Notices
Copying or reprinting this manual in part or in whole without permission is prohibited.
Product names, registered trademarks and company names in this document are the property of their respective companies. All trademarks and registered trademarks in this document are for identification purposes only and are not intended to infringe on the copyrights of their respective owners.
Proper display is not possible on grayscale devices.
Notes about this Operation Manual
You might need this manual in the future. Always keep it in a place where you can access it easily.
The contents of this document and the specifications of the product could be changed without notice.
Windows® is a trademark or registered trademark of Microsoft® Corporation.
Mac, macOS, iPadOS and iOS are registered trademarks of Apple Inc. in the USA and other countries.
iOS is a trademark or registered trademark of Cisco Systems, Inc. in the USA and other countries, and it is used under license.
Google Play is a trademark of Google LLC.
The SD, SDHC and SDXC logos are trademarks.
Other trademarks and trade names are the property of their respective companies.
Recording from copyrighted sources, including CDs, records, tapes, live performances, video works and broadcasts, without permission of the copyright holder for any purpose other than personal use is prohibited by law. ZOOM CORPORATION will not assume any responsibility related to infringements of copyrights.
F8n Pro overview
Achieving high audio quality throughout recording and editing
With dual AD converter circuits and support for 32-bit float WAV files, the F8n Pro can maintain the highest audio quality from recording to post-production.
Recording
Dual AD converter circuits enable recording the loudest to the quietest sounds without adjusting gain.
Post-production
Recording with 32-bit float WAV file formats allows the same audio quality to be retained when editing.
Dual AD converter circuit overview
For each input circuit, the F8n Pro has two AD converters with different input gains. This design enables high-quality audio recording without the need to adjust gain settings, a step that is normally indispensable.
Providing amazing dynamic range
By combining two AD converters, a wide dynamic range not possible with a single AD converter has been realized.
Switching between two AD converters
The F8n Pro constantly monitors data from the two AD converters, and automatically selects the one that provides the best recording results.
32-bit float WAV file overview
32-bit float WAV files have the following advantages over conventional 16/24-bit linear WAV files.
These features enable the quality of the sound during recording to be maintained even during post-production.
Resolution advantage
32-bit float WAV files have the advantage of being able to maintain high resolution even at low volumes. As a result, quiet sounds can be made louder when editing after recording without degrading their quality.
■ 16/24-bit linear WAV | |||
Raise volume | Resolution low |
■ 32-bit float WAV | |||
Raise volume | Resolution high |
Clipping advantage
If a waveform sounds clipped when output from the F8n Pro or in a DAW, it can be edited after recording to lower its volume and restore an unclipped waveform because the data in the 32-bit float WAV file itself is not clipped.
■ 16/24-bit linear WAV | |||
Clipped recording | Reduce volume | Still clipped |
■ 32-bit float WAV | |||
Clipped recording | Reduce volume | Not clipped anymore |
Functions of parts
Front
- Display (LCD)
- This shows the recorder status and Menu Screen. (→ Overview of screens shown)
- Selection encoder
- Use this to select and to confirm in various menus.
- Slate switch
- Use this to record slate tones and with the slate mic.
- PFL button
- Press this to open the PFL Screen. The status indicator of the selected track will light orange. (→ PFL Screen)
- Track button/status indicator
- Press the track button, lighting the status indicator red, to enable that track for recording.
- LED level meter
- This lights according to the track input level.
- Track knob
- This controls the track fader.
Depending on the setting, this can also adjust trim or pan.
- MENU button
- Press this to open the Menu Screen or return to the previous screen.
- Headphone volume knob
- This adjusts the headphone volume.
- REW button
- Use this to search backward and to skip to the previous track.
- STOP button
- This stops recording and playback.
- FF button
- Use this to search forward and to skip to the next track.
- PLAY/PAUSE button
- This starts and pauses track playback.
- REC button
- This starts recording.
- Power button
- This turns the power on/off.
- Slate mic
- Use this for slate mic recording.
Back
- 12 V DC IN connector
- Connect the dedicated AC adapter (ZOOM AD-19) here.
- TIMECODE IN/OUT connectors
- Use cables with BNC connectors to input and output timecode.
- Battery cover
- Open this when installing or removing AA batteries.
- MIC IN connector
- Mic capsules (sold separately) can be attached. (→ Connecting mic capsules)
Left side
- EXT DC IN connector
- External DC power supplies that support Hirose 4-pin connectors can be connected here.
- USB (Mini-B) port
- Connect this to a computer, smartphone or tablet to use the F8n Pro as an SD card reader or audio interface.
- SD card slots
- Up to 2 SD cards can be loaded.
- Inputs 1–4
- Connect mics and instruments to these. These can be used with XLR and TRS connectors.
When disconnecting the XLR plug, pull it while pressing Lock release button (“PUSH” area).
Right side
- SUB OUT jack
- This stereo mini jack (unbalanced) can be used to output sound.
- Headphone jack
- This can output sound to headphones.
- MAIN OUT jacks
- Use cables with TA3 connectors to output sound to speakers.
- Inputs 5–8
- Connect mics and instruments to these. These can be used with XLR and TRS connectors.
When disconnecting the XLR plug, pull it while pressing Lock release button (“PUSH” area).
Overview of screens shown
This section explains the screens shown on the F8n Pro display.
Screen list
■Home Screen This appears on the display when the F8n Pro power is turned on. Use to switch the screens. On screens with selectable items, move past the first/last item to switch screens. | Mixer Screen Check input settings and adjust input levels. | |
MAIN/SUB OUT Setting Screen Check/change output settings and adjust output levels. | ||
Level Meters Screen Check levels precisely with horizontal level meters. | ||
■PFL Screen Open the PFL Screen by pressing . | Change the input settings of specific tracks while monitoring their input signals. | |
■Menu Screen Open the Menu Screen by pressing . | Various settings can be changed. When the Menu Screen is open, open the Home Screen by pressing and holding . |
Home Screen
Mixer Screen
You can easily check the elapsed playing/recording time, input/output levels, trim settings, input sources and other settings.
- Status icon
- This icon shows the recording status.
: Stopped
: Recording
: Paused (when recording)
: Playing
: Paused (when playing)
- Counter
- This shows the elapsed recording time (when recording) or playback time (when playing).
- Frame rate
INT: internal timecode enabled
EXT: external input timecode enabled
- Timecode
- This shows the recording/playback timecode.
- Power type and remaining power
- When the remaining battery charge becomes low, change the batteries (→ Installing batteries), connect an AC adapter (→ Connecting an AC adapter) or connect an external DC power supply (→ Using an external DC power supply).
Power type
DC: AC adapter
EXT: external DC power supply
AA: batteries
- Track number
- This shows the track number and status.
Red: input enabled
Green: playback track enabled
Grey: input disabled
Stereo-linked inputs are displayed as .
- Fader
- This shows the fader position.
- Phantom power status
Lit: enabled
Unlit: disabled
- Limiter status
Grey: disabled
Red: enabled
Yellow: functioning
- Input source
- This shows the selected input source. (→ Setting the input source (Input Source))
- Trim
- Use shows the trim adjustment for each track.
Press to adjust the trim of the selected track.
- L/R tracks
- Limiter indicators
- These light yellow when the limiter is functioning.
- Clipping indicators
- These retain the peak levels of input/playback signals for a set amount of time after fader adjustment.
- Level meters
- These show the track and L/R levels.
- Recording/playback take name
- Press and hold when stopped to show the name of the next track to be recorded.
- Playback card
Green: used for playback
Grey: no card
- Recording/playback file format and sampling rate
- This is shown by card.
- Remaining time
- The remaining recordable time (when recording) or remaining playback time (when playing) is shown by card.
MAIN/SUB OUT Setting Screen
This shows the MAIN OUT and SUB OUT settings. They can be turned on/off, and their standard levels, limiters, and fader levels can be set.
