EPOS | SENNHEISER IMPACT SDW 5013 - US Headset - Mono - Wireless - DECT - 590.6 ft - 150 Hz - 11 kHz - On-ear - Monaural - Noise Cancelling, MEMS Technology, Omni-directional Microphone - Black
Mono - Wireless - DECT - 590.6 ft - 150 Hz - 11 kHz - On-ear - Monaural - Noise Cancelling, MEMS Technology, Omni-directional Microphone - Black
| Brand Name | EPOS | SENNHEISER |
| Color | Black |
| Compatibility | |
| Connectivity technology | Wireless |
| Country of origin | China |
| Ear Cushion Material | Leatherette |
| Earpiece Design | On-ear |
| Earpiece Type | Monaural |
| Features | Fast Charging |
| Features | Secure |
| Features | Ear Hook |
| Features | ActiveGard |
| Features | Rechargeable Battery |
| Features | Busylight |
| Features | Unified Communication |
| Features | Comfortable |
| Features | Acoustic Shock Protection |
| Limited Warranty | 2 Year |
| Manufacturer | EPOS |
| Manufacturer Part Number | 1000585 |
| Manufacturer Website Address | http://www.eposaudio.com |
| Marketing Information | Single-sided wireless DECT headset with three wearing styles for professionals using PC/softphone. Super wideband audio and a two microphone noise-cancelling system create this superior audio solution.
Empower your workforce with a headset that boosts productivity by creating focus. The IMPACT SDW 5013 provides superior sound excellent comfort and seamless customer interaction. Upgrade your solution to mobile connectivity with the BTD 800 USB dongle available to buy separately. |
| Maximum Frequency Response | 11 kHz |
| Microphone Technology | Noise Cancelling |
| Microphone Technology | MEMS Technology |
| Microphone Technology | Omni-directional |
| Minimum Frequency Response | 150 Hz |
| Product Family | IMPACT SDW 5000 |
| Product Line | IMPACT |
| Product Model | SDW 5013 - US |
| Product Name | IMPACT SDW 5013 - US Headset |
| Product Series | SDW 5000 |
| Product Type | Headset |
| Sound Mode | Mono |
| UPC Alternates | 840064403863 |
| Wireless Operating Distance | 590.6 ft |
| Wireless technology | DECT |
