LANBERG Switch rack RSFE-24P-2C-360
Product images are illustrative. The original product may vary, so please refer to the product specifications in the product description.
Price
€ 158.10The e-shop price may differ with shops price. Price valid while supplier stock lasts.
Points 
+158
Delivery time and options
-
2-5 days -
2-5 days -
2-5 days -
2-5 days -
2-5 days -
2-5 days
Instalments
from € 4.47 /per month
Product details
| Manufacturer's product code | RSFE-24P-2C-360 |
| Product Description | Lanberg RSFE-24P-2C-360 - switch - 24 ports - unmanaged - rack-mountable |
| enclosure type | Rack-mountable 1U |
| ports | 24 x 10/100 (PoE+) + 2 x Gigabit SFP (uplink) + 2 x 1000Base-LX/SX |
| poe budget | 360 W |
| mac address table size | 16K entries |
| compliant standards | IEEE 802.3u, IEEE 802.3i, IEEE 802.3z, IEEE 802.3af, IEEE 802.3at |
| dimensions (wxdxh) | 44 cm x 20.7 cm x 4.4 cm |
| tootja | LANBERG |
| device type | Switch - 24 ports - unmanaged |
| subtype | Fast Ethernet |
| power over ethernet (poe) | PoE+ |
| performance | Switching bandwidth: 8.8 Gbps |
| features | VLAN support, fanless, 6KV ESD Protector, metal housing, 4Mbit packet buffer |
| power | AC 100-240 V |
| weight | 2.45 kg |
Product description
The PoE+ switch is an essential active networking device in any Ethernet infrastructure using power transmission through the structural cabling. RSFE-24P-2C-360 is dedicated to all kinds of installations: home, business, low-voltage, surveillance, IP, VoIP, cable TV networks, and in a particular product can be used in alarm, fire, or access control systems. Apart from the switch's primary function, i.e., supporting Ethernet frame transfer between ports, the device also provides a power supply for each appliance in PoE/PoE+ standard - 802.3af and at. This means that the switch can supply the devices with a total of up to 360 W. All of this is combined with data transmission at the same time. As a result, such a solution saves resources, space, and time to install a separate electrical and network infrastructure. This is especially important if the network is dispersed and its end-devices do not have direct access to the power source, in particular, when they are mounted outside