- Status icon
- This icon shows the recording status.
: Stopped
: Recording
: Paused (when recording)
: Playing
: Paused (when playing)
- Counter
- This shows the elapsed recording time (when recording) or playback time (when playing).
- Frame rate
INT: internal timecode enabled
EXT: external input timecode enabled
- Timecode
- This shows the recording/playback timecode.
- Power type and remaining power
- When the remaining battery charge becomes low, change the batteries (→ Installing batteries), connect an AC adapter (→ Connecting an AC adapter) or connect an external DC power supply. (→ Using an external DC power supply)
Power type
DC: AC adapter
EXT: external DC power supply
AA: batteries
- MAIN OUT 1/2 setting area
- The following items can be set.
On/Off: Enables/disables the output. (→ Disabling outputs (Output On/Off))
Level: Adjusts the standard output level. (→ Setting the standard output level (Output Level))
Limiter: Enables/disables the output limiter. (→ Using the output limiter (Output Limiter))
Fader: Adjusts the output level.
- Recording/playback take name
- Press and hold when stopped to show the name of the next track to be recorded.
- Level meters
- These show the output levels of the MAIN OUT and SUB OUT.
- SUB OUT 1/2 setting area
- The following items can be set.
On/Off: Enables/disables the output. (→ Disabling outputs (Output On/Off))
Level: Adjusts the standard output level. (→ Setting the standard output level (Output Level))
Limiter: Enables/disables the output limiter. (→ Using the output limiter (Output Limiter))
Fader: Adjusts the output level.
- Playback card
Green: used for playback
Grey: no card
- Recording/playback file format and sampling rate
- This is shown by card.
- Recording/playback tracks
- Red: Recording tracks
Green: Playback tracks
Gray: Tracks that are not recorded/played
- Remaining time
- The remaining recordable time (when recording) or remaining playback time (when playing) is shown by card.
Level Meters Screen
This shows large level meters for each track, allowing levels to be checked more precisely.
The level meters shown can be switched by using to change to the sources set for View 1–4. (→ Setting level meter appearance (Level Meter))
- Status icon
- This icon shows the recording status.
: Stopped
: Recording
: Paused (when recording)
: Playing
: Paused (when playing)
- Counter
- This shows the elapsed recording time (when recording) or playback time (when playing).
- Frame rate
INT: internal timecode enabled
EXT: external input timecode enabled
- Timecode
- This shows the recording/playback timecode.
- Power type and remaining power
- When the remaining battery charge becomes low, change the batteries (→ Installing batteries), connect an AC adapter (→ Connecting an AC adapter) or connect an external DC power supply. (→ Using an external DC power supply)
Power type
DC: AC adapter
EXT: external DC power supply
AA: batteries
- Levels for tracks 1–8
- These show the input/playback levels for tracks 1–8.
- Levels for L/R tracks
- These show the input/playback levels for the L/R tracks.
- Levels for MAIN OUT 1/2 and SUB OUT 1/2 tracks
- These show the output levels for the MAIN OUT 1/2 and SUB OUT 1/2 tracks.
- Level meters
- These show the track and L/R levels.
- Clipping indicators
- These retain the peak levels of input/playback signals for a set amount of time after fader adjustment.
- Limiter indicators
- These light yellow when the limiter is functioning.
- Recording/playback take name
- Press and hold when stopped to show the name of the next track to be recorded.
- Playback card
Green: used for playback
Grey: no card
- Recording/playback file format and sampling rate
- This is shown by card.
- Remaining time
- The remaining recordable time (when recording) or remaining playback time (when playing) is shown by card.
PFL Screen
You can make the input settings of the selected track including input source and input level.
Press of the track that you want to set or monitor to open its PFL Screen. Press again to return to the previous screen.
You can monitor only the input signal of the selected track while the PFL Screen is open.
- Track name
- This shows the selected track.
- PFL mode
- This shows the monitor mode (prefader (PFL) or postfader (SOLO)). (→ Setting the monitoring sound on the PFL Screen (PFL Mode))
- Trim adjustment value/input source
- Power type and remaining power
- When the remaining battery charge becomes low, change the batteries (→ Installing batteries), connect an AC adapter (→ Connecting an AC adapter) or connect an external DC power supply. (→ Using an external DC power supply)
Power type
DC: AC adapter
EXT: external DC power supply
AA: batteries
- Level meter
- This shows the prefader (PFL) or postfader (SOLO) input signal level.
- Input setting items
- Use to select a setting item, and press . This opens a screen where that input setting can be changed. For details about each setting, see the links.
Setting items Explanation Input Source Set the input source. (→ Setting the input source (Input Source)) Trim Set the input level. (→ Adjusting input levels) Phantom Make phantom power settings. (→ Changing the phantom power settings (Phantom)) HPF Set the high pass filter. (→ Cutting low-frequency noise (HPF)) Input Limiter Set the limiter. (→ Using the input limiter (Input Limiter)) Fader Set the fader. Pan Set the panning. Phase Invert Set the phase of the input signal. (→ Inverting the input phase (Phase Invert)) Side Mic Level Set the side mic level of a mid-side mic capsule. (→ Adjusting the side level of a mid-side mic capsule (Side Mic Level)) Input Delay Set the input delay. (→ Delaying input signals (Input Delay)) Plugin Power Set the plugin power. (→ Changing the plugin power setting (Plugin Power)) Stereo Link Set stereo linking. (→ Linking inputs as a stereo pair) Stereo Link Mode Set the stereo link mode. (→ Converting mid-side input to ordinary stereo (Stereo Link Mode)) PFL Mode Set the monitoring sound when the PFL Screen is open. (→ Setting the monitoring sound on the PFL Screen (PFL Mode))
Menu Screen
From this screen, various F8n Pro settings, including input/output, recording/playback, timecode, system and SD card settings can be made. Files can also be managed.
The Menu Screen is opened by pressing .
You can open the Home Screen while the Menu Screen is open by pressing and holding .
- Title
- The title of the selected screen is shown.
- Power type and remaining power
- When the remaining battery charge becomes low, change the batteries (→ Installing batteries), connect an AC adapter (→ Connecting an AC adapter) or connect an external DC power supply. (→ Using an external DC power supply)
Power type
DC: AC adapter
EXT: external DC power supply
AA: batteries
- Setting items
- Use to select a setting item and press to open a screen where the setting can be changed.
Character input screen
A character input screen appears on the display when inputting characters, including file names.
Use the select encoder to input characters.
The characters and symbols that can be used are as follows.
! # $ ' ( ) + , - ; = @ [ ] ^ _ ` { } ~ (space) A-Z, a-z, 0-9
Recording process
Recording with the F8n Pro follows the process shown below.
The data created for each recording occurrence is called a “take”.
| |
| |
| |
| |
| |
|
Making preparations
Loading SD cards
Supplying power
The F8n Pro can operate using either an AC adapter, external DC power supply or batteries.
The power supplies will be used in the following order of priority.
AC adapter > external DC power supply > batteries.
Installing batteries
To run the F8n Pro using batteries, install 8 AA batteries in the battery compartment.
Be careful because the battery case could become loose unexpectedly if the cover screw is not tightened firmly.
Use only one type of battery (alkaline, NiMH or lithium) at a time.
Set the type of battery used correctly so that the amount of remaining battery charge can be shown accurately. (→ Setting the power supply used (Power Source))
If the battery charge becomes low, turn the power off immediately and install new batteries. You can check the remaining battery charge on the Home Screen. (→ Home Screen)
Connecting an AC adapter
Connect the cable of the dedicated AC adapter (AD-19) to the 12 V DC IN connector, and connect the AC adapter to an outlet.
