Mikrotik CRS310-1G-5S-4S+IN network switch Managed L3 Power over Ethernet (PoE) 1U

€217.31
Shipping from warehouse: ⁨B3⁩
Estimated shipping: Mon, Nov 25 - Tue, Nov 26
14 days returnUnconditional return policy
Availability:
large quantity
Brand:
Mikrotik
Product code:
CRS310-1G-5S-4S+IN / 4752224007827

Specification

10g support:Yes
Built-in processor:Yes
Console port:RJ-45
Dc input voltage:18 - 57 V
Depth:166 mm
Flash memory:16 MB
Form factor:1U
Harmonized system (hs) code:85176990
Height:45 mm
Internal memory:256 MB
Mean time between failures (mtbf):200000 h
Networking standards:IEEE 802.3at, IEEE 802.3af
Operating temperature (t-t):-40 - 70 °C
Power consumption (max):20 W
Power over ethernet (poe):Yes
Power source:DC
Power supply included:Yes
Processor frequency:800 MHz
Processor model:98DX226S
Rack mounting:Yes
Reset button:Yes
Sfp module slots quantity:5
Sfp+ module slots quantity:4
Switch layer:L3
Switch type:Managed
Width:200 mm

This switch is an internal variation of the well-known netFiber 9 switch - used by many small and medium-sized ISPs for reliable 10 Gigabit fibre connections over 100 metres. With five 1G SFP ports, four 10G SFP+ ports and an additional Gigabit Ethernet port, this is an ideal upgrade for existing CRS212 configurations. You get a modern ARM v7 processor, 256MB of RAM and improved cooling. The new Marvell switch chips bring phenomenal performance to the table!

The Gigabit Ethernet port has a direct connection to the switch chip - so you can enjoy full Gigabit speeds. It supports PoE-in, providing an additional power option in difficult locations.

You can mount this switch in a standard 1U rack to keep everything tidy. And it has all the power you'd expect from a rack-mounted device: the CRS310 supports hardware VLAN filtering. And it even offloads Layer 3 routing to some devices.

The CRS310-1G-5S-4S+IN is a fantastic tool for anyone working with internal connections over 100 metres, keeping data loss and pings low. Fibre can be a great alternative to copper if you are concerned about electromagnetic interference, sabotage or eavesdropping.

Despite our best efforts, we cannot guarantee that the published technical data and photos do not contain inaccuracies or errors, which, however, cannot be a basis for claims.

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