Godox Virso SRX 2,4 GHz Ασύρματος δέκτης για Sony MI Shoe

Wireless audio dropouts and tangled cables ruin the flow of any shoot. The Godox Virso SRX receiver eliminates these issues by providing a stable 2.4 GHz link directly to your Sony camera's Multi Interface Shoe, delivering clean audio without the clutter.

Who is it for

Videographers, vloggers, and content creators using Sony cameras with MI Shoe who demand reliable wireless audio capture. Ideal for interviews, run-and-gun shoots, and live streaming where mobility and quick setup are key.

Main features

• Native Sony MI Shoe integration: mounts directly on camera for a secure, cable-free connection.
• Dual output: 3.5mm TRS analog and USB-C digital for versatile recording options.
• 48 selectable channels to avoid interference in crowded RF environments.
• OLED display for clear monitoring of levels, channel, and battery status.
• Up to 200m line-of-sight range (50m with obstacles) for flexible shooting distances.
• Built-in 300mAh lithium-ion battery provides up to 8 hours of operation.
• Low latency under 20ms ensures perfect audio-video sync.
• Adjustable gain (0-5 levels) and headphone monitoring for precise audio control.

Specifications

• Frequency band: 2.4 GHz (2400-2483.5 MHz)
• Modulation: GFSK
• Compatibility: Sony Multi Interface Shoe
• Audio output: 1x 3.5mm TRS (analog), 1x USB-C (digital)
• Headphone output: 1x 3.5mm TRS
• Display: OLED
• Operating range: up to 200m (line of sight), 50m (with obstacles)
• Latency: < 20ms
• Frequency response: 20Hz - 20kHz
• Signal-to-noise ratio: > 70dB
• Dynamic range: > 90dB
• Battery: built-in lithium-ion, 300mAh, approx. 8 hours operation
• Charging port: USB-C
• Gain control: 0-5 level adjustable
• Mounting options: hot shoe mount (Sony MI Shoe), belt clip
• Channels: 48 selectable
• Audio output mode: mono

Tips

Pair the Virso SRX with the Godox Virso TX transmitter for a complete wireless microphone system. Use the headphone output to monitor audio in real time and avoid surprises in post-production.