Using an external DC power supply
When connecting an external DC power supply, be sure to make the power supply settings. (→ Setting the power supply used (Power Source))
Connecting input equipment
Connecting mics/other devices to Inputs 1–8
The F8n Pro can record a total of 10 tracks simultaneously: 8 individual tracks with signals coming from Inputs 1–8 and a stereo mix of these inputs on left and right tracks.
You can connect mics and the outputs of line-level devices such as keyboards, mixers, or instruments with active electronics to Inputs 1–8 and record them to tracks 1–8. Alternatively, Inputs 1 and 2 can instead receive input from a ZOOM mic capsule connected to the F8n Pro MIC IN connector.
Connecting mics
Connect dynamic and condenser mics with XLR plugs to Inputs 1–8.
When connecting mics, set the input source to “Mic”. (→ Setting the input source (Input Source))
Phantom power (+24V/+48V) can be supplied to condenser mics. (→ Changing the phantom power settings (Phantom))
When disconnecting a mic, gently pull on the XLR plug while simultaneously pushing the connector lock release button.
Connecting line level equipment
Connect TRS plugs from keyboards and mixers directly to Inputs 1–8.
When connecting keyboards and mixers, set the input source to “Line”. (→ Setting the input source (Input Source))
Direct input of passive guitars and basses is not supported. Connect these instruments through a mixer or effects device.
Connecting mic capsules
A ZOOM mic capsule can be connected to the MIC IN connector on the back of the F8n Pro.
The mic capsule input is assigned to tracks 1/2.
When a mic capsule is connected, Inputs 1/2 cannot be used.
■ Mic capsule compatibility
Mic capsule | Description | F8n Pro compatible | |
---|---|---|---|
XAH-8 | XY-AB mic capsule | No | |
VRH-8 | Ambisonics VR mic capsule | No | |
EXH-8 | External XLR input capsule | No | |
XYH-6 | Adjustable X/Y stereo microphone capsule | Yes | |
XYH-5 | Shock mounted X/Y stereo microphone capsule | Yes | |
MSH-6 | Mid-Side stereo microphone capsule (→ Adjusting the side level of a mid-side mic capsule (Side Mic Level)) | Yes | |
SSH-6 | Mid-Side stereo shotgun microphone capsule (→ Adjusting the side level of a mid-side mic capsule (Side Mic Level)) | Yes | |
SGH-6 | Shotgun microphone capsule | Yes | |
EXH-6 | Dual XLR/TRS input capsule | Yes |
Stereo input
By enabling the stereo link for tracks 1/2, 3/4, 5/6 or 7/8, the corresponding Inputs (1/2, 3/4, 5/6 or 7/8) can be handled as a stereo pair. (→ Linking inputs as a stereo pair)
When linked, Input 1, 3, 5 or 7 becomes the left channel and Input 2, 4, 6 or 8 becomes the right channel.
Connection example
Recording is possible in the following kinds of situations.
While filming
Input 1: gun mic for main subject sound (XLR connection)
Inputs 2–5: wireless lavalier mics for performers (TRS connections)
Inputs 6-7: mics for ambient sound (XLR connections)
Concert recording
Inputs 1-4: mics for stage performance (XLR connections)
Inputs 5-6: line-level PA mixer outputs (TRS connections)
Inputs 7-8: mics for audience sound (XLR connections)
Turning the power on/off
Turning the power on
Turning the power off
Setting the date and time (first time starting up)
The first time the power is turned on after purchase, set the date and time when the Set Date/Time Screen opens. The date and time are added to recording files.
Making input settings
Input and output signal flow
Adjusting the input signal monitoring balance
You can adjust the volume of each input signal when monitoring.
Setting the track knob function (Track Knob Option)
The Home Screen layout and track knob functions can be changed.
You can adjust trim, fader and pan settings with the track knobs by changing the track knob function.
Adjusting the L/R track volume
Monitoring the input signals of specific tracks (PFL/SOLO)
You can monitor the input signals of specified tracks.
Even tracks that have not been set to record can be input to the PFL Screen and their input sounds monitored.
This is convenient when using tracks as return inputs.
Setting the input source (Input Source)
Follow these procedures to set the input source of each track.
Setting the monitoring sound on the PFL Screen (PFL Mode)
On the PFL Screen, you can set the monitored sound to be either prefader listening (PFL) or postfader solo (SOLO). (→ Monitoring the input signals of specific tracks (PFL/SOLO))
Cutting low-frequency noise (HPF)
The high pass filter can cut low frequencies to reduce the sound of wind, vocal pops and other noise.
Using the input limiter (Input Limiter)
The limiter can prevent distortion by controlling input signals that have excessively high levels.
When the limiter is ON, if the input signal level exceeds the set threshold value, the signal level will be suppressed to prevent the sound from distorting. The attack time is how long after the signal exceeds the threshold before the limiter starts operating. The release time is how long after the signal goes below the threshold before the limiter stops operating. You can change these two parameters to adjust the sound quality.
- Level
- Time
- Original signal
- Output signal when Limiter used
- Attack Time
- Release Time
- Threshold
Turning the input limiter on/off
You can turn the input limiter on/off for each track.
You can select an ordinary limiter (Normal) or an optimized limiter that prevents distortion by detecting the maximum level in advance (Advanced).
Setting the ordinary limiter (Normal)
You can make settings for the ordinary limiter by selecting “On (Normal)” in “Turning the input limiter on/off”.
Setting the target level
When the setting of “Turning the input limiter on/off” is set to “On (Advanced)”, use this to set the target output level for the signal.
Inverting the input phase (Phase Invert)
The phase of the input signal can be inverted.
This is useful when sounds cancel each other out due to mic positioning.
Changing the phantom power settings (Phantom)
The F8n Pro can provide phantom power.
The voltage can be set to +24 V or +48 V and it can be turned on/off for each input separately.
Do not use this function with a device that is not compatible with phantom power. Doing so could damage the device.
Phantom power is a function that supplies power to devices that require an external power supply, including some condenser mics.
The standard power is +48 V, but some devices can operate with lower voltages.
Using phantom power
Setting the voltage
When using mics and other equipment that can operate with voltages less than +48 V, selecting +24 V can reduce power consumption by the F8n Pro.
Disabling phantom power during playback
If mics do not need phantom power during playback, disabling it can reduce F8n Pro power consumption.
Changing the plugin power setting (Plugin Power)
Make this setting when a mic that is compatible with plug-in power is connected to the mic capsule’s MIC/LINE input jack.
Delaying input signals (Input Delay)
If there are differences in the timing of input signals, use this function to correct them when recording.
Converting mid-side input to ordinary stereo (Stereo Link Mode)
Signals from a mid-side stereo mic input connected to stereo-linked inputs can be converted to an ordinary stereo signal. See “Linking inputs as a stereo pair” for how to use stereo linking.
This technique creates a stereo recording from signals input by a directional mid mic that captures sound in the center and a bidirectional side mic that captures sounds from the left and right. Mid-side recording allows you to change the stereo width by the adjusting the level of the side mic. Since this technique can capture a wide stereo image, it is ideal for recording open spaces with numerous sound sources, such as orchestras, live concerts and soundscapes. Mid-side recording is also extremely effective when you want to be able to control the amount of room ambience in a signal. For this reason, it is often used for live as well as studio recording. In addition, the stereo signal created by this technique is fully mono-compatible, making it especially useful when recording sound for film, video, or broadcast. |
Adjusting the input levels of multiple tracks simultaneously (Trim Link)
The input levels of multiple tracks can be linked and adjusted at the same time.
Adjusting the side level of a mid-side mic capsule (Side Mic Level)
You can adjust the side mic level (stereo width) before recording when a mid-side mic capsule is connected.
Changing the automatic mixing setting (Auto Mix)
When using multiple mics to capture audio during a meeting, for example, automatically attenuating the inputs of mics that are not in active use provides the following benefits.
