GS1008HP-EU0101F Switch, 8-port, Gigabit Ethernet, PoE

Designed to meet the price and performance needs of small businesses Zyxel's GS1008HP is equipped with eight Gigabit Ethernet ports, all of which can provide a total PoE budget of up to 60 W. The GS1008HP can easily connect to PoE-enabled devices on your network. It has a plug-and-play design and can save power without sacrificing performance. The GS1008HP fills a long-standing gap in the market for unmanaged 802.3at-standard PoE switches, has a high power budget and is affordable for SOHOs and small businesses.

Support for Smart PoE+ 802.3af/802.3at The GS1008HP with the IEEE 802.3at standard offers a maximum of 30 W per port (with a total power budget of 60 W) and provides power to PoE network devices such as WLAN APs, IP cameras and VoIP phones.

Convenient management of the PoE budget The GS1008HP has a total power budget of 60 W and a handy LED indicator that glows orange when the threshold of 50 W is reached (PoE MAX). If the power consumption exceeds the budget, the last device is no longer powered, but without affecting the other devices receiving power from the switch.

Gigabit data transfer and intelligent functions With Gigabit performance, the switch is ten times faster than Fast Ethernet. It provides up to 2,000 Mbps dedicated bandwidth per port. Get more advanced features like Jumbo Frame, Flow Control and Auto-negotiation. The ideal choice for SMEs who want to take advantage of high-speed applications on the corporate network.

Design without fan (fanless) Expand your network without disturbing the quiet working atmosphere in your company. This switch has a fanless design. This ensures silent operation and increased reliability and durability without moving parts that could fail.

Energy-saving thanks to less power consumption The IEEE 802.3az Energy efficient Ethernet (EEE) function integrated in the GS1008HP automatically detects traffic in the network and dynamically adjusts power consumption. This enables the switch to reduce power consumption during times of low connection utilization.