
Introduction
Housed in a beautiful 22 x 22 x 5 cm / 9 x 9 x 2 inch solid copper chassis, the Taiko Audio Extreme Switch reduces noise by cleaning the network and offloading processing from the Extreme music server to the Switch.
The Extreme Switch is designed to work most effectively with the Extreme Music Server. The sound quality can be further elevated by adding the Extreme Router and/or the Extreme DC Power Distributor or one of our upcoming BPS solutions.
The Switch is most effective with our Extreme Music Server but can also be used with other manufacturer’s servers or streamers.
Power
The Switch is powered by any normal 12-19V DC power supply. A standard wall-wart power supply is included, which will provide superb sonic results. However, a higher-end power supply will provide further improvements. The best current solution is to add the Extreme DC Power Distributor. This allows you to power both the Extreme Switch and Router from the same power supply while offering improved performance over 2 separate power supplies.
For the ultimate Sound Quality, the Switch may also be powered by our new to-be-released Taiko Audio BPS (Battery Power Supply).

Ports and connections
- 1 SFP+ port, intended to use as the Switch Input. This slot can be fitted with either an RJ-45 (Copper) or Fiber connector module. Please insert the module with the contacts facing down. Note that this SFP port only works with 1Gb connections. It will not work with 100mbit connections.
- 1 SFP+ port, intended to be used as the Switch Output. This slot can be fitted with either an RJ-45 connector module, a Fiber connector module, or a DAC Cable in a variety of lengths ranging from 0,5 – 7m. Please insert the module or cable with the contacts facing down. Note that this SFP port only works with 1Gb connections. It will not work with 100mbit connections.
- Power input: 12-19V DC. (12V is the optimal voltage)
- Current draw at 12V: 100mA natively. Note that the total current draw depends on the supplied voltage.
- Earth Screw: M6 with 4mm hex screwdriver hole (use screw length and or washers as needed)
- Power Connector Dimensions: 2.5 inner / 5.5 outer / 11.3mm length (14mm recommended)
- Product Dimensions: 21 x 21 x 6 cm (with feet)
- Weight: 14.8 Kg / 32.6 lbs
Extreme Switch PCB top side

Extreme Switch PCB bottom side

Power and connection indicator
For Sound Quality reasons, the Switch does not have an external LED indicator. However, it does have internal LEDs next to each SFP port to indicate that the port is connected and active. You can see the internal LED by looking through the side of the SFP connector and into the Switch if the surrounding is not too brightly lit.

This indicator LED will be on no matter if the associated port is connected with a DAC cable or an SFP/RJ45 Adaptor with a regular Ethernet cable connected.
Extreme Switch Connections

How to connect the Extreme Switch and Extreme Router

Why did we select the SFP interface instead of the usual RJ45?
The ethernet cabling system that we use in our homes is designed to transport large amounts of data at high speeds over an as economical as possible cabling system. For this to work, block coding and error correction enable data to pass through a cheap (economical) cable and connector system without error. The block encoding requires reading the data block into the transmitter, running a mathematical function on the data, and sending the encoded data over the link. The opposite happens at the receiving end, and error correction is applied.
To provide an indication of the processing overhead, this is standardized to take 2.6 microseconds, where the actual data transfer latency is 0.1 microseconds for fiber and 0.3 microseconds for copper (or times 8.6 for copper and times 26 for fiber). But more important is the increase in power consumption which is between 5 and 25 times higher for RJ45 over SFP (for EACH port).
At first glance, SFP fiber appears to be the ideal solution. Unfortunately, it is not as straightforward as an SFP fiber module, which converts an electrical signal into an optical signal and uses a substantial amount of power. A single fiber SFP module consumes more power than our entire switch design, and the additional noise this generates is multiple times higher than that of the switch itself.
Inside the system, there is an accumulation of several types of noise:
- Processing noise
- Noise generated by power consumption (and associated heat)
- Interface noise
What is a DAC cable?
A Direct Attach Copper cable or a “DAC cable” is an Industry-Standard Twinax copper cable terminated with SFP connectors that connects directly the SFP ports (or line cards) within active equipment, such as switches, routers, servers or data storage devices, in a data network.

SFP - RJ45 Adapter Modules
Modules are available to convert an SFP port to an RJ45 port to allow the use of regular Ethernet cables.


1Gbit Network Requirement
SFP modules and -ports are designed for a single speed and do not exist in a dual-speed configuration. The SFP modules and ports that we use in our Taiko Audio products are specified to work only at 1Gb.- Extreme Router RJ45 ports: 100Mb and 1Gb
- Extreme Router SFP/DAC port: 1Gb only
For the upstream network that feeds the Router via RJ45, there is no 1Gb requirement, and the network may be 100Mb or 1Gb. This is also true for a MESH router with a (lower than 1Gb-) wifi source.
Please note that some Ethernet cables are restricted to 100Mbit (as opposed to Gigabit), which will also be incompatible.
More info can be found on the Taiko Audio Website
Taiko Audio Extreme Extreme Switch Product Page
Taiko Audio Downloads Section
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