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ZYXEL 8 Port Gigabit POE Switch - GS1008HP
Manufacturer Part Code: GS1008HP-GB0101F
Order Code: NPZYX-GS1008HPGB
Category: Unmanaged Switches
GS1008-HP 8 PORT GIGABIT POE
Meeting the price and power demands of small businesses
The Zyxel GS1008HP is equipped with 8 gigabit Ethernet ports, all of which are PoE ports that can deliver up to 60W of total PoE budget. The GS1008HP can easily connect with PoE ready devices to your network with plug-and-play design while providing power-saving benefits without compromising performance. The GS1008HP fills a long-standing hole in the market for unmanaged PoE switches that feature the 802.3at standard, has a high power budget and are affordable for SOHOs and small businesses.
Smart PoE+ 802.3af/802.3at Support
The GS1008HP supports the IEEE 802.3at standard, providing a maximum of 30 watts per port (with a max total power budget of 60 watts) to supply power to PoE network devices such as wireless APs, IP cameras, and VoIP phones.
Easy PoE Budget Management
The GS1008HP boasts a total power budget of 60W and features a handy LED indicator that shows orange when the 50W threshold is reached. If power usage exceeds the budget, the last device will automatically be dropped with no impact on the other devices that are powered through the switch.
Gigabit data transmission and smart features
Featuring Gigabit performance, it provides 10 times faster than Fast Ethernet. Delivers up to 2,000 Mbps of dedicated bandwidth per port. Get more advanced features like Jumbo Frame, flow control, and auto-negotiation. It's a great choice for SMBs who want to enjoy high-speed business network applications!
Extend your network without disrupting your quiet business environment. This switch features a fanless design that ensures noiseless operation and greater reliability over time with no moving parts that may fail.
Advanced Energy-Savings at Work
The GS1008HP's built-in IEEE 802.3az Energy Efficient Ethernet (EEE) function automatically detects network traffic and adjusts power consumption dynamically to reduce power usage during low link utilization periods.