The likelihood of feedback is reduced.
Background noise, including fans and crowds is suppressed to a certain level regardless of the number of people using mics.
Sound quality degradation due to phase differences caused by variations in the distances of multiple mics is reduced.
Setting the format of Ambisonic Mode
By connecting mics that can output ambisonics A-format signals to Inputs 1–4, audio can be converted to ambisonics B-format and recorded.
Setting the mic position used for ambisonic recording (Mic Position)
By setting the mic orientation used during ambisonic recording as an F8n Pro parameter, proper positioning can be maintained when converting to ambisonic B format if the mic orientation is changed from upright to upside down or horizontal.
Making output setting
Setting signals sent to headphones (Headphone Routing)
You can set the type of signal sent to the headphone output to either prefader or postfader for each track. You can also save 10 setting combinations (Setting 1 – Setting 10).
Outputting alerts through headphones (Alert Tone Level)
The volume can be adjusted for alerts output to headphones when, for example, recording starts and stops.
Setting the headphone output Volume Curve
The volume curve used when adjusting the headphone volume knob can be set.
Boosting headphone output to alleviate interference from recorded sound (Digital Boost)
Boosting the headphone output alleviates the interference of sound waves traveling through the air with the headphone monitoring signal, enabling more accurate monitoring of the sound being recorded.
Disabling outputs (Output On/Off)
By disabling outputs that you are not using, you can reduce power consumption and increase the length of operation time when using batteries.
Setting the standard output level (Output Level)
The standard output level can be changed.
Setting output levels
The MAIN OUT 1/2 and SUB OUT 1/2 levels can be changed.
Delaying output signals (Output Delay)
By delaying audio outputs, you can correct timing differences for signals input to other devices from the F8n Pro.
Using the output limiter (Output Limiter)
Using a limiter on the output can protect devices connected to the output jacks.
For details about the effect of the limiter, see “Using the input limiter (Input Limiter)”.
Turning the output limiter on/off
You can turn the output limiter on/off for each output.
Setting the output limiter
Selecting signals sent to the main outputs (MAIN OUT Routing)
You can send either prefader or postfader signals for each track to the main outputs.
Selecting signals sent to the sub outputs (SUB OUT Routing)
You send either prefader or postfader signals for each track to the sub outputs.
Recording
Enabling recording on SD cards and setting file formats
The recording file format can be set independently for SD CARD slots 1 and 2.
Recording the same content to two cards is possible by using the same settings for both card slots. This function can be used to create a backup in case the sound skips on one card, for example.
You can also record tracks 1–8 unmixed on one SD card while recording all tracks mixed together as MP3 or WAV data with left and right tracks.
Selecting inputs and adjusting levels
You can select which of Inputs 1–8 to use.
Inputs will be recorded on tracks with the same numbers. For example, Input 1 will be recorded on track 1 and Input 2 will be recorded on track 2.
Selecting inputs
Linking inputs as a stereo pair
Adjusting input levels
Setting the sampling rate (Sample Rate)
You can set the sampling rate used to record files.
Setting WAV file bit depth (WAV Bit Depth)
You can set the bit depth of WAV files.
Setting MP3 file bit rate (MP3 Bit Rate)
You can set the bit rate of recorded MP3 files.
Capturing audio before recording starts (Pre Rec)
The input signal can be captured for up to 6 seconds before is pressed (pre-recording). This is useful if, for example, is pressed too late.
Maximum file size (File Max Size)
The maximum size of recording files can be set. If a recording file exceeds the maximum file size, recording will continue in a new take with a number that is one higher.
Showing total recording times for long recordings (Time Counter)
When recording for a long time, if the file size set with “Maximum file size (File Max Size)” is reached, recording will continue in a new take and the recording time will reset. You can change this, however, so that it is not reset and the total recording time is shown.
Moving the previously recorded take to the FALSE TAKE folder
If the just recorded take was a failure, you can use a shortcut to move the recording to the FALSE TAKE folder.
Using timecode
Timecode overview
The F8n Pro can input and output SMPTE timecode.
Timecode is time information written to data when recording video and audio. It is used for video editing, control of other devices, and synchronization of audio and video.
Using timecode for editing
If video and audio data both have recorded timecode, aligning them to a timeline and synchronizing them together is easy when using nonlinear editing software for editing.
|
The F8n Pro uses a precision oscillator that generates timecode with a high degree of accuracy (+/- 0.2 ppm, or approximately 0.5 frames per 24 hours).
Connection examples
Connections like the following are possible, depending upon the specific equipment being used with the F8n Pro.
Synchronizing with a video camera
The F8n Pro records with mic input and transmits timecode.
The F8n Pro saves the timecode that it generates with the audio data. The timecode received by the video camera is recorded with the video data.
- Timecode
- Audio
Inputting timecode
Timecode is transmitted from an external timecode generator.
Both the F8n Pro and the video camera receive timecode and record it with their audio and video data.
The input timecode can also be used to synchronize the F8n Pro audio clock.
- Timecode
- Audio
Setting timecode functions
Use the timecode setting screen to set the timecode functions.
Opening the timecode setting screen
Setting the mode
The timecode mode settings allow you to specify:
Whether the F8n Pro generates timecode or receives external timecode
Whether or not timecode continues running when not recording
Stopping timecode output when recording is stopped
You can set whether or not timecode is output from the TIMECODE OUT jack when recording is stopped.
Synchronizing audio clock with external timecode
Automatically enabling internal timecode when no external timecode is input
You can enable the automatic generation of internal timecode to preserve continuity when there is no external timecode.
Setting the user bits for internal timecode
User bits are data that you can set to be included in the timecode. Up to 8 numbers (0–9) and letters (A–F) can be included. Recording date information, for example, can be useful when editing later.
Setting the user bits (Ubits) mode
Setting user bits (Ubits)
Setting the frame rate for internal timecode
Jamming internal timecode
Timecode input through the TIMECODE IN jack is used to set internal timecode.
Restarting internal timecode with a specified value
Setting automatic timecode recording delay (Auto Rec Delay Time)
If set to record automatically when external timecode is received, unnecessary recording could occur when timecode is received for a brief amount time. In order to prevent this, you can set the amount of time until recording starts after timecode is received.
Setting timecode initialization used at startup (Start Timecode)
Since internal timecode stops when the F8n Pro is turned off, the timecode is automatically initialized (jammed) during startup. You can set the value that is used for jamming at that time.
Setting how timecode is initialized at startup
Correcting timecode errors after the power has been turned off
When “Mode” of “Start Timecode” is set to “RTC”, turning the power off lowers the timecode precision, but this function can improve the error to the value close to 0.2 ppm when the power has been turned off.
Using with an UltraSync BLUE
The F8n Pro can receive timecode from a connected UltraSync BLUE and record it in audio recording files.
This function cannot be used with an F8n Pro after it is first shipped from the factory. To use this function, a software extension file must be downloaded from the ZOOM website (zoomcorp.com) and installed in the unit.
The F8n Pro has received radio law certification in Japan, the USA, Canada and Europe (EU). Use of this function is not allowed in other countries and regions. Using it in countries where certification has not been received could result in legal penalties. ZOOM CORPORATION will not assume any responsibility related to penalties due to the use of this function.
Connecting with an UltraSync BLUE
Connect the F8n Pro and an UltraSync BLUE.
Disconnecting from an UltraSync BLUE
A connected UltraSync BLUE can be disconnected from the F8n Pro, stopping timecode recording. Pairing information will be retained even when disconnected.
Connecting with a different UltraSync BLUE
To receive timecode from a different UltraSync BLUE, the pairing of the currently registered one must be first canceled and then the new one must be paired.
Setting the recording take
Changing the note for the next take recorded (Note)
You can input characters for a note to use as metadata in the file.
