Cradlepoint: Until 5G Arrives Everywhere, What Can Wireless Do For You Right Now?
Todd Krautkremer is the CMO Cradlepoint. Here he explains how Gigabit-Class LTE leverages many of the same technologies that are forming the foundation of 5G.
5G has arrived in the UK, and with EE’s recent rollout of services in six cities, a pathway is emerging to general availability. But, as we’re much closer to the start of that journey than the end, what can businesses do right now to use today’s advanced 4G LTE technology to benefit from high-speed wireless connectivity?
4G LTE has been a global success story. It has allowed us to work, relax and connect in ways that could not have been possible in the 3G world. It’s created new business models and allowed the likes of Uber and Facebook to become hugely influential. While 5G has been hogging the headlines, 4G LTE has been steadily evolving to connect faster than ever before. Wireless carriers have been investing in aggressively upgrading their LTE infrastructure to deliver Gigabit-Class LTE as part of their own pathway to 5G.
Gigabit-Class LTE leverages many of the same technologies that are forming the foundation of 5G. For example, 256 QAM allows carriers to cram more bits into the same spectrum, 4x4 MIMO enables more radio bandwidth between user equipment and towers, and Carrier Aggregation (CA) is a form of inverse multiplexing of spectrum channels to deliver wider bandwidth and faster speeds. Some carriers are more vocal about their use of Gigabit-Class LTE than others. In the US, for example, AT&T has boldly called their upgraded Gigabit-Class LTE network 5G Evolution or 5GE. The resulting controversy has ended up in the courts.
But, let’s put those definitions, disagreements and marketing battles aside for a moment, and examine what Gigabit-Class LTE can offer today. For organisations that want to extend the reach, reliability, and speed of their enterprise branch networks without all of the complexity challenges of traditional wired connections, Gigabit-Class LTE can today provide as much as 80% of the value of 5G.
The Missing Link: No Overage Data Plans
Gigabit-Class LTE, along with the arrival of unlimited, ‘no overage’ data plans, represents the missing link for many organisations that have been thinking about replacing wired access links for wireless at their branch locations. LTE has already carved a valuable role as the go-to connection for failover and Day-1 connectivity, but now, it’s is a viable option for primary WAN connectivity as well. This allows organisations to ‘cut the cord’ and replace multiple cable and DSL providers – often stitched together to provide a branch network – with just one or two wireless providers. In doing so, they can also realise a significant improvement in WAN uptime.
Similarly, wireless edge routers designed to provide a ‘Pathway to 5G’ will enable enterprises to take advantage of 5G when and where it arrives at branch locations. They can do this, and work seamlessly with existing LTE sites, without disruptive or costly upgrades.
Mobile Connectivity to Support Mobile Workers
Organisations that depend on mobile workers and mobile networks, such as emergency services, transportation companies, utility companies and many others, are already seeing the power of secure in-vehicle networks using reliable LTE connectivity.
In many of these sectors, vehicles have evolved to become remote offices and field-based communications hubs. This has been key to allowing users to access mission-critical applications and the Internet from anywhere. They also keep data flowing to and from the cloud across a variety of IoT devices, including vehicle telemetry systems, sensors and surveillance cameras. In larger vehicle fleets, organisations are deploying routers that support and intelligently manage traffic across multiple, concurrent mobile providers to ensure they have non-stop networking.
The Future is Wireless
Whenever the performance and economics of wireless converge with a wired rival, wireless always wins. That point of convergence is about to happen in the WAN space. Looking back at recent tech history, the pattern repeats: cordless phones have pretty much killed off corded ones—that’s if your home phone has not already been replaced by your mobile phone. Wireless speakers and Bluetooth headsets are rapidly displacing more awkward wired options. And, wireless LANs usurped wired Ethernet in the office and public spaces over a decade ago.
5G is on course to deliver the biggest communications transformation since the Internet, and the wireless WAN wave is now upon us. On our journey to this faster future, Gigabit-Class LTE delivers 80% of the value that most enterprises want today – a faster and pervasive wireless connection. For anyone building a wireless edge strategy, having a built-in pathway to 5G can help ensure they are ready for the future.
Thales Group to Provide Tech for Low Earth Orbit Satellites
The Franco-Italian aerospace manufacturer, Thales Alenia, which specialises in the space industry is set to supply the world’s only network of satellites in low earth orbit (LEO) with its industry-leading technology. More specifically, the Optical Inter-Satellite Links ─ which is hailed as the ‘best technology for the next generation of the Galileo Navigation System’, by the European Space Agency. Through the implementation of Thales Alenia’s optical systems, the satellite network will be able to provide global, fine-scale coverage, overland, oceans, and both poles, without compromising the security of data communications.
Telesat, a Canadian satellite services company, is currently developing the network and has commissioned Thales Alenia Space to build its broadband constellation. The network, which will be named Lightspeed, will apparently comprise 298 individual satellites, each weighing roughly 700 kilograms. These satellites will be capable of delivering multiple terabits per second worldwide for secure broadband professional services with low latency and high levels of performance. Ergo, it’ll be incredibly fast.
‘The Optical Inter Satellite Links technology is based on Thales Alenia Space’s product line Space Optical Communications, i.e., OPTEL-C. The more compact OPTEL-µ is another optical communications product from this line. This is particularly good for downloading data from small LEO satellites’, according to Innovation Origins.
Thales Alenia Space Background
Thales Alenia Space is the largest satellite manufacturer in Europe ─ the Swiss branch, which has been commissioned in this particular announcement, opened up five years ago in Zurich, where the company primarily specialises in the development and manufacture of instruments for scientific satellites, but also on optical communication terminals for space applications.
The Swiss Space Sector
When it comes to the European and international space industry, the Swiss sector is becoming increasingly important. Approximately 100 Swiss companies already produce incredibly sophisticated pieces of kit and technologies for space missions, and Switzerland also plays host to the European Space Agency Business Incubation Centre, which was established back in 2016 in an effort to help entrepreneurs ‘realise their innovative ideas and transfer technologies from space to Earth and from Earth to space.’