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Scalable Mesh Networking Seminars in Oxford and Accrington Stanley

16th April 2026 – Accrington Stanley Football Club

30th April 2026 – Oxford Kassam Stadium

In partnership with Digi International and Silicon Labs, Solsta will host a series of seminars at two UK locations in April 2026, focused on scalable mesh networking for applications such as smart cities, infrastructure, remote monitoring, utilities, warehousing and agritech.

Taking place in Oxford and Accrington, these informative sessions will explore and compare different approaches to designing secure, low-power wireless communication systems. Attendees will gain practical insight into how modern technologies enable safe, reliable connectivity for connected devices.

What will the seminars cover?

The agenda begins with an introduction to the fundamentals of RF communications, including commonly used frequencies and protocols for Smart Cities, Utilities and Industrial IoT applications.

Digi International will then provide a deeper look into the Digi XBee ecosystem, covering development environments, processing capabilities and application frameworks. The session will also highlight edge intelligence, remote access and real-world end-to-end use cases, from sensor to cloud.

Wi-SUN (Wireless Smart Utility Network) is a wireless communication standard designed to deliver seamless connectivity between smart grid and industrial devices. Featuring a highly secure, scalable, self-forming and self-healing mesh topology, Wi-SUN enables global interoperability while simplifying certification.

Silicon Labs will introduce Wi-SUN in more detail, comparing it with alternative technologies, presenting their Wi-SUN product portfolio and showcasing practical end-user applications.

Throughout the day, working demonstrations will be available, with the team on hand during breaks to walk through the setups and answer questions.


Click here to register for free:

16th April 2026 – Accrington Stanley Football Club

30th April 2026 – Oxford Kassam Stadium

Improving Display Visibility Outdoors with Optical Bonding

What is Optical Bonding?

Optical bonding is the process where the gap between the LCD panel and module is filled with a layer of optical-grade adhesives, bonding the two together. Whereas traditionally, there is an air gap in between the glass and the LCD panel which can cause glare and reflection from direct sunlight, and enable moisture to penetrate, causing condensation.

How Does Optical Bonding Improve Display Visibility?

The adhesive causes the transmission of light to be increased; this reduces refraction and results in a clearer display. Eliminating the two reflective surfaces significantly decreases the reflection of light. This will result in higher visibility across different lighting environments.

The improved display quality results in increased outdoor readability by up to 400%, high durability, prevents condensation and increased resistance to extreme temperatures.

Benefits

  • Increased outdoor visibility by up to 400%
  • Provides impact and vibration resistance
  • Increased durability and strength from the extra layer
  • Prevents condensation and internal dust build up
  • Increases resistance to extreme temperatures
  • Enables thinner displays by eliminating the air gap between the LCD and front surface

IEE Optical Bonding Process

IEE offers optical bonding for any size display; with their in-house bonding and lamination facility, the latest techniques are used to reduce costs, improve production lead-times and production rates, and give you consistently high-quality displays through direct control of the critical process steps. IEE utilises the DuPont™ Vertak® bonding process; a UV stable adhesive technology that allows direct LCD bonding from a 1.5″ to 30″ active display area.

Step 1: Dispense and Cure the Dam

Step 2: Dispensing of Adhesives and Plasma Fill

Step 3: Placing Substrate and Spot Curing

Step 4: UV Oven Curing

We can offer you custom-sized displays tailored to your requirements that are ideal for Military and Transportation. Speak to one of our experts to find out more.

Contact Us for More Information