: Users have reported that using unsupported drivers on M1 can lead to system instability or the device simply not being recognized. Upgrade Recommendation
: If you require professional stability on Apple Silicon, consider an interface with "Class Compliant" USB support (which works without custom drivers). Roland's newer series or the BRIDGE CAST are designed for modern systems. Roland - Global Class Compliant interface that is fully compatible with your Support - QUAD-CAPTURE - Updates & Drivers - Roland
I understand you're looking for a Roland Quad-Capture driver that works well on Mac M1 (Apple Silicon), and you want extra quality — meaning low latency, stability, and high audio fidelity.
However, I can't "make a paper" in the sense of fabricating a non-existent driver. Instead, I can give you an authoritative, practical guide to getting the best possible driver performance with your Quad-Capture on an M1 Mac.
If you already own the Quad-Capture, using it in class-compliant mode on your M1 Mac gives you reliable 48 kHz / 24-bit quality with no driver headaches. For “extra quality” beyond that, a modern interface with a true Apple Silicon driver is recommended.
As of 2026, the Roland UA-55 Quad-Capture remains a highly regarded interface for its build quality and "VS Streaming" technology, but it faces significant compatibility hurdles on modern Mac hardware. The "M1" Reality Check
Official support for the Quad-Capture ended with Intel-based Macs. According to the Roland Global Support page, driver version 1.5.6 is the final release for macOS 11/12, and it explicitly states that Apple Silicon (M1, M2, M3) chips are not supported.
Because the Quad-Capture is not class-compliant, it requires specific proprietary drivers to function. Without an official Apple Silicon driver, most users report that the device is either not recognized at all or suffers from missing features like "Auto-Sens". Review: Performance & Features Performance Note Preamps
Equipped with two premium VS Preamps. Reviewers note they are exceptionally clean, quiet, and transparent without being sterile. Auto-Sens
A standout feature that automatically sets the optimum input level. On modern unsupported systems, this feature is often the first to fail. Build Quality
Housed in a durable aluminum chassis. It’s built like a tank and features a ground lift to eliminate electrical hum. Stability
Known for industry-leading low latency on supported systems (Intel Macs/Windows) thanks to its proprietary streaming tech. Should You Buy/Keep It for an M1 Mac?
Pros: If you have an Intel Mac or a PC, it’s still one of the best budget interfaces ever made. The audio path is "extra quality" with virtually no noise floor. Unlock your QuadCapture
Cons: For M1 Mac users, the lack of official drivers makes it a risky "legacy" device. While some users attempt workarounds using Rosetta 2 or disabling system security (SIP) to force older drivers, these are unstable and not recommended for professional work.
Verdict: If you are on an Apple Silicon Mac, you are likely better off transitioning to a class-compliant interface like the Focusrite Scarlett Series or the newer Roland Rubix series, which offer native M1 support.
Поддержка - QUAD-CAPTURE - Updates & Drivers - Roland
Roland Quad-Capture Go to product viewer dialog for this item. on Mac M1: Bridging the Driver Gap for High-Quality Audio
If you’ve recently upgraded to an Apple Silicon (M1, M2, or M3) Mac and are trying to connect your faithful Roland Quad-Capture (UA-55)
, you may have encountered a major roadblock. As of April 2026, Roland has explicitly stated that Mac computers using Apple Silicon (M1 chip) are not supported for the Quad-Capture
While the interface is renowned for its 24-bit/192kHz audio quality and ultra-low latency "VS Streaming" driver, the official driver support ends with Intel-based Macs running macOS 12. The Compatibility Challenge Roland Quad-Capture
is not a class-compliant device. Unlike many modern interfaces that work instantly via "Plug and Play," the Quad-Capture
requires proprietary Roland drivers to communicate with your operating system.
Official Status: Roland has no current roadmap to develop M1-compatible drivers for this specific model.
Result: When plugged into an M1 Mac, the device is typically not recognized by the system or DAW. Can You Get "Extra Quality" on M1?
Because the hardware relies on specific driver architecture that isn't native to ARM-based chips, users seeking the original "Extra Quality" performance (like the 1ms latency achieved via VS Streaming) will find it nearly impossible on Apple Silicon without official software. What are your options? If you are determined to keep using your Quad-Capture , here is the current landscape:
Virtualization (Limited Success): Some users attempt to run Windows via Parallels to use the Windows drivers, but this often introduces significant latency, defeating the purpose of the "VS Streaming" quality.
Legacy System Use: The most reliable way to maintain the interface's high-performance master clock and low-jitter audio is to keep it paired with an Intel-based Mac or a Windows PC where drivers are still actively supported.
Transitioning to Class-Compliant Gear: For M1 users, experts on Reddit recommend moving to a class-compliant interface. Modern alternatives that offer similar "Extra Quality" and native M1 support include:
Roland Rubix Series: A newer line from Roland designed for modern compatibility. Focusrite Scarlett Series: Widely supported and class-compliant. Universal Audio Volt
: Mentioned by community members as a solid M-series alternative. Final Verdict Quad-Capture
remains a powerhouse for Intel-based setups, its journey on Apple Silicon has reached a standstill due to the lack of dedicated drivers. If high-fidelity, low-latency recording is your priority on an M1 Mac, it may be time to look toward a class-compliant successor that can fully leverage the speed of Apple’s latest chips. 's 192kHz specs for your M1 Mac? Support - QUAD-CAPTURE - Updates & Drivers - Roland
The only "quality" feature lost by using Apple’s driver is the Roland VS Streaming Driver custom control panel, which allowed internal loopback (recording system audio) and direct monitoring mixing. On an M1 Mac, you lose this GUI. However, you can regain loopback functionality using free tools like BlackHole or Loopback Audio. For direct monitoring, the Quad-Capture’s hardware knob remains fully functional.
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