Testing cable links in smart buildings is time-consuming, and leading cable manufacturers specify PoE testing and certification. OSA and Trend Networks solve this issue with the LanTEK IV-S copper and fibre data cable certifier.
The 3G network shutdown is happening now. OSA is in the ideal position to assist customers to make a successful transition with Teltonika hardware and our R&D labs.
OSA’s research and development labs enable our engineers to plan, design, test and demonstrate customised network solutions. OSA customers access ideas and systems that break convention and pioneer new frontiers in fibre optic and security networking.
Teltonika cellular and IoT devices include modems, gateways, routers, switches and IoT platforms. Teltonika is a world leader in industrial and professional applications with a reputation built on reliability, security and ease of use. OSA is Australia’s leading distributor of Teltonika products and has in-house technical expertise.
Resilience is the ability to recover quickly from adversity. The need for building resilience into networks is a critical consideration with any new network design. At OSA, we have the products, expertise, laboratories and capability to future proof our clients’ networks using the most resilient network solutions available in Australia.
It is a process, similar to insurance, understanding network redundancy helps ensure your network remains functioning and is available in the event of a network device or path system failure. In the event of an unplanned network outage, a redundant network serves as a backup mechanism. Typically, this is achieved via the addition of an alternate network path onto redundant network switches and routers that are on standby.
Network maintenance is an important routine that your business should be employing annually at a minimum. Like your car, having a network maintenance checklist schedules how often and how much maintenance needs to be done. No matter what size or how much data you use or store networks do become vulnerable and without regular “servicing”, you are open to issues that could see you out of pocket.
The wireless network is a complicated landscape to navigate with a number of different types of wireless networks on the market. In this article we look at a sample of the most common wireless networks and provide some clarity on what they do and what purpose they serve.
As we’re starting to see more Wi-Fi 6 capable devices hit the market, the big question of whether to upgrade to Wi-Fi 6 is growing. Here, we take a Wi-Fi overview look at how Wi-Fi 6 is performing compared to Wi-Fi 4 and Wi-Fi 5 and provide a Wi-Fi overview to help you understand which Wi-Fi generation is best for your wireless network.
The next generation of the Wi-Fi standard is Wi-Fi 6, also known as 802.11ax, the latest step in a journey of nonstop innovation. The benefits of Wi-Fi 6 standard builds on the strengths of 802.11ac while adding efficiency, flexibility and scalability that allows new and existing networks increased speed and capacity with next-generation applications.
As homes and businesses become more energy conscious, including ethernet networking in renewable energy, solar power is the obvious choice to reduce reliance on traditional sources of electricity. Global political and economic initiatives are driving the demand for alternative power sources.
In our modern, tech-driven world, Ethernet is critical to local area networking. In most commercial buildings, schools and universities, hospitals and government offices, you will find Ethernet networking behind the walls, under the floors and in the ceilings.
We’ve seen and heard it all when it comes to wireless network issues. Based on our decades of experience, we break down five common problems with wireless networks and how to solve them.
We are adapting to the changing circumstances quickly. As the world continues to react to the events unfolding before us, flexible work models are becoming increasingly necessary and are in greater demand than ever before.
What exactly is a parallel import? Quite simply, a parallel import is a non-counterfeit product imported from another country, without the permission of the intellectual property owner.
Cost-effective, innovative, fully integrated, fast, flexible, user friendly & reliable, RetractaNet offers fully integrated connectivity no matter your type of network solution.
The Industrial Internet of Things (IIoT) is a subcategory of the Internet of Things (IoT). It refers to the internet connectivity of and data sharing between physical things – sensors, machinery and robots – used to enhance processes specifically within a manufacturing or industrial environment.
Understand polarity and learn the A, B and C methods of MTP
“Working with the team at OSA ACT produced excellent results. Through their established partnerships and technical know-how, our team and the team at OSA were able to engineer a working solution for the testing of the new fibre optic network infrastructure at Parliament House Australia that exceeded all expectations. The relationship with OSA enabled the department to employ financial diligence and successfully complete the comprehensive testing requirements ahead of time and with total accuracy and confidence.”
IT Director, Australian Parliament House
“Partnering with OSA gives us a huge advantage. I’m confident that we will continue to rely on Dennis and his team. Their knowledge of the products and their commitment to servicing the customer are second to none.”
Director, MDE
“We’ve been working closely with OSA to make sure delivery schedules are being met, the right products are being sourced and installed and even commissioning the services. OSA has helped us to make sure we deliver the best solution we can to our clients.”
NCIS Project Director – Integration
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