Setting how recorded scenes are named and numbered
You can set how scenes are named (name mode), the base scene name and how scene numbers advance.
Setting how scenes are named (mode)
Changing scene names
If “Scene Name Mode” is set to “User Name”, set the scene name used like this.
Setting how scene numbers advance
Setting the take name reset condition and format
You can set the take name reset condition and format used when recording.
Setting the take name reset condition
Setting the take name format
Changing the track name of the next take recorded (Track Name)
The track name set with the following procedure will be given to the next recorded track.
Changing the number of the next take recorded
The number given to the next recorded take can be changed when the Home Screen is open.
Using the slate mic and slate tone
Slate mic and slate tone overview
When recording with the F8n Pro, you can add audio comments that describe, for example, the scene being filmed or the anticipated cuts. You can also record slate tone signals that can be used to synchronize with video.
The F8n Pro has a built-in slate mic for recording comments and the ability to output a variable frequency tone signal.
The slate mic and slate tone cannot be used at the same time.
The slate mic and slate tone cannot be used during audio file playback.
A “slate” is a clapperboard used when recording video.
Recording with the slate mic (Slate Mic)
You can use the built-in slate mic to record comments and to keep notes about recorded takes.
Setting the volume
Setting the routing
Set the destination for the slate mic signal.
Recording
Disabling the slate mic
You can set the slate mic so that it will not be enabled if is accidentally pushed left toward the mic symbol.
Recording a slate tone (Slate Tone)
By adding a slate tone when the recording starts, aligning audio to video during editing will be easier. You can also use a slate tone to coordinate levels with connected equipment.
Setting the volume
Setting the frequency
Set the frequency for the slate tone signal.
Setting the routing
Set the destination for the slate tone signal.
Recording
Disabling the slate tone
You can set the slate tone so that it will not be enabled if is accidentally pushed right toward the tone symbol.
Recording
Playing recordings
Playing recordings
Mixing takes
You can change the volume and panning of each track during playback.
Monitoring the playback signals of specific tracks during playback
You can monitor the playback signals of specific tracks using SOLO mode.
Changing the playback mode (Play Mode)
You can change the playback mode.
Managing files
Folder and file structure
When recording with the F8n Pro, folders and files are created on SD cards as shown below.
Folders and files are used to manage scenes and takes.
Folder and file structure
The folder and file structure differs according to the recording file format. In addition, the names of folders and files depend on how scenes are named.
- Order recorded
- First scene
- Scene 210101 (1st take)
- WAV format, Poly file
- Scene 210101 (2nd take)
- MP3 format, Stereo file
- Scene 210101 (3rd take)
- WAV format, Mono files (tracks 1–4)
- Next scene
- Scene 210102 (1st take)
- WAV format, Stereo file (track 1–2)
Stereo file (L/R tracks)
- Scene 210102 (2nd take)
- WAV format, Poly file
- User created folder
- Scene Scene001 (1st take)
- WAV format, Mono files (tracks 1–4)
Enabling recording on SD cards and setting file formats (→ Enabling recording on SD cards and setting file formats)
Setting how scenes are named (mode) (→ Setting how scenes are named (mode))
A “take” is a unit of data created for a single recording.
A “Scene” is a unit containing multiple files and takes that comprise a single scene.
Take names
Structure | Explanation |
---|---|
①: Scene name ②: Scene number (1-9999) ③: Take number (001–999) |
|
Audio file names
File names are given by the F8n Pro according to the file format—poly, mono or stereo. Track numbers and other data are added to file names.
File names are given according to the following formats.
Type | Structure | Explanation |
---|---|---|
Poly file | ①: Take name | This is a file created by poly recording. Audio for multiple tracks is recorded to a single file. |
Mono file | ①: Take name ②: Track number | This is a file created by mono recording. |
Stereo file | ①: Take name ②: Track number | This is a file created by stereo recording. |
When recording with the “Mono/Stereo WAV” setting, the audio files are saved in the take folder that is created. (→ Enabling recording on SD cards and setting file formats)
Take and folder operations (FINDER)
The FINDER allows you to select and view the contents of SD cards, takes and folders, and to create project/scene folders. It also allows you to, for example, set and delete recording/playback folders and view their information.
Selecting SD cards, folders and takes
Creating folders
Folders can be created inside the currently selected SD card/folder.
Selecting the take recording/playback folder
Use this procedure to select the folder that contains the take to be played or the folder to use for recording takes.
Checking take marks and using them for playback
You can view a list of the marks in a recorded take.
Changing folder and take names
Copying takes to other cards and folders
Deleting folders and takes
Emptying the TRASH/FALSE TAKE folder
Overview of take information (metadata) stored in files
The F8n Pro writes a variety of information (metadata) to files during recording.
When these files are read by an application that supports metadata, you will be able to check and use the saved information.
Metadata is data that contains information related to other data. The F8n Pro saves scene names and take numbers, for example, as metadata in audio files.
A chunk is a unit that contains multiple data in a single block.
To use BEXT and iXML chunk metadata, an application that supports both data formats is necessary.
■ WAV file metadata
The metadata saved in files recorded by the in WAV format is collected in BEXT (Broadcast Audio Extension) and iXML chunks.
For information about the metadata saved in these chunks, see “Metadata contained in BEXT chunks in WAV files, Metadata contained in iXML chunks in WAV files”.
■ MP3 file metadata
The metadata saved in files recorded by the F8n Pro in MP3 format is written as ID3v1 tags.
For information about the ID3 fields and formats for saving metadata, see the “Metadata and ID3 fields contained in MP3 files”.
F8n Pro MP3 files conform to the MPEG-1 Layer III standard.
MP3 metadata cannot be edited.
Checking and editing take metadata
Use the metadata editing screen to check/edit take metadata.
Opening the metadata editing screen
Checking and editing notes
Checking and editing scene names
Checking and editing take number
Setting the circling takes
Use this function to add an @ mark to the beginning of the name of the best take to make it stand out. This is called a “circled take”.
Editing folder (tape) names
Editing project names
Checking and editing track names
Writing sound reports (Create Sound Report)
A sound report includes information about recording times and takes.
Reports can be written as CSV format files (F8n Pro_“folder name”.CSV).
You can edit the comments written in sound reports.
Editing sound report comments
Using USB functions
Exchanging data with a computer (SD Card Reader)
By connecting the F8n Pro to a computer, you can check and copy data on SD cards.
Connecting to a computer
Disconnecting a computer
Using as an audio interface
Signals input to the F8n Pro can be sent to a computer or iOS/iPadOS device, and playback signals from a computer or iOS/iPadOS device can be output from the F8n Pro.
Before using, confirm that the app used on your computer or iOS/iPadOS device supports 32-bit float format.
Before connecting the F8n Pro to speakers or headphones, set the F8n Pro headphone volume and output level of the MAIN OUT 1/2 and SUB OUT 1/2 to a minimum. Using an app that does not support 32-bit float format could make an unexpected loud noise and damage your ears.
Installing drivers
Windows computers
Mac computers and iOS/iPadOS devices
No drivers are necessary for use with Mac computers and iOS/iPadOS devices.
Using as an audio interface (Audio Interface)
Connecting to a computer or an iOS/iPadOS device
Disconnecting
Using SD card recording and audio interface functions at the same time (Audio Interface with Rec)
In addition to the two SD cards, a computer can also be used for recording backup.
Connecting to a computer
Disconnecting
Audio interface block diagrams
Stereo Mix
Multi Track
Making audio interface settings
Setting loop back (Stereo Mix only)
This function allows the playback sound from the computer or iOS/iPadOS device and the F8n Pro inputs to be mixed and sent back to the computer or iOS/iPadOS device (loop back).
You can use this function to add narration to music played back from the computer and record the mix or stream it from the computer, for example.
