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Broadband Market will Remain Resilient in 2023

Over the last two years, you’d be hard-pressed to find an area of service provider networks that has received more investment and attention than broadband access networks. For mature markets, is rare to see consecutive years of double-digit revenue growth. But that is indeed what has occurred, as 2021 revenue growth was 16% and 2022 growth over 2021 is currently expected to be around 12%, reaching just over $18 B worldwide.

Historically, after similar periods of strong growth, there is generally a marked slowdown as service providers focus on lighting up all that new equipment and generating recurring revenue in the form of new and upgraded broadband subscriptions. And the likelihood of a slowdown in 2023 would seem even higher, given higher interest rates and the increased cost of going into debt to finance large-scale infrastructure projects, including fiber buildouts.

But even without the benefit of having finalized fourth quarter numbers, all signs—both quantitative and qualitative—point to another year of spending increases on broadband equipment in 2023, albeit nowhere near the double-digit percentage growth we have seen over the last two years. At this point, it is safe to say that 5-7% revenue growth this year is the more likely scenario. Though slower, the revenue growth this year shows the continued emphasis on expanding and improving broadband network capacity by operators as well as state and national governments.

Here is what we are expecting in this coming year:

1) The Great DSL Displacement Will Accelerate

Amidst all the hype around fiber network buildouts, one of the biggest drivers for these investments has gone unspoken, perhaps because it is just assumed—and that is that a large percentage of the revenue growth for PON equipment has come directly at the expense of spending on DSLAM ports and corresponding CPE. While this substitution is obvious, the amount of revenue shifted from DSL to PON equipment over the last two years is informative in helping to understand just how much PON equipment revenue growth is due to Greenfield buildouts and how much is due to overbuilding and the literal retirement of copper and DSL assets.

For reference, DSL equipment revenue from 2019 to 2022 dropped by nearly $1.8 B worldwide. Over that same time frame, PON equipment revenue increased by a whopping $4 B worldwide. Although the correlation isn’t exact, it isn’t spurious to assume that some of that 45% of shifted revenue is due to fiber overbuilds and DSL replacement.

And that trend is only going to accelerate this year, as both BT Openreach and Deutsche Telekom increase their fiber expansion and overbuild projects this year. In the second half of 2022, both operators combined to fuel record quarterly shipments of both 2.5 Gbps and XGS-PON OLT port shipments. These deployments will come in addition to the projects already underway at AT&T, Frontier, Lumen, Bell Canada, Telus, Orange, Telefonica, Saudi Telecom, Turk Telekom, and Maroc Telecom, among others.

2) Subsidies Offset the Increasing Cost of Infrastructure Builds—but Subscriber Growth Will Slow

There are now signs that the Interest rate increases by the world’s largest economies are having their intended effect of lowering red-hot inflation. The flip side, of course, is that economists expect overall growth to slow this year—and a growing number of companies that expanded significantly during the pandemic are responding by laying off employees.

It would be foolish to think that these actions won’t have an impact on service providers and subscribers. Indeed, we do expect new subscriber growth to slow, resulting in flat to perhaps low single-digit ONT unit growth this year. Slowdowns in new housing starts and the purchase of existing homes will also be a drag on overall subscriber growth this year.

At the same time, we do not expect to see any slowdown in the purchase of new PON infrastructure, as state and federal subsidization efforts in the US, several EU countries, Thailand, the Philippines, China, and elsewhere will reduce the effective cost of fiber buildouts and, more importantly, offset the additional cost of any assumed debt due to interest rate increases. Service providers have already gone through a period of investing at historic levels in their broadband networks. Although the macroeconomic environment has dampened their appetites a little, the committed funds available will help keep their investment levels high, as they look to the second half of the year and 2024 for a resumption in subscriber growth.

3) Consensus in Cable Architectures; But Obstacles Remain

With Charter and Comcast now both firmly committed to DAA architectures based on Virtual CMTS and Remote PHY platforms, the supplier industry can breathe a sigh of relief. Now, the focus can shift to supplying the short-term projects of doing mid- and high-split band plan upgrades to increase upstream bandwidth using existing DOCSIS 3.1 technologies, while also preparing the outside plant for forthcoming upgrades to either 1.2 GHz or 1.8 GHz spectrum plans for either full duplex or extended spectrum DOCSIS 4.0 deployments later this year.

