Ever wonder what improvements you’re missing out on?
Staying ahead of technical requirements – and your competitors – means keeping up with new networking equipment that could transform your setup’s efficiency. It’s a whirlwind out there, so we’ve curated some noteworthy datacom products that are not only meeting stricter standards, but also setting new standards themselves.
From the ultra-responsive to the high-capacity, these are today’s (and tomorrow’s) need-to-know product categories:
These emerging trends in data communication aren’t cute, trivial, or passing fads. In the right project – maybe yours – they could be infrastructure-savers.
With all this connectivity, an easy-to-use, end-to-end security setup means more than ever.
Like everything else today, there’s an AI for that.
A few security product manufacturers have started differentiating themselves by building sophisticated AI into their lineups. The technology recognizes faces and picks up on certain actions, giving new meaning to the term “hands-off solution.”
For example, IDIS markets new cameras and recorders as being powered by its branded Deep Learning Engine, which it says can reach 98% accuracy. IDIS’ Edge AI camera line boosts crisis response time and operational efficiency by offering:
Learn more about IDIS surveillance solutions here.
In data center racks alone, the market for power distribution units will hit an estimated $2.8 billion in 2025 and balloon to $4.1 billion by 2030.
What’s the fuss that’s made PDUs one of the hottest datacom equipment power trends?
In data processing facilities, the increased strain from generative AI platforms has prompted (no pun intended) the need for stronger power sources. In fact, output has increased just about everywhere. To veteran IT engineers, it seems like only yesterday we were talking about 16-amp and 30-amp units – now we’re talking 100-amp monstrosities.
That’s why power distribution units have essentially become power strips on steroids. Mounted on racks in data centers and cloud setups, these centralized power sources come with multiple outlets that can manage power efficiently system-wide.
Whatever capabilities you want (smart, sensing, etc.), PDUs can probably handle it these days. Advanced PDUs come with features like power metering and remote monitoring, which can help data farms reduce the cost of operating.
A couple of recent examples include:
nVent Hoffman Intelligent PDU – The RackPower line of units is a secure remote-monitoring solution for cabinets, open-frame racks, and wall-mount enclosures. The units are available in horizontal 19 in. racks or vertical mounts, along with a host of other custom configuration options.
A growing population means more mobile devices, more streaming … more everything, really. Out of necessity, this has led to major advances in network switching infrastructure over the past decade. In the past 1-2 years alone, AI platforms have skyrocketed that demand – and strain – to new heights.
Thus, America needs faster, more reliable, and higher-density data center networking equipment.
By now, you’re probably familiar with fiber-optics as one of the types of electrical cables critical to the future of U.S. infrastructure. We’ve been living in the world of level 3 and 4 OM (optical multimode) installations for a while now, but that’s swiftly changing.
|
Cable |
Year Introduced |
Uses Today |
|
OM1 |
1989 |
Legacy installations (buildings, small campuses) |
|
OM2 |
1998 |
Medium-speed applications (buildings, small campuses) |
|
OM3 |
2003 |
High data transfer over medium distances (data centers, big campuses) |
|
OM4 |
2009 |
High-speed networks (data centers, large enterprise setups) |
|
OM5 |
2016* |
High speed and bandwidth (data centers, automated monitoring, manufacturing) |
Why the asterisk next to OM5? Despite being around for nearly a decade, it’s rare to spot a live OM5 in the field. That is, until the recent explosion of AI.
As server rooms sag under the weight of increased processing from ChatGPT and other AI platforms, more datacom engineers are turning to OM5 fiber-optic cables. OM5 is a lifeline for data centers that require:
OM5 works over medium distances as a cost-effective way to support current technologies, like 40/100G Ethernet, and future upgrades. Here are the key specs you’ll want to grasp:
It’s not just enough for new datacom cables to be powerful. Technicians maintaining data centers and 5G networks also crave higher-density fiber solutions. The latest high-density fiber-optic cables are raising the bar for capacity and performance in small spaces. This allows engineers to increase the number of cords in a cabinet.
One of the biggest influences changing datacom cable design today is the product’s connector type. Just as control panels are getting smaller, so are connectors. The smaller they are, the more the installer can fit into a PAL.
Solar energy is no longer a new concept – it’s been commercially available since the 1950s. That hasn’t stopped manufacturers from refining even the smallest parts of these assemblies.
Much like 70 years ago, the top factors in solar component engineering are:
Here are a few new solar components helping OEM buyers do just that:
Heyco solar products specialize in diversity that doesn’t sacrifice reliability. The line’s wide range of materials and applications (from residential to utility-scale) all come with a sweeping, 20-year warranty.
Recent releases you should get to know include:
Learn more about Heyco component supplies here.
Panduit’s website harps on its ability to streamline your “balance of system,” which is a fancy way of saying its expansive solar product line can cover up to 75% of your installation.
There are indeed almost too many products to count, so let’s focus on a few of Panduit’s latest:
See more Panduit solutions here.
In the name of easy installation, the Solar Snake Tray markets itself as the only weatherproof, hand-bendable conduit for DC solar panel circuitry. Despite being utility- and industrial-grade, this product series is cost-effective in the right application.
Its main selling points are:
See Snake Tray’s cable management solutions here.
Are you driving a computer to work?
More or less, yes. With today’s vehicles featuring everything from steering correction to biometric security, the auto industry is basically building giant CPUs on wheels. The number of electronic components in vehicles – even traditional combustion-engine models – has exploded in the past 3 decades.
|
|
Cars in 2000 |
Cars Today |
|
# of Motors |
20 to 30 |
30 to 100+ |
|
# of Sensors |
20 to 40 |
100 to 200 |
Charging stations have also become quite complex (or already were) to meet the needs of electric vehicle drivers and those who oversee the stations. Chargers need to not only power the vehicle efficiently, but also be capable of payment processing and remote communication.
Learn more about Amphenol’s product line here.
From ultra-responsive smart PDUs to high-capacity fiber optics, today’s innovations can empower your networking systems of tomorrow. Whether you’re upgrading an enterprise network or optimizing a data center, the communications products above might be your key to a future that’s, well … futureproof.
There’s so much more commercial and industrial networking equipment that’s either just hit shelves or is coming down the pipeline. To get a fuller view of what’s available today, see our networking equipment supplier page: