Netgear MS108UP-100NAS MS108UP 8-Port 2.5G Ultra60 PoE++ Switch
Overview :
The Netgear MS108UP-100NAS is an unmanaged Multi-Gigabit Ethernet switch engineered to meet the demanding power and speed requirements of modern small to medium-sized business networks. Designed for effortless deployment, this switch provides a robust foundation for connecting and powering a variety of high-bandwidth devices, eliminating bottlenecks and simplifying network infrastructure. It addresses the growing need for faster network access and higher Power over Ethernet (PoE) capabilities without the complexity of managed solutions.
Featuring eight 2.5 Gigabit Ethernet ports, the MS108UP-100NAS delivers ample bandwidth for devices like Wi-Fi 6 access points, high-resolution IP cameras, and advanced VoIP phones. Four of these ports support Ultra60 PoE++ (802.3bt) with up to 60W per port, while the remaining four offer PoE+ (802.3at) with up to 30W. This generous 230W total power budget ensures that even the most power-hungry devices can be connected and powered directly from the switch, streamlining installations and reducing cable clutter. The intelligent PoE Auto-Balance technology further optimizes power delivery by dynamically allocating power based on device needs.
With its compact, fanless design, the Netgear MS108UP-100NAS operates silently, making it ideal for deployment in noise-sensitive environments such as offices, conference rooms, or retail spaces. It supports both desktop placement and wall-mounting with the included kit, offering flexible installation options. As an unmanaged switch, it provides true plug-and-play functionality, requiring no complex configuration or software installation, allowing for quick expansion of network capabilities.
Key Features :
- Eight 2.5G Ethernet ports for multi-gigabit connectivity.
- Four Ultra60 PoE++ ports deliver up to 60W each.
- PoE Auto-Balance technology for optimized power distribution.
- 230W total PoE power budget supports numerous devices.
- Fanless design ensures silent operation in quiet environments.
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