เครื่องบันทึกเสียงดิจิตอล ZOOM F1-SP พร้อมไมโครโฟนแบบ Shotgun รองรับเสียงได้สูงสุด 24-bit / 96 kHz ในรูปแบบ WAV, BWF, MP3 และหน้าจอ LCD ขนาด 1.25 นิ้ว จากแบรนด์ ZOOM
ZOOM F1-SP Field Recorder and Shotgun Microphone
F1 FIELD RECORDER + SHOTGUN MICFor Run and Gun Video Creators
The Zoom F1 Field Recorder + Shotgun Mic is the ultimate solution for run-and-gun filmmakers who need to capture professional quality audio for video.
Capture All The Action
The Zoom F1 Field Recorder + Shotgun allows you to capture professional audio
everywhere your camera takes you.
High Impact Audio
The F1-SP comes with the SGH-6 Shotgun Mic known for capturing pro-quality, hyper directional sound, and it’s aluminum body makes it extremely lightweight. Combined with the F1, you can record high-resolution audio up to 24 bit/96 kHz, providing high-impact audio for any video production.
Ready, Aim, Record
Connect the F1 and Shotgun to the included shock mount and attach it to your camera. Then connect the F1’s audio output to your camera’s input using the included 3.5mm stereo cable and you’re ready to record.
Audio Redundancy
While recording to your camera, the F1 can also record to a microSD card, providing a stereo audio file which can be edited in post-production.
Bright Light? No Problem.
Monitor your levels, battery life, lo-cut settings and more with the F1’s newly designed monochromatic display, ensuring visibility even in bright sunlight.
One-Touch Controls
One-touch buttons make record levels, limiter settings, and volume output easily accessible.
Smooth Ride
The SMF-1 shock mount was engineered to eliminate unwanted thumping sounds caused by vibrations when shooting on the move.
Features at a glance
- Two-channel audio recorder
- Compatible with Zoom microphone capsules
- Supports up to 24-bit/96 kHz audio in BWF-compliant WAV or a variety of MP3 formats
- One-touch button controls
- 1.25” monochrome LCD display
- Rec Hold function to avoid accidental operation of buttons
- Stereo ⅛” Mic/Line In mini phone jack with Plug-in power (2.5V)
- Stereo ⅛” Phone/Line Output jack with dedicated volume control
- Built in limiter and auto level control to avoid clipping
- Pre-Record function
- Tone generator for calibrating audio levels between the F1 and a DSLR or video camera without the need for an attenuator cable
- Sound marker function that outputs quick tone to make syncing audio and video easy
- Records directly to micro SD and SDHC cards up to 32 GB
- Micro USB port for data exchange to and from computer and use as an audio interface with computer or iOS device
- Runs on only 2 standard AAA alkaline, Lithium, or NiMH rechargeable batteries, or AC adapter (AD-17)
- Up to 10 hours of operation with alkaline batteries (when using lavalier)
SPECS
| Recording media: | microSD/microSDHC cards (Class 4 or higher, up to 32 GB) |
|---|---|
| Recording formats: | WAV 44.1 kHz/16-bit, 48 kHz/16-bit, 48 kHz/24-bit, 96 kHz/24-bit MP3 48 kbps, 128 kbps, 192 kbps, 256 kbps, 320 kbps Mono/stereo ID3v1 tags supported |
| Display: | 1.25″ monochrome LCD |
| INPUTS | |
| MIC IN: | ZOOM mic capsule input |
| Mono shotgun mic (SGH-6): | Directionality: Super cardioid (3 directional mic units) Sensitivity: −39 dB/1 Pa at 1 kHz Input gain: −∞ – +50 dB Maximum sound pressure input: 122 dB SPL |
| MIC/LINE IN : | Connector: 3.5 mm stereo mini (with screw lock) Supports plug-in power (2.5 V) Input gain: −12 dB – +36 dB Input impedance: 2 kΩ or more |
| OUTPUTS | |
| PHONE OUT : | Connector: 3.5 mm stereo mini (with screw lock) Maximum output level: 11 mW + 11 mW (into 32 Ω load) |
| USB: | microUSB Mass storage operation: USB 2.0 High Speed Audio interface operation: USB class compliant 44.1kHz/16-bit, 48kHz/16-bit, 2-in/2-out Transfer method: asynchronous |
| POWER | |
| 2 AAA batteries (alkaline, NiMH or lithium) AC adapter (ZOOM AD-17): DC 5V/1A |
|
| Recording time using batteries: | SGH-6 mono shotgun mic capsule (48 kHz/24-bit, mono): Alkaline batteries: about 6.5 hours NiMH batteries 750 mAh): about 6 hours Lithium batteries: about 11 hours *The above values are approximate. |