Mixing inputs
You can adjust the mix balance of input signals sent to the computer or iOS/iPadOS device. When “Audio Interface” is set to “Stereo Mix”, the mixed stereo signal will be sent. (→ Using as an audio interface (Audio Interface))
Using the FRC-8
Using the FRC-8 as a controller (Connect)
By connecting the FRC-8 to the F8n Pro, you can use it to adjust trim, fader and pan settings, for example.
Setting the type of keyboard connected to the FRC-8 (Keyboard Type)
You can connect a PC keyboard to the FRC-8 and use it to input characters.
Set the type of PC keyboard connected to the FRC-8.
Setting FRC-8 fader and knob operation (Knob/Fader Mode)
How the FRC-8 faders and TRIM/PAN knobs operate when their positions differ from actual parameter values can be set.
Setting user keys for the FRC-8 (User Key)
You can assign functions to the FRC-8 user keys.
Setting the power supply used by the FRC-8 (Power Source)
Set the DC power supply shutdown voltage, nominal voltage and type of batteries so that the remaining power supply charge can be shown accurately.
On this menu page, you can check the voltage of each power supply and the remaining battery capacity.
Powering the FRC-8 with USB bus power (USB Bus Power)
The F8n Pro can supply USB bus power to the FRC-8.
Setting the FRC-8 LED brightness (LED Brightness)
You can adjust the brightness of the LEDs on the FRC-8.
Updating the FRC-8 firmware
You can check the FRC-8 firmware version and update it to the latest version.
The latest update file can be downloaded from the ZOOM website (www.zoom.co.jp).
Controlling the F8n Pro from a smartphone/tablet
You can operate the F8n Pro wirelessly from a smartphone or tablet using the dedicated F8 Control app.
This function cannot be used with an F8n Pro after it is first shipped from the factory. To use this function, a software extension file must be downloaded from the ZOOM website (zoomcorp.com) and installed in the unit.
The F8n Pro has received radio law certification in Japan, the USA, Canada and Europe (EU). Use of this function is not allowed in other countries and regions. Using it in countries where certification has not been received could result in legal penalties. ZOOM CORPORATION will not assume any responsibility related to penalties due to the use of this function.
The dedicated F8 Control app must be installed on the smartphone/tablet beforehand. The F8 Control app can be downloaded from the App Store and Google play. For app setting and operation procedures, see the F8 Control app operation manual.
The F8n Pro cannot be simultaneously connected to the F8 Control app and an UltraSync BLUE.
Making various settings
Setting how timecode is shown (Home Timecode Display Size)
You can change the size of the timecode display on the Home Screen.
Setting level meter appearance (Level Meter)
You can set how the level meters appear on the display.
Setting the LED brightness (LED Brightness)
You can adjust the brightness of the LED level meters on the front of the F8n Pro.
Making display settings (LCD)
You can make settings related to the display.
Adding marks when recording/playing (PLAY Key Option)
You can set how marks are added when is pressed while recording or playing back a WAV format file.
Setting the keys held (Key Hold Target)
Use the hold function to prevent misoperation during recording. Press + to turn it on/off.
Follow these instructions to set which keys are disabled by the hold function.
Setting the date and time (Date/Time (RTC))
The date and time set on the F8n Pro are used when recording files, for example.
You can also set the date format (order of year, month and day).
Disabling the Automatic Power Saving function (Auto Power Off)
The power will automatically turn off if the F8n Pro is unused for 10 hours.
If you want the power to stay on continuously until powered off, disable the Automatic Power Saving function.
Setting the power supply used (Power Source)
Set the external DC power supply shutdown voltage, nominal voltage and type of batteries so that the remaining power supply charge can be shown accurately.
On this menu page, you can also check the voltage of each power supply and the remaining battery capacity.
Backing up and loading F8n Pro settings (Backup/Load Settings)
F8n Pro settings can be backed up to and loaded from SD cards.
Backing up
This saves a backup file to the “F8n Pro_SETTINGS” folder in the root directory of the SD card.
Loading
You can load a backup file that is saved in the “F8n Pro_SETTINGS” folder in the root directory of the SD card.
Restoring factory default settings
The F8n Pro can be restored to factory default settings.
Managing SD cards
Checking SD card information (Information)
You can check the size and free space of SD cards.
Testing SD card performance (Performance Test)
You can test whether an SD card can be used with the F8n Pro.
A basic test can be done quickly, while a full test examines the entire SD card.
Conducting a quick test
Conducting a full test
Formatting SD cards (Format)
SD cards must be formatted for use with the F8n Pro.
Managing the firmware
Checking the firmware versions
You can check the firmware version.
Updating the firmware
The F8n Pro firmware can be updated to the latest versions.
The latest update file can be downloaded from the ZOOM website (zoomcorp.com).
Follow the instructions in the “F8n Pro Firmware Update Guide” on the F8n Pro download page.
About the F8n Pro Shortcut function
Checking the F8n Pro Shortcut function (Shortcut List)
The F8n Pro has a shortcut feature that allows quick access to various functions.
See the “List of shortcuts” for information about the shortcut functions.
List of shortcuts
■ Home Screen
Shortcut | Explanation |
---|---|
Press and hold | Show the name that will be given to the next take recorded. Example: Scene001-T002 |
+ | Advance the scene number by 1 (when the Home Screen is open). |
Press and hold | Move the previously recorded take to the FALSE TAKE folder (when the Home Screen is open). |
Press and hold | The number given to the next recorded take can be increased or decreased by one when the Home Screen is open. |
+ | Open the “User Scene Name” screen. (→ Changing scene names) |
+ | Open the “Track Name” screen. (→ Changing the track name of the next take recorded (Track Name)) During recording, the key does not need to be used. |
+ | Open the “Trim Link” screen. (→ Adjusting the input levels of multiple tracks simultaneously (Trim Link)) During recording, the key does not need to be used. |
+ | Open the “Note” screen. (→ Changing the note for the next take recorded (Note)) During recording, the key does not need to be used. |
+ | Clear the level meter clipping indicators. During recording, the key does not need to be used. |
+ | Open the L/R track fader settings screen. During recording, the key does not need to be used. |
+ | Open the “Headphone Routing” screen. (→ Setting signals sent to headphones (Headphone Routing)) During recording, the key does not need to be used. |
+ | Use to disable the keys set with “Key Hold Target”. (→ Setting the keys held (Key Hold Target)) During recording, the key does not need to be used. |
+ (Track 1) | Circle the currently selected take. (→ Setting the circling takes) |
+ (Track 2) | Open the “Timecode” screen. (→ Setting timecode functions) |
■ Mixer Screen
Shortcut | Explanation |
---|---|
Press and hold | Reset the selected pan/fader to the default value (when the Home Screen mixer is open). If already set to its default value, selecting a fader mutes the track. |
■ Character input screen
Shortcut | Explanation |
---|---|
Press and turn | Move the cursor vertically on a character input screen keyboard. |
+ | Delete a character on the character input screen. |
+ | Move the cursor to “Enter” on the character input screen keyboard. |
■ Routing screen
Shortcut | Explanation |
---|---|
Press and turn | Move the cursor vertically. |
Appendix
Troubleshooting
If you think that the F8n Pro is operating strangely, check the following items first.
Recording/playback trouble
There is no sound or output is very quiet
Check the connections to your monitoring system and its volume setting.
Confirm that the volume of the F8n Pro is not too low. (→ Adjusting the input signal monitoring balance)
Sound from connected equipment or inputs cannot be heard or is very quiet
If you are using a mic capsule, confirm that it is oriented correctly.
Check the input level settings. (→ Adjusting input levels)
If a CD player or other device is connected to an input jack, raise the output level of that device.
