5-Port Fast Ethernet Unmanaged Desktop Switch
DES-1005D
- Product Status (Revision C): Live
The DES-1005D 5-Port Fast Ethernet Unmanaged Desktop Switch is a five port fast Ethernet switch that allows you to quickly set up a wired network. Connect the DES-1005D to multiple computers together to share files and folders, or connect it to a router to share an Internet connection.
Where to buy
The DES-1005D 5-Port Fast Ethernet Unmanaged Desktop Switch is a five port fast Ethernet switch that allows you to quickly set up a wired network. Connect the DES-1005D to multiple computers together to share files and folders, or connect it to a router to share an Internet connection.
Auto-Sensing 10/100 Ports
The DES-1005D 5-Port Fast Ethernet Unmanaged Desktop Switch uses auto-sensing 10/100 Mbps ports, allowing a small workgroup to flexibly connect to Ethernet and Fast Ethernet devices to create an integrated network. These ports detect the network speed and auto-negotiate between 10BASE-T and 100BASE-TX, as well as between full and half-duplex, allowing you to get the maximum speed possible for each device connected to your network.
Auto MDI/MDIX Crossover
All ports support automatic MDI/MDIX crossover, eliminating the need for crossover cables or uplink ports. Each port can be plugged directly to a server, hub, router, or switch using regular straight-through twisted-pair Ethernet cables.
Flow Control for Secure Transmission
802.3x flow control on each port minimizes dropped packets when the port’s receiving buffer is full. This gives you a more reliable connection for all of your connected devices.
Specs
Main type of ports
|
100BASE-TX Fast Ethernet |
---|---|
Number of ports
|
5 to 14 ports |
Switching capacity
|
1 Gbps |
Form Factor
|
Desktop |
Housing
|
Plastic |
Fanless
|
Supported
|
MAC address
|
2K |
D-Link Green
|
Supported
|
802.3az Energy-Efficient Ethernet support
|
Supported
|
Type
|
Unmanaged |
Actual performances may vary due to settings, cabling, temperature, network configuration, interface, device compatibility, environmental and on-site conditions, and other similar factors. References to power capability, signal or processing speed, signal range or distance, data encryption, storage capacity, display properties, or other performance metrics are based on optimal conditions derived from industry standards and provided for informational purposes only.Specifications may be subject to change without prior notice. |
|