NC Feb-Mar 2024
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FEATURE: PREDICTIONS<br />
'extended range') - as it is more widely<br />
known, will give you is a noticeable<br />
performance uplift on previous standards<br />
and the ability to support more users that are<br />
using multimedia content, such as video.<br />
Upgrading to WiFi 6 or 6E will also - for<br />
now at least - be more affordable than<br />
WiFi 7. As the 802.11ax standard is fully<br />
ratified and established, there are many<br />
more devices on the market. For the<br />
businesses and homes for which WiFi 6/6E<br />
will deliver improved performance, it will<br />
be a good investment. It's also worth<br />
noting that the majority of WiFi 6/6E and<br />
all WiFi 7 devices come with WPA3<br />
protection, which provides enhanced<br />
security for both infrastructure and devices<br />
connecting wirelessly.<br />
In the end, whether you choose WiFi 7<br />
and WiFi 6 or 6E, upgrading wireless is<br />
going to be important. This year we are<br />
likely to see many more users finally taking<br />
the plunge and upgrading their ageing<br />
laptops, tablets and smartphones. Many of<br />
these would have been bought during the<br />
early days of the pandemic - three years<br />
ago or more. These new devices will<br />
support WiFi 6/6E as a minimum - and<br />
some may even have WiFi 7.<br />
The wireless networks they connect to will<br />
need to be capable of making use of their<br />
increased speed. For hotels, restaurants,<br />
cafes, bars and any other hospitality<br />
business, enabling customers to get the best<br />
and fastest access will be important. That<br />
will also be the case in schools and<br />
colleges, in hospitals and in businesses<br />
where there are guests and visitors coming<br />
and going all the time.<br />
GOING MULTI-GIG ACROSS THE<br />
WHOLE NETWORK<br />
This last point is one that applies to the<br />
whole network infrastructure. Applications<br />
and services have become much more<br />
bandwidth<br />
hungry. Video<br />
conferencing and<br />
collaboration tools, increased use<br />
of cloud applications and services, and<br />
richer content, have all pushed network<br />
traffic relentlessly upwards. There is now<br />
a need to support high throughput right<br />
across the network.<br />
This is driving the uptake of multi-gigabit<br />
switches that have the capability to deliver<br />
speeds of 2.5Gbps, 5Gbps and 10Gbps<br />
to connected devices. Zyxel Networks<br />
already offers a range of smart managed<br />
and unmanaged switches that support<br />
multiple speeds in each direction. This<br />
gives organisations the flexibility to<br />
construct a network fabric that will meet<br />
their increased need for bandwidth. This<br />
does not mean you have to upgrade every<br />
single element of the network though. In<br />
most scenarios - certainly this is the case<br />
with Zyxel Networks switches, existing Cat<br />
5E cabling will carry 2.5Gbps and in some<br />
cases 5Gbps to edge connections.<br />
We'll be adding to our multi-gig range in<br />
<strong>2024</strong> and also enhancing their PoE<br />
capabilities. We're doing this because the<br />
devices now being deployed at the network's<br />
edge, such as WiFi 6/6E and WiFi 7 access<br />
points, along with high-quality IP surveillance<br />
cameras with pan-zoom-tilt (PZT) capability,<br />
need additional power to run. These devices<br />
are usually of critical importance as they<br />
may be providing connectivity for scores of<br />
users and clearly, if you have a security<br />
camera in place, it's there for a reason. You<br />
won't want it to be out of action for any<br />
length of time. This means an increase from<br />
15.4W or 30W per port to 60W per port on<br />
a network switch (POE+ to POE++).<br />
SIMPLE, COMPREHENSIVE SECURITY<br />
Digital security also needs to be<br />
completely reliable. No organisation can<br />
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