Voxware LWH330 Lightweight Wireframe Over-the-Head, Single Ear Headset
Manufacturer: Voxware
Condition: New
Voxware LWH330 Lightweight Wireframe Over-the-Head, Single Ear Headset
Product TypeHeadset
Brand NameVoxware
ManufacturerVoxware, Inc
Product NameLightweight Wireframe Over-the-Head, Single Ear Headset
Manufacturer Part NumberLWH330
Manufacturer Website Addresshttp://www.voxware.com
Packaged Quantity1
Green CompliantYes
Green Compliance Certificate/AuthorityRoHS
Earpiece DesignOver-the-headBehind-the-neck
Earpiece TypeMonaural
Microphone DesignBoom
Form FactorSupra-aural
Weight (Approximate)2.36 oz
Connectivity TechnologyWired
FeaturesAmbient NoiseWater ProofNoise CancellingVoice RecognitionDurableQuick Disconnect
Sound ModeMono
Voxware currently offers a variety of wired noise-canceling headset options including Over-the-Head (OTH) single band monaural, Modular Headset Series, and Behind-the-Neck (BTN) binaural. All of Voxware's headsets have been specifically designed for voice recognition applications as well as durability and reliability, and use the same waterproof microphone, suitable for dry, cooler, or freezer use. Additionally, each headset has an in-line quick disconnect (QD) that allows the headset to be removed quickly for safety or convenience.Voxware headsets are designed so the worker can hear the system prompts in all types of warehouse environments.They operate in -40 to +122 ?F (-40 to +50 ?C) temperatures. Unique to Voxware, volume is controlled completely with voice (default prompts: "headset volume up", "headset volume down") where the worker adjusts the volume to their preference. Additionally, our headsets utilize a dual sound port microphone design, which facilitates increased cancellation of ambient noise. The inner port is positioned towards the worker's mouth to capture the worker's voice and the second port points outwards to capture the ambient noise. Voxware's multi-patented voice recognition engine, VISE®,uses both worker's voice and ambient noise to deliver a more accurate voice recognition.