In addition, cable’s adoption and deployment of remote OLTs will accelerate, as well, as operators use these modules to expand their own FTTH services to select service groups and business customers. The consensus around Remote PHY for DOCSIS also opens the door for R-OLT modules to be deployed alongside RPDs in select node housings—something that wasn’t possible with R-MACPHY due to power limitations.

But cable’s biggest challenge this year and beyond is one of managing consumer perception. Consumers clearly equate “Fiber” with the future. Therefore, if service prices are roughly equal, consumers are likely to select fiber broadband over cable if the latest technology is what they value. On the other end, if the value is what they are looking for, then providers like T-Mobile have done a phenomenal job of positioning themselves as the alternative who is looking out for your budget while still providing you access to a novel technology—fixed wireless.

So, cable operators find themselves battling against the perception that they are providers with inferior technology that isn’t flexible when it comes to offering plans to meet a consumer’s budget. In this situation, the choice of DAA technology and whether they deploy full duplex or extended spectrum DOCSIS 4.0 is beside the point. From a technology perspective, the focus for cable operators has to be on how they are leading the way in delivering a secure and customizable in-home experience. The conversation has to shift from speeds to what value consumers get along with those speeds.

We are seeing cable operators already make efforts in this direction in the type of gateways they are providing subscribers. They are pushing the envelope with Wi-Fi 6E units, mesh networking, parental controls, as well as the integration of Thread and other evolving IoT technologies to allow subscribers to add sensors and other IoT devices without worrying that their integration will be difficult.

Cable operators will continue to fend off new fiber and FWA competitors with a combination of highlighting speeds that are equal to fiber (at least on the downstream side) but subscriber support that exceeds what the upstarts provide because of their years of experience. Only time will tell whether this message resonates with consumers.


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What’s next for Broadband Access & Home Networking market in 2023?

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As we enter the New Year, we pause to reflect on 2022 and look to 2023. In the last year, for the Mobile Core Network (MCN) and Multi-access Edge Computing (MEC) market, we focused on the momentum for 5G Standalone network deployments by MNOs, 5G Mobile Private Networks, and 5G Workloads moving to the Public Cloud. As we started the year, the hopes were high for all three of these segments, with much press coverage at the Mobile World Congress (MWC) in Barcelona. As the year unfolded, all three disappointed, not living up to the expectations.

5G Standalone (5G SA) Deployments

By the end of 2022, we had identified 39 MNOs that had deployed 5G SA eMMB networks. The list below does not cover MNOs that may be offering 5G SA private networks or 5G FWA networks only, which there are some. Unexpectedly, only 16 MNOs were added to the list in 2022, compared to 15 in 2021. There were hopes early in the year that many more would be launched in 2022, but the hopes were lowered as the year progressed. We even wondered if 2022 would equal 2021 as the year drew to a close.

Commercially Deployed 5G SA eMMB Networks by MNO

 

Reliance Jio, China Telecom-Macau, and Globe Telecom came to the rescue in the fourth quarter to push 2022 over 2021 for the number of 5G SA eMMB networks launched. This was a disappointment in contrast with over 200 5G Non-standalone (5G NSA) networks and over 700 LTE networks that could be implementing 5G SA networks.

 

5G Mobile Private Networks (MPN)

At the beginning of the year, it wasn’t easy to keep up with the plethora of press releases of vendors entering the private network space. We focused on Shared and Dedicated MPNs by MNOs in 2022.

Mobile Private Network (MPN) Deployment Options

The surprise for the year was China’s success with MPNs, compared to the worldwide market, excluding China. Chinese MNOs had deployed over 5,000 MPNs—employing Private and Public MEC and Network Slicing—as of June 2022, since beginning in June 2020. The Chinese MNOs reported they have over 20,000 MPNs in their respective pipelines to implement. We identified two “killer applications” in the Chinese market. Cloud gaming for Shared MPNs and Computer Vision for Public, Dedicated, and Standalone MPNs. We estimate that the Chinese MNOs account for over 90% of the MPNs in the world. So the other surprise is that the worldwide market, excluding China, is far behind in MPNs. We believe MPNs are a vital opportunity for MNOs to monetize their 5G SA investments and increase their ongoing revenues.

