Anatech Electronics, a manufacturer
of RF and microwave filters, has published its April 2016 newsletter. As always, it includes both company news and some
tidbits about relevant industry happenings. This month, Sam Benzacar discusses the significantly higher level of RF
interference that is inevitable with the coming 5G networks and the expected increase in noise levels. Sam refers to 5G
as "the most significant change to the wireless industry since Dr. Martin Cooper made the first cellular phone call,"
because of opening of spectrum beyond the current 3 GHz region - up to as high as 60 GHz! Anatech's business is to make
certain that system and circuit designers have capable filters available to assure successful implementation.
5G, and Interference, Coming in 2020
By Sam Benzacar
If you've been following 5G in the media you've no doubt noticed a dramatic increase in coverage that began just
before Mobile World Cup Congress in February. It's almost like 5G was just around the corner rather than five years
away, but if you dig into the details, it's not hard to see why the flag-waving is starting now. No matter how you
measure it, the fifth generation of cellular technology promises to be the most significant change to the wireless
industry since Dr. Martin Cooper made the first cellular phone call. It's essentially an almost complete revision of the
way networks are constructed, the devices to which they'll connect, the speeds at which they will operate, and a massive
reduction in round-trip latency to less than 1 ms that seems to defy the laws of physics.
Of course, as Anatech Electronics manufactures RF and microwave filters and filter-related products, we naturally
tend to look at new wireless technologies, markets, and frequency allocations from the perspective of interference. And
as 5G will dramatically expand the frequencies at which networks will operate from currently just below 3 GHz to various
points in the spectrum all the way to 60 GHz, the issue of interference will take on an entirely new persona.
The challenge is not designing and manufacturing filters exhibiting exceptional interference rejection and other
performance metrics at very high frequencies well into the millimeter-wave region. Anatech Electronics and other filter
manufacturers have been effectively addressing them in point-to-point-microwave links, satellite communications, and
defense applications for many years. The real problem is that unlike its predecessors, 5G ambitiously aims to connect
every type of device that could be connected by wireless means. This includes devices from the usual smartphones and
tablets to the man-to-machine and machine-to-machine devices that fall into the category of the Internet of Things, as
well as robots, autonomous vehicles, and many other systems. It will essentially attempt to act as a form of aggregator
for the various wireless standards that today feverishly compete for supremacy in the IOT arena, a fight that continues
to impede the growth of this potentially massive market.
With so many different types of systems and so many frequencies to address, the severity of interference that they
will cause will only show its face once the first 5G networks are deployed. However, like all other forms of wireless
communications, interference is inevitable.
So if you're currently in the early stages of designing subsystems or systems that will ultimately be used in 5G,
it's definitely not too soon to begin thinking about interference and how you'll solve it. Over more than a quarter of a
century, Anatech Electronics has found solutions for thousands of different interference problems in both new designs
and those already in the field.
So if you're having interference problems—or anticipate them—you're first call should be to us, at
(973) 772-4242. Or send us an email to
The Army Materiel Command's Communications-Electronics Research, Development and Engineering Center (CERDEC) is developing a tunable, noise-encrypted radar waveform called Advanced Pulse Compression Noise (APCN) designed to allow radar to function in both contested and congested electromagnetic environments. The APCN waveform is encrypted and can be programmed in real-time to allow the user to optimize radar performance based on the particular scenario. It may also wind up being used by law enforcement as the ability to transmit a radar waveform continuously changing and never repeats itself and looks like noise will be a major challenge for radar detectors.
Next: Airborne IEDs
According to the US Central Command, terrorists have found a way to create flying Radio-Controlled Improvised
Explosive Devices (RC-IEDs), posing yet another challenge for warfighters already challenged by traditional IED attacks
that have actually been increasing in recent years. In Iraq alone, more than 11,500 IED attacks occurred last year
causing 35,000 casualties, and in Afghanistan there were 8,000 more causing 12,000 casualties, and in Syria causing
Owing to the wide availability of quadcopters that can carry significant payloads and can be operated in non-line of
site conditions, these threats could be extremely difficult to counter. They can also fly at very low altitudes which
makes them extremely hard to detect. Achieving flying IEDs is apparently not beyond the means of increasingly
sophisticated terrorist organizations that have created a global supply chain for all of the chemicals and other
components required for IEDs.
Volvo Unveils the Bluetooth-enabled Keyless Car
Volvo's 2017 models will be the first to eliminate the need for a key. Owners will instead will use a smartphone app
to unlock and start the engine using a Bluetooth connection between the car and phone. When the driver gets near the car
the Bluetooth digital key communicates with it and unlocks it. Authorized users of the car will have the digital key on
their phone providing access and it may be possible to locate a parked Volvo as well.
GaN RF To Explode
The market for gallium nitride (GaN) RF devices will double over the next five years according to the report "GaN RF Devices Market: Applications, Players, Technology, and Substrates 2016 – 2022" from Yole Development, which reports that the total global market for the technology in 2015 was nearly $300 million. The researchers believe that a major uptick will occur beginning in 2019 as 5G networks appear while the total annual growth rate between 2016 at 2022 will be 14%. Wireless infrastructure now represents more than half of the total GaN device market, surpassing defense applications for the first time, according to Yole.
Check out Our Filter Products
LC Bandpass Filters
Cavity Bandpass Filters
About Anatech Electronics
Anatech Electronics, Inc. (AEI) specializes in the design and manufacture of standard and custom
RF and microwave filters and other passive components and subsystems employed in commercial, industrial,
and aerospace and applications. Products are available from an operating frequency range of 10 kHz to
30 GHz and include cavity, ceramic, crystal, LC, and surface acoustic wave (SAW), as well as power combiners/dividers,
duplexers and diplexers, directional couplers, terminations, attenuators, circulators, EMI filters,
and lightning arrestors. The company's custom products and capabilities are available at
www.anatechelectronics.com and standard
products are available for purchase at the Anatech Electronics integrated Web store
Anatech Electronics, Inc.
70 Outwater Lane
Garfield, NJ 07026
Posted April 12, 2016