Check the input signal monitoring settings. (→ Adjusting the input signal monitoring balance, Monitoring the input signals of specific tracks (PFL/SOLO) )
Check the phantom power and plug-in power settings. (→ Changing the phantom power settings (Phantom), Changing the plugin power setting (Plugin Power))
Check the headphone, MAIN OUT 1/2 and SUB OUT 1/2 routing. (→ Setting signals sent to headphones (Headphone Routing), Selecting signals sent to the main outputs (MAIN OUT Routing), Selecting signals sent to the sub outputs (SUB OUT Routing))
Recording not possible
Confirm that track keys are lit red.
Confirm that the SD card has free space. (→ Checking SD card information (Information))
Confirm that an SD card is loaded properly in a card slot. (→ Loading SD cards )
If “Card Protected!” appears on the display, the SD card write-protection is enabled. Slide the lock switch on the SD card to disable write-protection.
Recorded sound cannot be heard or is very quiet
Confirm that the volume levels of the tracks are not too low. (→ Mixing takes)
Confirm that track keys are lit green during playback.
Other trouble
Computer does not recognize it even though it is connected to a USB port
The operation mode must be set on the F8n Pro to allow the computer to recognize the F8n Pro. (→ Using as an audio interface (Audio Interface))
Battery operation time is short
Making the following settings could increase the battery operation time.
Set the power supply used correctly. (→ Setting the power supply used (Power Source))
Turn unnecessary tracks off. (→ Selecting inputs)
Turn unnecessary outputs off. (→ Disabling outputs (Output On/Off))
Set the phantom power voltage to 24V. (→ Setting the voltage)
Disable phantom power during playback. (→ Disabling phantom power during playback)
Turn timecode off if not using it. (→ Setting the mode)
Reduce the LED brightness. (→ Setting the LED brightness (LED Brightness))
Reduce the display brightness. (→ Making display settings (LCD))
Set the display to dim when not used for some time. (→ Making display settings (LCD))
Reduce the sampling rate used to record files. (→ Setting the sampling rate (Sample Rate))
Due to their characteristics, using nickel metal hydride batteries (especially high-capacity ones) or lithium batteries should enable longer use than alkaline batteries when power consumption is high.
Detailed product diagrams
Routing
Metadata list
Metadata contained in BEXT chunks in WAV files
Tag | Explanation | Remarks |
---|---|---|
SPEED= | Frame rate | MENU > TIMECODE > Timecode > FPS |
TAKE= | Take number | |
UBITS= | User bits | MENU > TIMECODE > Timecode > Ubits |
SCENE= | Scene name | MENU > META DATA (for Next Take) > Scene Name Mode MENU > META DATA (for Next Take) > User Scene Name MENU > FINDER > Option > Meta Data Edit > Scene MENU > FINDER > Option > Rename |
TAPE= | Name of recording destination folder | MENU > FINDER (Recording destination folder name) MENU > FINDER > Option > Meta Data Edit > Folder(Tape) Name |
CIRCLED= | Circled take | MENU > FINDER > Option > Meta Data Edit > Circle |
TRL= | Left track name | Track names are written as follows. TRL=TrL, TRR=TrR, TR1=Tr1, TR2=Tr2, … TR8=Tr8 |
TRR= | Right track name | |
TR1= | Track 1 name | |
TR2= | Track 2 name | |
TR3= | Track 3 name | |
TR4= | Track 4 name | |
TR5= | Track 5 name | |
TR6= | Track 6 name | |
TR7= | Track 7 name | |
TR8= | Track 8 name | |
NOTE= | Take note | MENU > META DATA (for Next Take) > Note MENU > FINDER > Option > Meta Data Edit > Note |
Metadata contained in iXML chunks in WAV files
○ = YES × = NO
iXML master tag | iXML sub tag | Written | Read | Remarks |
---|---|---|---|---|
<PROJECT> | ○ | ○ | MENU > FINDER (SD card root folder) MENU > FINDER > Option > Meta Data Edit > Project Name | |
<SCENE> | ○ | ○ | MENU > META DATA (for Next Take) > Scene Name Mode MENU > META DATA (for Next Take) > User Scene Name MENU > FINDER > Option > Meta Data Edit > Scene MENU > FINDER > Option > Rename | |
<TAKE> | ○ | ○ | MENU > FINDER > Option > Meta Data Edit > Take MENU > FINDER > Option > Rename | |
<TAPE> | ○ | ○ | MENU > FINDER (recording destination folder name) MENU > FINDER > Option > Meta Data Edit > Folder(Tape) Name | |
<CIRCLED> | ○ | ○ | MENU > FINDER > Option > Meta Data Edit > Circle | |
<WILD TRACK> | × | × | ||
<FALSE START> | × | × | ||
<NO GOOD> | × | × | ||
<FILE UID> | ○ | × | ||
<UBITS> | ○ | × | MENU > TIMECODE > Timecode > Ubits | |
<NOTE> | ○ | ○ | MENU > META DATA (for Next Take) > Note MENU > FINDER > Option > Meta Data Edit > Note | |
<BEXT> | × | × | ||
<USER> | × | × |
iXML master tag | iXML sub tag | Written | Read | Remarks |
---|---|---|---|---|
<SPEED> | ||||
<SPEED> | <NOTE> | ○ | × | |
<SPEED> | <MASTER_SPEED> | ○ | ○ | MENU > TIMECODE > Timecode > FPS |
<SPEED> | <CURRENT_SPEED> | ○ | × | MENU > TIMECODE > Timecode > FPS |
<SPEED> | <TIMECODE_RATE> | ○ | × | MENU > TIMECODE > Timecode > FPS |
<SPEED> | <TIMECODE_FLAG> | ○ | × | MENU > TIMECODE > Timecode > FPS |
<SPEED> | <FILE_SAMPLE_RATE> | ○ | × | MENU > REC > Sample Rate |
<SPEED> | <AUDIO_BIT_DEPTH> | ○ | × | MENU > REC > WAV Bit Depth |
<SPEED> | <DIGITIZER_SAMPLE_RATE> | ○ | × | MENU > REC > Sample Rate |
<SPEED> | <TIMESTAMP_SAMPLES_SINCE_MIDNIGHT_HI> | ○ | × | |
<SPEED> | <TIMESTAMP_SAMPLES_SINCE_MIDNIGHT_LO> | ○ | × | |
<SPEED> | <TIMESTAMP_SAMPLE_RATE> | ○ | × | MENU > REC > Sample Rate |
iXML master tag | iXML sub tag | Written | Read | Remarks |
---|---|---|---|---|
<SYNC_POINT_LIST> | ||||
<SYNC_POINT> | <SYNC_POINT_TYPE> | × | × | |
<SYNC_POINT> | <SYNC_POINT_FUNCTION> | × | × | |
<SYNC_POINT> | <SYNC_POINT_COMMENT> | × | × | |
<SYNC_POINT> | <SYNC_POINT_LOW> | × | × | |
<SYNC_POINT> | <SYNC_POINT_HIGH> | × | × | |
<SYNC_POINT> | <SYNC_POINT_EVENT_DURATION> | × | × |
iXML master tag | iXML sub tag | Written | Read | Remarks |
---|---|---|---|---|
<HISTORY> | ||||
<HISTORY> | <ORIGINAL_FILENAME> | ○ | × | |
<HISTORY> | <PARENT_FILENAME> | × | × | |
<HISTORY> | <PARENT_UID> | × | × |
iXML master tag | iXML sub tag | Written | Read | Remarks |
---|---|---|---|---|
<FILE_SET> | ||||
<FILE_SET> | <TOTAL_FILES> | ○ | × | |
<FILE_SET> | <FAMILY_UID> | ○ | × | |
<FILE_SET> | <FAMILY_NAME> | × | × | |