 

5G Workloads Moving to the Public Cloud

DISH Wireless made a big splash in 2022, building its 5G SA network with its 5G Workloads integrated into the Public Cloud of a Hyperscale Cloud Provider (HCP) as promised. A lot of press had been given to this concept at MWC – Barcelona, but interest has since waned.

HCPs Integrating 5G Workloads into the Public Cloud

HCPs are now focused on attracting their Information Technology (IT) customers to use HCPs’ services and applications for their 5G Operational Technology (OT) services and applications. A better solution might be for MNOs to integrate HCPs services and applications into the MNOs. Many MNOs have implemented this strategy, gaining more traction in the marketplace.

MNOs integrating HCPs and other 3rd Party Services and Applications Into the 5G Telco Cloud

As 2022 numbers close, it looks like 2022 will be marginally better than 2021 concerning manufacturers’ revenues for 4G Core, 5G Core, and IMS Core. We expect higher revenues in 2023 over 2022 as we anticipate more growth in 5G Core revenues as more coverage is added to existing 5G SA networks by MNOs and as new MNOs launch their 5G SA networks.

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400 Gbps Upgrades Will Propel SP Router Market in 2023

The Service Provider (SP) Router market, like other infrastructure segments, finds itself being pushed and pulled by technology shifts and the swirling winds of the global macroeconomic environment. Here is what we learned in 2022 and what we expect to see in 2023.

Market review and outlook

After returning to growth in 2021, the SP Router Market continued its strong performance in 2022, despite a challenging macroeconomic environment. 2022 SP Router revenue grew 3%, as we had projected. For 2023, we expect growth to continue, although at a lower rate of 2% Y/Y. We anticipate macroeconomic conditions to worsen in 2023, so we believe the global demand for SP routers will be tempered as companies reset budgets, reduce operating expenses, and shift spending to protect their bottom lines.

Router demand driven by 400 Gbps technology

In 2022, we observed a significant shift towards 400 Gpbs-capable routers, driven by a global upgrade of IP backbones. 400 Gbps router port shipments grew by triple digits Y/Y, and we expect that momentum to continue in 2023.

IP backbone/Internet backbone network upgrades are driving the highest demand for 400 Gbps routers. The Internet backbone includes both Cloud and Telco SP networks and transports traffic from mobile and broadband service networks and cloud infrastructure. We expect that most 400 Gbps router ports will be deployed in IP backbone networks over the next five years.

Growth in 2022 was driven by SPs upgrading networks to gain the advantages of 400 Gbps technologies and expand their networks to accommodate growing traffic. Demand for network capacity was spurred by 5G RAN (Radio Access Networks), IoT, increasing numbers of broadband subscriptions, and Cloud-based video, music streaming, and gaming platforms.

5G RAN deployments are leading to a rapid expansion of mobile networks, with a two-fold effect. First, mobile SPs need to expand their mobile transport networks and are deploying 400 Gbps routers to do so. Second, 5G technology enables higher mobile internet connection speeds, which encourage mobile network customers to consume data-heavy media content and thus drive up traffic volumes on SP networks.

The Core Router segment saw growth decline slightly in 2022. We believe SPs postponed Core router purchases as they awaited the market launch of the newest ASICs. We expect segment growth to improve in 2023 when some of the top-five Core Router vendors launch their newest ASICs.

In 2022, the Edge Router and Aggregation Switch segment grew strongly, driven by the increasing adoption of Edge Router and line cards based on the newest ASICs, which support 400 Gbps connections. Telecom SP’s continued investments in 5G RAN, expansions of mobile transport capacity, and increasing residential broadband deployments contributed to growth in the combined Edge and Aggregation Switch segment. For 2023, we project segment growth to moderate, as we expect a slowdown in Mobile Backhaul and RAN built-outs in China.

IP mobile backhaul upgrades slowing down in China

The IP mobile backhaul market grew outside of China in 2022, as we had projected. Our preliminary 2022 estimates of IP mobile backhaul revenue for markets excluding China are for single-digit growth in North America and EMEA and double-digit growth in APAC excluding China. The China market declined slightly in 2022 but still accounted for about one-third of the global market.

The 2022 decline in mobile backhaul expansion in China resulted from a slowdown of 5G RAN buildouts as the two largest Chinese SPs near completion of their mobile backbone and IP transport networks.

For 2023, we project the decline in the IP mobile backhaul market in China to worsen, while investments move to SP Core and Metro networks. Outside of China, we expect the mobile backhaul market to grow at a lower rate than in 2022.

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It was a great year for the Microwave Transmission market in 2022 due to the growing demand for wireless mobile backhaul (MBH). In fact, following an 11% growth in microwave MBH revenue in 2021, the market is expected to grow an additional 8% in 2022, based on the data we have collected so far in the first nine months of the year. Unsurprisingly, this demand for microwave MBH equipment is being driven by 5G, since operators are either preparing their networks to deploy 5G or are actively installing a 5G network.

We believe 5G will continue to be a market driver in 2023 and, as a result, project another year of single-digit percent growth. However, we anticipate two significant changes in the Microwave Transmission market to occur this year.

The first is the return of the India market. India is one of the countries with the largest use of microwave equipment for MBH, making it a crucial element to the overall market size. During the peak 4G deployment cycle, more than 20% of all microwave radio transceivers were shipped to India. Since then, deployments have considerably shrunk with the declining installations of new 4G base stations. This, however, is expected to reverse because the country has just concluded the auction of 5G spectrum and will ramp microwave deployments for 5G MBH through 2023. Hence, we are expecting India to be a major contributor to the overall market once again.

The second change we are expecting to occur in 2023 is the use of E-band systems in India. Although a large share of MBH in India is achieved through wireless backhaul systems, E-band systems were never used since the spectrum was unavailable. This will change in 2023 since the E-band spectrum has been made available with the 5G spectrum auction, and the standard microwave frequencies such as 13 GHz and 15 GHz are congested due to the large number of 4G base stations using them. Therefore, we anticipate a very large use of E-band systems in India to begin this year, with a number of vendors having already been awarded E-band equipment contracts in the country.

2023 should be another great year for the Microwave Transmission market.

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Knock on wood (if you are superstitious), but it seems like the worst is over for the Optical Transport market as we enter 2023. To recap…. in 2022, there was a pandemic with city-wide COVID lockdowns in China, war in Ukraine with economic sanctions placed on Russia, rampant inflation with spiking fuel prices, global economic slowdown, and component shortages. It was, in short, a tumultuous year.

While in most years the occurrence of one or two of these events would cause a sharp decline in the optical market, no such incident occurred this time. Through it all, the Optical Transport market at the global level held strong, and we are predicting it will decline at most by 1% in 2022. Things are, of course, different at the regional level, considering the war occurring in Europe and COVID lockdowns in China. Based on results for the first nine months of 2022, we believe Europe is on track to decline by roughly 15% and China by approximately 3%. We should note that most of the decline in Europe is due to a lower currency exchange rate compared to the US dollar. Therefore, on a constant currency basis, the market contraction in Europe was actually small. Offsetting much of the declines in these two regions is the higher revenue in North America, which we expect will grow at a double-digit rate.

For 2023, we remain somewhat optimistic that optical revenue will increase even as global macroeconomic conditions worsen. Specifically, we are expecting that component constraints will ease, and vendors will be able to fulfill customer orders that have been placed into their swelling backlog. Even in the Western European region, which is under a large amount of distress because of the war and high price of energy, there does not seem to be a significant slowdown in 2023. In fact, many optical vendors have stated that they do not see an impact from the eroding macroeconomic conditions in Western Europe at this time. Also recently, the rate of inflation is decreasing, and China has moved away from a zero-Covid policy, which should end the city-wide lockdowns that slowed the country’s economy and amplified certain supply issues.

Our biggest concern with 2023 is the uncertainty of vendor backlog. While backlog has grown and orders have exceeded revenue for the past few quarters, it is not clear to us what the duration of the backlog will extend to. That is, will customers begin to delay system delivery to a later period when their concerns of supply wane later this year?

In addition to having the worst of the conditions behind us, we are excited about the entry of a new higher-speed capable coherent DSP. Cisco, through its Acacia acquisition, is planning to have a single wavelength 1.2 Tbps-capable module available in early 2023. We have not heard what either Ciena or Infinera have planned for their next-generation coherent DSP, but we expect some news in early 2023—something to look forward to.

Although I am not superstitious, I am knocking on wood, to help ensure the worst is over.