MikroTik RB260GS 5x Gigabit Ethernet Smart Switch
by Mikrotik
- Model: MikroTik RB260GS
- Type: Managed Desktop Switch
- CPU:
- 98DX106, 200 MHz
- RAM:
- 64 KB
- Ports:
- 5 x Gigabit Ethernet ports (10/100/1000 Mbps)
- 1 x SFP cage (for fiber uplink, 1 Gbps)
- Power Input:
- Passive PoE input or DC jack (8–30 V)
- Operating System:
- SwOS (SwitchOS)
- Power Consumption:
- Maximum 5 W
- Dimensions:
- 113 x 139 x 28 mm (4.45 x 5.47 x 1.1 in)
- Weight:
- 0.16 kg (0.35 lbs)
- Operating Temperature:
- -25°C to 65°C (-13°F to 149°F)
UPC | RB260GS |
---|---|
Model Number | MikroTik RB260GS |
SKU | 020030031110 |
Reviews
Description
MikroTik RB260GS 5x Gigabit Ethernet Smart Switch
The MikroTik RB260GS is a versatile and compact 5-port Gigabit Ethernet smart switch, ideal for users looking for high-speed connectivity with essential management features. With five Gigabit Ethernet ports and an SFP cage for fiber uplink, the RB260GS offers a reliable solution for expanding network capabilities while maintaining performance across multiple devices.
Powered by MikroTik’s SwitchOS (SwOS), this switch provides an intuitive management interface, making it easy to configure settings such as VLANs, port isolation, and bandwidth control. The device also supports port mirroring for traffic monitoring, MAC filtering, and broadcast storm control, enhancing network security and efficiency for both home and office setups.
The RB260GS supports passive PoE input as well as DC input, offering flexible power options. With a low power consumption of just 5W, this switch operates efficiently and quietly without a fan, making it ideal for space-constrained areas. Its durable, compact design (measuring 113 x 139 x 28 mm) and wide operating temperature range (-25°C to 65°C) ensure it can handle diverse environments reliably.
Overall, the MikroTik RB260GS is an affordable, smart networking solution that combines robust features with easy management, making it a great choice for those who need a dependable and configurable switch for small to medium-sized networks.