Edimax 16-Port Fast Ethernet Rack-mount Switch (ES-1016)

1,650.-

est. delivery in 2-4 days

Key Specifications

16 x 10/100 Base-T Ports
MAC capacity 8K
Packet Memory 256K
Inactive link detection
Cable length detection
Supports Auto-Negotiation
Fan-less Design

Port No.: 16 Ports

16 Ports 24 Ports

SKU:#066921 WarrantyLifetime by Edimax Product No.:ES-1016 Short link:http://i.nvade.it/hpn See specifications from the manufacturer

Description
Specifications

IEEE Energy Efficient Ethernet (EEE) compliance saves power up to 64% The Switch ES-1016 offers environmental efficiency with Fast Ethernet speeds critical for next-generation network applications. To comply with the IEEE802.3az standard, the Switch ES-1016 provides power saving functions to reduce energy consumption to help business save cost.
Inactive link detection The power usage adjustment feature automatically reduces power usage when any shut down network device or inactive link is detected. That is, power consumption of the switch can be adjusted according to the link status or the number of active network devices when possible.
-Cable length detection The devices equipped with this green feature can automatically detect the length of connected Ethernet cables and adjust power usage accordingly. The shorter the cable length, the less power it consumes.
Supports Auto-Negotiation Every port of the ES-1016 can automatically distinguish the connected network devices are running at 10Mbps, 100Mbps for Half/Full-Duplex mode. The ES-1016 can adjust the speed and mode accordingly.
Supports Non-Blocking Wire Speed The ES-1016 receives and forwards traffic seamlessly with its non-blocking wire-speed. Every port of the ES-1016 has the speed up to 200Mbps in full-duplex mode simultaneously. This feature provides full wire speed to the connected devices and allows you to run a high speed network smoothly.
Supports Store and Forward Architecture With the store and forward architecture filters fragment & CRC error packets, the ES-1016 can maximize network performance while minimizing the propagation of bad network packets.