Netgear GS516UP-100NAS 16-Port Gigabit Ultra60 PoE++ Unmanaged Switch
Overview?
The Netgear GS516UP-100NAS is a high-density, unmanaged Gigabit Ethernet switch engineered for environments that require significant Power over Ethernet (PoE) capacity without the administrative overhead of managed networking. This switch features a robust 380W total PoE budget, uniquely distributed across eight Ultra60 PoE++ ports (up to 60W per port) and eight PoE+ ports (up to 30W per port). This hardware configuration addresses the increasing power demands of modern edge devices, such as WiFi 6/6E access points, high-definition PTZ surveillance cameras, and IoT building automation sensors.
Key Features
- – Eight Ultra60 PoE++ ports delivering up to 60W per port.
- – Total PoE power budget of 380W for high-density PD setups.
- – Fanless design ensures silent operation in any environment.
- – Plug-and-play setup requires no software or configuration.
- Brand Netgear
- Part Number GS516UP-100NAS
- Product Type Unmanaged Gigabit Ethernet Switch
- Total Ports 16 x 10/100/1000 Mbps RJ45
- PoE++ Ports 8 x 802.3bt (Up to 60W/port)
- PoE+ Ports 8 x 802.3at (Up to 30W/port)
- Total PoE Budget 380 W
- Switching Capacity 32 Gbps
- Forwarding Rate 23.8 Mpps
- MAC Address Table 8K entries
- Packet Buffer 192 KB
- Form Factor Desktop or Rackmount (1U)
- Acoustic Noise 0 dB (Fanless)
- Dimensions 330 x 206 x 43 mm
- Weight 2.58 kg
Frequently Asked Questions
Can this switch power WiFi 6 or WiFi 6E access points?
Yes, the GS516UP features eight Ultra60 PoE++ ports (802.3bt) that provide up to 60W per port, which is sufficient for the high power requirements of modern WiFi 6/6E access points.
Is the GS516UP suitable for use in a quiet office environment?
Absolutely. The switch utilizes a fanless design, ensuring completely silent operation (0 dB), making it ideal for placement on desks or in open-office areas where fan noise is a concern.
Does this switch require any configuration for the PoE ports?
No, this is an unmanaged switch. It automatically detects the power requirements of connected devices and allocates power accordingly without any manual setup or software installation.
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