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As 5G demand grows, Sitenna helps telcos find more cell tower locations, faster
The buildout of 5G networks continues apace, with wide-scale deployments across much of the developed world. Yet, one of the largest challenges with closing the gaps in coverage maps are constraints on 5G transmissions. Because of the spectrum that 5G technology uses compared to 4G, telecom operators need to install many times more towers to deliver the advertised bandwidth with the same quality signal that users expect.
Installing cell towers is a daunting proposition though. An operator has to find exactly the right location in terms of line of sight to users, then make sure the location has power and internet access, and then negotiate a contract with the property owner to keep the tower there for a decade or more. Now repeat tens of thousands of times (and maybe even more).
Sitenna, which will debut next week as part of Y Combinator’s Summer 2021 Demo Day, wants to radically speed up the process of selecting tower sites and securing contracts, creating a marketplace for landlords, tower operators and telcos alike.
Tower siting and access to poles have in some cases emerged as national infrastructure priorities. In the United States, the challenges around installing new towers — and new towers quickly — became a top priority of the FCC during the Trump administration, which launched a 5G FAST Plan to try to ease regulations around tower installation.
Sitenna’s founders Daniel Campion and Brian Sexton saw an opportunity with such programs to help with the movement. Over the past year, they have built out what is essentially a marketplace that on one hand helps property owners figure out if they have an asset that’s worth investigating for telecom usage, and on the other, helps tower operators select and digitally sign deals for installation.
Sitenna co-founder and CEO Daniel Campion. Image Credits: Sitenna
The company launched in the United Kingdom in June, and “it kind of resonated,” Campion said, noting that 65,000 real estate assets and roughly 15% of the towers in the U.K. are now on the platform. The company has kicked off two pilots with Vodafone and its tower provider Cornerstone. He said the company intends to enter the U.S. market in the first quarter of next year.
While the company is starting with a marketplace, like many startups today, it is also augmenting that marketplace with B2B SaaS tools. In its case, that means tools for telcos to manage the process of onboarding a new tower location and then managing the asset. “Once they find the site, they ping pong emails back and forth,” Campion said. “So we have built some tools to help them on their workflows.”
Sitenna’s platform allows landlords and tower operators to inspect and transact tower locations. Image Credits: Sitenna
While there is definitely a large wave of tower installations underway now with the transition to 5G wireless, that wave doesn’t mean that tower installation will suddenly dry up in a few years. Campion notes that there is a “continual refresh of 15-20% on the carrier side” due to everything from changing usage patterns and building redevelopment to just standard hardware replacement.
And of course, there is always 6G, which while completely amorphous today, is a real thing that I get invites to conferences for. There’s always going to be a next generation of wireless, and Sitenna wants to become the center for managing that infrastructure.
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FloLive, an IoT startup building cloud-based private 5G networks, raises $15.5M led by Intel
As enterprises and carriers gear up for operating and scaling IoT services and monitoring the activity of their devices, machines and more globally, a startup that is building technology to make this easier and cheaper to implement is announcing some funding.
FloLive, which has built a cloud-based solution to stitch together private, local cellular networks to create private global IoT 5G networks for its customers, has raised $15.5 million, funding that it will be using to continue expanding its service, both through investing and building out its tech stack, upgrading its network to 5G where it’s being used, and building a global SIM2Cloud offering in partnership with an as-yet unnamed global cloud provider.
Intel Capital, the investment arm of the chip giant, is leading the investment, with Qualcomm Ventures, Dell Technologies Capital, 83North and Saban Ventures also participating. Intel, Qualcomm and Dell are all strategic backers here: the three work with carriers and enterprises to power and manage services and devices, and this will give them potentially a better way of integrating a much more flexible, global technology and network to provision those services more seamlessly across different geographies.
This is an extension to a $21.5 million round that London-based FloLive raised last year, bringing the total for the Series B to $37 million. From what we understand, the startup is also now working on its Series C.
As we move towards more ubiquitous 5G networks and services that use them, the challenge in the market that FloLive is addressing is a critical one to get right.
In a nutshell, enterprises and carriers that are building networks for managing IoT and other connected devices face a scaling issue. Typically, IoT networks to cover services like these are built on national or even more localized footprints, making it a challenge — if not completely impossible — to control or monitor devices in a global network in a centralized way.
“If you look on high level at tier one networks, you see two main things,” Nir Shalom, FloLive’s CEO, said in an interview. “These networks are built for local footprints, and they are mainly built for consumers. What we do is different in that we think about the global, not local, footprint; and our data networks are for IoT, not only people.”
Of course there are some carriers that might look at building their own networks to rival this, but they will often lack the scaled use cases to do so, and may in any case work with providers like FloLive to build these anyway. The bigger picture is that there are 900 larger mobile network operators globally, Shalom said, and the majority of that group is far from being able to do this themselves.
FloLive’s approach to fixing this is not to build completely new infrastructure, but to stitch together networks from different localities and to run them as a single network. It does this by way of its software-defined connectivity built and implemented in the cloud, which stitches together not just 5G networks but whatever cellular technology happens to be in use (eg 4G, 3G or even 2G) in a particular locale.
FloLive’s tech lives in the core network, where it builds a private radio access network that it can integrate with carriers and their capacity in different markets, while then managing the network for customers as a single service.
This is somewhat similar to what you might get with a enterprise virtual private network except that this is focused specifically on the kinds of use cases that might use connected objects — FloLive cites manufacturing, logistics, healthcare and utilities as four areas — rather than laptops for employees.
