Description
Samson XPD2 Lavalier USB Digital Wireless System is a perfect wireless microphone solution for digital communication, content creation, and so on. It boasts rich attributes that will take your production to the next level.
It comes with a one-of-a-kind USB stick receiver so that connecting it to smartphones, computers, as well as XPD Wireless-enabled Samson portable PA systems will be a piece of cake. You can connect it to your PC running Chromebook, Mac or Windows, for recording lead presentations, voiceovers, podcasts, and so on.
Our Take on the Samson XPD2 Lavalier USB Digital Wireless System:
The Samson XPD2 Lavalier USB Digital Wireless System features one-touch pairing for ease of use. Its transmitter is powered by two AA (LR6) alkaline batteries with an estimated runtime of 20 hours.
It works perfectly with iOS devices making use of Apple’s Lightning to USB Camera Adapter. For Android devices, you will need a host OTG adapter for an effective link so that you will be able to get the best result.
With its frequency band standing between 2.404 and 2.476 GHz, you can be confident of perfect podcasting, broadcasting, live streaming, and live sound reinforcement. Its receiver comes with a 1/8" (3.5mm) headphone line output so that you can easily monitor through a headphone or connect a mixer or speaker. A Samson LM8 omnidirectional lavalier microphone is included in the package with a lapel clip and USB extension cable.
TOP 10 KEY FEATURES:
Working Range: | 100' (30m) Line of Sight |
Frequency Band: | 2.404~2.476 GHz |
Transmitter RF Power: | <10 mW EIRP |
Transmitter Power Requirements: | Two AA (LR6) Alkaline Batteries |
Transmitter Dimensions: | 3.75” x 2.44” x 0.75” / 96mm x 62mm x 18.5mm |
Transmitter Weight: | 0.2lb / 93g |
Receiver Max. Analog Output: | 9 dBu |
Receiver Headphone Output: | 1/8" (3.5mm); 22 mW into 16 Ω or 32 Ω |
Receiver Dimensions: | 3.5" x 0.9" x 0.31" / 89mm x 23mm x 8mm |
Receiver Weight: | 0.35oz / 10g |
Included in the box:
- Samson XPD2 Lavalier USB Digital Wireless System