THE CHALLENGE – THE KNIT FOR MORE CLOTHING When we think about the technology and innovation of the human race, we think of incomprehensible webs of data and compact supercomputers that fit in our pockets. But it’s just that – the pocket – that is one of the defining features of our sapience. Or rather, the invention of clothing as a whole. Clothing has been around since before we started recording history, and while its basic premise has changed very little over the years, its production has changed dramatically not too long ago and still needs more changing to adapt to modern-day demand. Why? Simple. Because in the year 0, Earth’s population was approximately 190 million, while in 2022 we are on the precipice of 7.9 billion. The demand for pants has never been higher, and that pushes the textile industry to automate as many of its processes as possible to successfully meet this demand. The good news is that increased automation would not just ensure demand is met, but the industry as a whole will be more efficient and less costly. The bad news is that the sheer number of machines used in the industry is beyond huge, and automation needs network connectivity in order to access all of them from the main server. This calls for a connectivity device suitable for large-scale solutions! THE SOLUTION – AUTOMATED TECH STYLE From the harvesting of cotton to the knitting of that nice sweater you just bought (which looks great on you, by the way!), each machine must accept the gift of IoT and become connected. Luckily, we have just the right connectivity device for the job: the TSW010 industrial switch. Simplicity is key with the TSW010. It connects different textile machines into a single, unified system; this allows reaching, controlling, and commanding them from the server without the need for manual configuration or maintenance of those machines. Plug in some Ethernet cables, and you have all you need for smooth data transmission. The main selling point of the TSW010 is how easily it fits into many different solution setups. This is because on top of being a plug-n-play, compact and sturdy device, it also has an integrated DIN rail bracket. This means less hassle and no additional equipment are needed for its installation, which saves a lot of time and money the bigger the scale of your solution and the more different machines it has. What else does this switch have to offer? Its 5 Fast Ethernet ports support 10/100 Mbps, which is sufficient for reliable data transmission in manufacturing M2M communication. Thanks to its rugged aluminum housing, it can also withstand the vibrations and high temperatures often found in these kinds of industrial environments. In short, the TSW010 is a cost-effective way to fulfill your connectivity needs with maximum quality, reliability, and ease of installation.

Ports & interfaces
Basic switching RJ-45 Ethernet ports quantity	5
Basic switching RJ-45 Ethernet ports type	Fast Ethernet (10/100)
Power connector	DC-in jack
Weight & dimensions
Width	113.1 mm
Depth	80.5 mm
Height	27.4 mm
Weight	146.5 g
Power
Power source	DC/PoE
Input voltage	9 - 30 V
Power consumption (typical)	0.3 W
Power consumption (max)	0.9 W
Operational conditions
Operating temperature (T-T)	-40 - 75 °C
Operating relative humidity (H-H)	10 - 90%
Network
Networking standards	IEEE 802.3, IEEE 802.3az, IEEE 802.3u
10G support	N
Auto MDI/MDI-X	Y
Ethernet LAN data rates	10,100 Mbit/s
Data transmission
MAC address table	2000 entries
Switching capacity	1 Gbit/s
Jumbo frames support	Y
Jumbo frames	2048
Packet buffer memory	0.128 MB
Design
Product colour	Black
Housing material	Aluminium
LED indicators	Y
International Protection (IP) code	IP30
DIN rail mounting	Y
Certification	CE, REACH, RoHS, WEEE UKCA, FCC, IC, CB, RCM
Power over Ethernet (PoE)
Power over Ethernet (PoE)	Y
Power over Ethernet (PoE) type supported	Passive PoE
Power over Ethernet (PoE) ports quantity	1