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click here | | Future-proof your Industrial IoT applications
From improvements in safety, quality and efficiency, to new technological capabilities such as predictive maintenance and simplified asset monitoring, the Industrial Internet of Things and Industry 4.0 have enabled considerable advancements in factory environments.
If you can view, track, monitor and measure big data, you can increase your productivity and effectiveness. For this to happen, you need safe, fast, reliable interconnection to transmit the data and sensors to collect the data.
Avnet Abacus and TE Connectivity can help you understand your hardware requirements and provide the support you require to move your machines into the world of Internet-connected devices. Explore our resources and products for wireless, sensors and connectors below. Alternatively, if you require advice on your industrial designs, get in touch with our technical specialists at avnet-abacus.eu/ask-an-expert
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| | | | | Could your application benefit from wireless connectivity? | | |
| Antennas are the backbone of any wireless solution. As requirements for wireless applications in factories grow, industrial design engineers need to be versed in the different challenges that antenna integration poses.
In the Wireless for Industrial IoT white paper, we explore the key design challenges that affect antenna and protocol selection, as well as the different antenna types and the advantages and disadvantages of each, so you can ensure your wireless system performance is never compromised.
Inside youâll learn more about:
The key challenges around wireless EMC design Which wireless protocols and technologies are used in IIoT applications How 5G will impact IIoT implementations Custom antenna specification How to tackle electromagnetic compatibility issues | | |
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Wireless products and solutions | | |
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| | | | | | | | | MetaSpan antennas | | | | TE's MetaSpan antennas address increasing needs for more compact components in smaller, lower profile devices. | | |
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| | | | | | | | | Multi-band cellular antennas | | | | TE's multi-band LTE/cellular standard antennas are design for 698-960, 1710-2170 and 2300-2700 MHz applications. | | |
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| | | | | | | | | Board level shielding | | | | Board level shields help provide isolation, minimising cross talk and reducing EMI susceptibility without impacting system speed. | | |
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| | Find out more about TE's range of wireless products for Industrial IoT.
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| | | | | Is it time to update your industrial sensing technology? | | |
| Sensors are helping manufacturers move into the new world of the Industrial Internet of Things (IIoT) to make just-in-time decisions that optimise the entire manufacturing supply chain.
The valuable information they can provide around predictive maintenance, asset management, and automated logistics can help make production processes faster, leaner and more cost-efficient.
In the Sensors for Industrial IoT white paper, we discuss key sensor trends, and explore the selection criteria for different sensor types so that data captured on the factory floor can be used effectively.
Inside youâll learn more about:
How digital sensors can resolve industrial engineering challenges Sensor selection for Industrial IoT applications Design considerations and options available for measuring temperature, pressure, force and position The benefits of measuring multiple parameters in a single sensor | | |
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| | | Wireless products and solutions | | |
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| | | | | | | | | M5600 pressure sensor | | | | TE's modular M5600 wireless pressure transducer features an enclosed stainless steel and polycarbonate housing. | | |
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| | | | | | | | | TDS305 thermopile sensor | | | | Featuring an infrared sensor and integrated signal conditioner, these sensors can interface with micro-controllers via I2C. | | |
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| | | | | | | | | DOG2 position sensor | | | | This MEMS inclinometer features a dual-axis for platform levelling, dynamic engine management and tip-over protection. | | |
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| | Find out more about TE's range of sensor products for Industrial IoT.
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| | | | | Are your connectors ready for the next level of industrial automation? | | |
| Have you considered the new requirements for todayâs factory? What about tomorrowâs?
In the Connectors for Industrial IoT white paper, we explore the different options for wired connectivity, alongside the design considerations, the applications, and the advantages and disadvantages of each so you can find a robust, reliable solution to support your next wave of Industry 4.0 innovation.
Inside youâll learn more about:
How the latest generation of RJ45s can improve simplicity and speed of implementation When to choose USB, mini I/O, RJ45, M8, M12, heavy duty connectors or hybrid connectors Which connectors to choose to integrate power, signals and data into a single assembly so you can simplify design, installation and maintenance The ideal modular connectors for robotics and automation applications Which options to consider when space is of prime concern | | |
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| | | Wireless products and solutions | | |
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| | | | | | | | | Industrial mini I/O connectors | | | | Industrial mini I/O connectors provide increased reliability and vibration resistance over RJ45s. | | |
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| | | | | | | | | Industrial RJ45 Cat6A plugs | | | | TE's IP20 rated Cat6A RJ45s are based on its 'common core' industrial RJ45 technology. | | |
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| | | | | | | | | M8/M12 connector system | | | | TE's field installable M8/M12 includes connectors, IO modules and cable assemblies. | | |
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| | Find out more about TE's range of wireless products for Industrial IoT.
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