<FILE_SET> | <FILE_SET_START_TIME_HI> | × | × | |
<FILE_SET> | <FILE_SET_START_TIME_LO> | × | × | |
<FILE_SET> | <FILE_SET_INDEX> | ○ | × |
iXML master tag | iXML sub tag | Written | Read | Remarks |
---|---|---|---|---|
<TRACK_LIST> | ||||
<TRACK_LIST> | <TRACK_COUNT> | ○ | × | |
<TRACK> | <CHANNEL_INDEX> | ○ | × | |
<TRACK> | <INTERLEAVE_INDEX> | ○ | × | |
<TRACK> | <NAME> | ○ | ○ | MENU > META DATA (for Next Take) > Track Name MENU > FINDER > Option > Meta Data Edit > Track Name |
<TRACK> | <FUNCTION> | × | × |
Metadata and ID3 fields contained in MP3 files
Metadata | ID3 field | Format |
---|---|---|
Timecode | Artist Name | TC=[HH:MM:SS:FF] |
Scene name, take number | Track Title | SC=[scene name] TK=[take number] |
Frame rate, file length (time) | Album Title | FR=[frame rate] D=[file length (time)] |
Specifications
Inputs | INPUT 1–8 | Connectors | XLR/TRS combo jacks (XLR: 2 hot, TRS: TIP hot) |
Input source set to “Mic” (→ Setting the input source (Input Source)) | Input gain | +10 – +75 dB | |
Input impedance | 3 kΩ or more | ||
Maximum input level | +4 dBu (at 0 dBFS) | ||
Phantom power | +24/+48 V, 10 mA maximum per channel | ||
Input source set to “Line” (→ Setting the input source (Input Source)) | Input gain | −10 – +55 dB | |
Input impedance | 5 kΩ or more | ||
Maximum input level | +24 dBu (at 0 dBFS) | ||
Equivalent input noise | −127 dBu or less (A-weighted, +75 dB input gain, 150 Ω input) | ||
Frequency response | 20 Hz – 60 kHz, +0.5 dB/−1 dB (192 kHz sample rate) | ||
A/D dynamic range | 113 dB typ. (−60 dBFS input, A-weighted) | ||
Crosstalk | −90 dB or less (between adjacent channels, 1 kHz) | ||
MIC IN | ZOOM mic capsule input (use disables Inputs 1/2) | ||
SLATE MIC | Built-in mic for voice memos can be assigned to tracks freely | ||
Outputs | MAIN OUT 1/2 | Connectors | TA3 connectors (balanced output, 2: hot) |
Output impedance | 150 Ω or less | ||
Reference output level | −10 dBV (normal output level) +4 dBu (line output level) 1 kHz, 600 Ω load | ||
Maximum output level | +10 dBV (normal output level) +24 dBu (line output level) 1 kHz, 600 Ω load | ||
SUB OUT 1/2 | Connector | 3.5 mm stereo mini (unbalanced output) | |
Output impedance | 100 Ω or less | ||
Reference output level | −10 dBV (normal output level) −40 dBu (mic output level) 1 kHz, 10 kΩ load | ||
Maximum output level | +10 dBV (normal output level) −20 dBu (mic output level) 1 kHz, 10 kΩ load | ||
HEADPHONE | Connector | 1/4 inch stereo (unbalanced output) | |
Output impedance | 18 Ω or less | ||
Maximum output level | 100 mW + 100 mW (32 Ω load) | ||
D/A dynamic range | 105 dB typ. (−60 dBFS input, A-weighted) | ||
Recording media | Dual SD card slots | SDHC cards: 4 GB – 32 GB SDXC cards: 64 GB – 1 TB | |
Recording formats | When WAV selected | Supported formats | 44.1, 47.952, 48, 48.048, 88.2, 96 and 192 kHz 16-bit Linear, 24-bit Linear, 32-bit Float Mono/stereo/2-10ch poly BWF and iXML |
Maximum simultaneous recording tracks | 10 (8 inputs + stereo mix) 8 (at 192 kHz sampling rate) | ||
When MP3 selected | Supported formats | 128, 192 and 320 kbps 44.1 and 48 kHz ID3v1 tags | |
Maximum simultaneous recording tracks | 2 | ||
Recording time | Using a 32 GB card | 23:08:00 (48 kHz/32-bit float stereo WAV) 5:47:00 (192 kHz/32-bit float stereo WAV) | |
Timecode | Connector | BNC | |
Modes | Off, Int Free Run, Int Record Run, Int RTC Run, Ext and Ext Auto Rec (audio clock can be synchronized to timecode) | ||
Frame rates | 23.976ND, 24ND, 25ND, 29.97ND, 29.97D, 30ND and 30D | ||
Precision | ±0.2 ppm | ||
Supported input levels | 0.2 – 5.0 Vpp | ||
Input impedance | 4.6 kΩ | ||
Output level | 3.3 Vpp | ||
Output impedance | 50 Ω or less | ||
Power supplies | AA batteries | 8 (alkaline, nickel-metal hydride or lithium) | |
AC adapter | ZOOM AD-19, DC 12 V/2 A, center plus | ||
External DC power supply | HIROSE HR10A-7R-4S 4-pin connector (1 pin: -, 4 pin: +), 9–18 V | ||
Estimated continuous recording times* • These values are only estimates. • These values are based on in-house testing methods. They will vary greatly according to use conditions. | Recording 2 tracks to 1 SD card 48 kHz sampling frequency (32-bit float/16-bit linear/24-bit linear) MAIN/SUB OUT OFF, TIMECODE OFF, LED/LCD brightness 5, 32 Ω headphones, PHANTOM OFF | Alkaline batteries: about 7 hours | |
NiMH batteries (2500 mAh): about 8 hours | |||
Lithium batteries: about 13.5 hours | |||
Recording 8 tracks to 1 SD card 48 kHz sampling frequency (32-bit float/16-bit linear/24-bit linear) MAIN/SUB OUT OFF, TIMECODE OFF, LED/LCD brightness 5, 32 Ω headphones, PHANTOM OFF | Alkaline batteries: about 4.5 hours | ||
NiMH batteries (2500 mAh): about 6 hours | |||
Lithium batteries: about 9.5 hours | |||
Recording 8 tracks to 2 SD cards 192 kHz sampling frequency (32-bit float/16-bit linear/24-bit linear) MAIN/SUB OUT ON, TIMECODE Int Free Run, LED/LCD brightness 60, 32 Ω headphones, PHANTOM 48 V | Alkaline batteries: about 0.5 hours | ||
NiMH batteries (2500 mAh): about 1 hour | |||
Lithium batteries: about 2 hours | |||
Display | 2.4 inch full-color LCD (320 × 240) | ||
USB | Connector | Mini-B • Use a USB cable that supports data transfer. USB bus power operation is not supported. | |
Mass storage operation | Class | USB 2.0 High Speed | |
Multi Track audio interface mode operation (driver required for Windows, not required for Mac) | Class | USB 2.0 High Speed | |
Specifications | Sampling rate: 44.1/48/88.2/96 kHz Bit depth: 24-bit linear/32-bit float 8-in/4-out | ||
Stereo Mix audio interface mode operation (no driver required) • Supports audio interface operation with iOS/iPadOS devices | Class | USB 2.0 Full Speed | |
Specifications | Sampling rate: 44.1/48 kHz Bit depth: 16-bit linear 2-in/2-out | ||
Audio interface operation with recording (driver required for Windows, not required for Mac) | Class | USB 2.0 High Speed | |
Specifications | Sampling rate: 44.1/48 kHz Bit depth: 24-bit linear/32-bit float 10-in/4-out | ||
Power consumption | 15 W | ||
External dimensions | 7.0 in. (W) × 5.5 in. (D) × 2.1 in. (H) 178.2 mm (W) × 140.3 mm (D) × 54.3 mm (H) | ||
Weight (including batteries) | 1200 g |
Note: 0 dBu = 0.775 Vrms