Brainboxes SW Series Unmanaged Ethernet Switches

Scaled Prices
taking 1 pc.
€ 46,41
taking 5 pc.
€ 45,25
taking 10 pc.
€ 44,55
starting 46,41
including VAT plus shipping
min Quantity
1 piece
Unit price
base price
technical Question?
recommend by email
Please fill in all fields.
Question Type
Your E-mail Adress
My Question:
Please validate that you are not a robot.

Benefits of the Brainboxes SW Series Unmanaged Industrial Ethernet Switches up to 8 Ports

  • Unmanaged Ethernet switches for industrial applications.
  • Models with wide range redundant dual power input.
  • Models with extended temperature range.

Brainboxes SW Serie Unmanaged Industrial Ethernet-Switches

Models Brainboxes SW-005, SW-008, SW-015, SW-104, SW-105, SW-108, SW-115, SW-504, SW-505, SW-508, SW-515, SW-705, SW-708, SW-715

The Brainboxes series SW are unmanaged industrial Ethernet switches with 4, 5 or 8 ports of 10 or 100 Mbs Ethernet/LAN (autodetect). The switches are available in three housing formats:

  • SW-005/008 is the standard, wall-mountable model (optional DIN-rail mounting kit).
  • SW-015 is a highspeed model up to 10/100/1000 Mbs.
  • Series SW-500 are DIN-rail mountable industrial models with extended temperature range and 2 redundant power supply connections
    or as series SW-100 uncased for embedded/OEM applications.
  • SW705/SW-708 are hardened industrial versions with extended temperature range -40...+80°C and 2 redundant power supply connections.

Model Overview

SW-0055, RJ4510/100 MbsWall mount, optional DIN-rail mountable, IP30+5...+30 VDC-10...+60°C
SW-0088, RJ4510/100 MbsWall mount, optional DIN-rail muntable, IP30+5...+30 VDC-10...+60°C
SW-0155, RJ4510/100/1000 MbsWall mount, optional DIN-rail mountable, IP30+5...+30 VDC-10...+60°C
SW-1044, RJ4510/100 Mbs- (embedded OEM board)2x redundant +5...+30 VDC-40...+80°C
SW-1055, RJ4510/100 Mbs- (embedded OEM board)2x redundant +5...+30 VDC-40...+80°C
SW-1088, RJ4510/100 Mbs- (embedded OEM board)2x redundant +5...+30 VDC-40...+80°C
SW-1155, RJ4510/100/1000 Mbs- (embedded OEM board)2x redundant +5...+30 VDC-40...+80°C
SW-5044, RJ4510/100 MbsDIN-rail mountable, IP302x redundant +5...+30 VDC-40...+80°C
SW-5055, RJ4510/100 MbsDIN-rail mountable, IP302x redundant +5...+30 VDC-40...+80°C
SW-5088, RJ4510/100 MbsDIN-rail mountable, IP302x redundant +5...+30 VDC-40...+80°C
SW-5155, RJ4510/100/1000 MbsDIN-rail mountable, IP202x redundant +5...+30 VDC-40...+80°C
SW-7055, RJ4510/100 MbsDIN-rail mountable, IP202x redundant +5...+30 VDC-40...+80°C
SW-7088, RJ4510/100 MbsDIN-rail mountable, IP202x redundant +5...+30 VDC-40...+80°C
SW-7155, RJ4510/100/1000 MbsDIN-rail mountable, IP202x redundant +5...+30 VDC-40...+80°C
SW-608 EOL*8, RJ4510/100 MbsDIN-rail mountable, IP50, aluminum2x redundant +5...+30 VDC-40...+80°C

Included: Ethernet switch module, quick start guide.

* Obsolete. Replacement: SW-708.

Frequently Asked Questions:

Question: Router - Switch - Hub - what is the difference?

Answer: You can think of an (Ethernet or USB) hub as a simple distribution socket. The hub connects devices in a star configuration without additional functions.
A repeating hub has an additional repeater function, i.e. it provides signal conditioning/amplification for further transmission.
With an external power supply, USB hubs can ensure that connected USB devices with supply via USB ("bus-powered" devices) are sufficiently supplied with power.

An (Ethernet) switch also connects devices in a star configuration, but works as a controller. Unlike a hub, a switch does not route data frames equally to all ports. Rather, it uses the learned addresses of the connected devices to decide to whom the frames are forwarded.

A router couples network segments, for example, public and private networks (internet routers, etc.). Routers forward network packets between networks, adapt different network technologies to each other and provide firewall functions.

Question: What is a managed or unmanaged switch?

Answer: A switch connects devices in a star configuration. As a controller, it routes data frames specifically to connected devices based on the addresses learned. An unmanaged switch is "self-learning" and ready for immediate use without configuration. A managed switch is configurable, allowing more flexibility and control over the network.