The resulting network, however, also becomes a viable alternative for companies that might otherwise use a VPN for connectivity, too, as well as carriers themselves needing to extend their network for a customer. In addition to its IoT focused core network, it also provides business support systems for IoT, device management, and solutions targeted for specific verticals. FloLive supports devices that use SIM or eSIM or “softSIM” technology to connect to networks. That’s one part that likely interested those strategic investors as it allows for significantly easier integration.
“We are truly excited about floLIVE’s unique cloud-native approach to IoT connectivity,” said David Johnson, MD at Intel Capital, in a statement. “Cloud-native architectures bring efficiency, scalability and flexibility which are important for IoT services. In addition, floLIVE’s cloud-based core can provide consistency of features across many independent private and public networks. We look forward to the expansion of floLIVE’s products and services enabled by this investment.”
Updated to note the round is $15.5 million, not $15 million.
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Google denies Pixel 5a 5G cancelation, confirming it’s coming this year
Sometimes you’ve just got to confirm an unannounced product to put the rumors to bed, I guess. That was Google’s strategy this afternoon, following earlier rumors from Android Central that a chip shortage had put the kibosh on the mid-budget phone.
In a comment to TechCrunch, a Google spokesperson noted, “Pixel 5a 5G is not cancelled. It will be available later this year in the U.S. and Japan and announced in line with when last year’s a-series phone was introduced.”
That time frame would put the device’s arrival around late-summer, meaning it won’t arrive in time for Google I/O in May, as some speculated. Interestingly, the company appears to be limiting the device’s availability to two countries — at least at launch. That could, perhaps, be due to earlier-reported component shortages.
As The Verge notes, the company hasn’t been particularly precious when it comes to product announcements. The company took a similar approach ahead of the release of the Pixel. Either way, this isn’t exactly the standard big company approach to rumor denial, which is to either not answer or otherwise deflect.
Google may well be on edge about its Pixel line these days. The phone line hasn’t exactly taken the mobile world be storm, resulting in longstanding rumors that the company is looking to shake things up. That, in part, has seemingly been confirmed by some fairly high-profile exits.
Still, even while there have been issues on the premium side, the company’s budget “a” line has helped buoy its overall numbers. No word yet on specific specs, but the handset is not expected to be a radical departure from its predecessor.
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LG’s exit from the smartphone market comes as no surprise
For those who follow the space, LG will be remembered fondly as a smartphone trailblazer. For a decade-and-a-half, the company was a major player in the Android category and a driving force behind a number of innovations that have since become standard.
Perhaps the most notable story is that of the LG Prada. Announced a month before the first iPhone, the device helped pioneer the touchscreen form factor that has come to define virtually every smartphone since. At the time, the company openly accused Apple of ripping off its design, noting, “We consider that Apple copycat Prada phone after the design was unveiled when it was presented in the iF Design Award and won the prize in September 2006.”
This July, the company will stop selling phones beyond what remains of its existing inventory.
LG has continued pushing envelopes — albeit to mixed effect. In the end, however, the company just couldn’t keep up. This week, the South Korean electronics giant announced it will be getting out of the “incredibly competitive” category, choosing instead to focus on its myriad other departments.
The news comes as little surprise following months of rumors that the company was actively looking for a buyer for the smartphone unit. In the end, it seems, none were forthcoming. This July, the company will stop selling phones beyond what remains of its existing inventory.
The smartphone category is, indeed, a competitive one. And frankly, LG’s numbers have pretty consistently fallen into the “Others” category of global smartphone market share figures ruled by names like Samsung, Apple, Huawei and Xiaomi. The other names clustered beneath the top five have been, more often than not, other Chinese manufacturers like Vivo.
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Huawei launches its next foldable in China
Huawei’s first foldable feels like a distant memory. Announced in 2019, the company went back to the drawing board prior to release, as Samsung ran into its own much publicized issues with the innovative form factor.
The Mate X was well-received among journalists — I had the opportunity to spend some time with it at the company’s HQ in China and was impressed with the build quality. But for various reasons, it never made its way outside of China. And there’s some reason to believe that the newly announced X2 will suffer a similar fate.
The new handset has already drawn its share of comparisons to Samsung’s early models — and rightfully so, to be honest. The X2’s form factor appears to share much more in common with the Galaxy Fold from a design standpoint than its own predecessor. And while Samsung’s model got off to a rocky start or two, the company was also the first to get things fairly right after a bit of public trial and error.
And like Samsung, Huawei is leading with improvements to the hinge mechanism as a big selling point here. It’s the sort of meat and potatoes thing that would be glossed over in most other devices, but the hinge has proven one of the major pain points for these devices — and as much as a company might test behind the scenes, there’s no replacing real-world usage.
The primary, foldable display is eight inches, with a 6.45-inch screen on the outside — a bit more than the Galaxy Fold 2, in both cases (at 7.6 and 6.2 inches, respectively). In the rendering, the front screen occupies most of the device, with a bit of a bezel and a camera cut out. There’s 5G on board, too, paired with Huawei’s proprietary Kirin 9000 chip and a 4,400mAh battery.
The system is, of course, missing a pretty significant feature, courtesy of all of those blacklists. The company is pushing the presence of the Android 10-based EMUI 11.0 (Based on Android 10). Likely the device will also feature Huawei’s own HarmonyOS, in lieu of Android. The company’s been building out its operating system in recent years with the understanding that it would likely become a flashpoint in U.S./China tensions.
We have yet to see a full version of the software, but it’s hard to imagine it being as complete or robust as Google’s 12-year-old mobile OS — not to mention Google’s various apps.
The Mate X2 arrives in China on February 25, starting at around $2,800.
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Atlanta area gets a 5G incubator courtesy of T-Mobile and Georgia Tech
The Atlanta area is getting a new incubator for startups working with 5G technology courtesy of T-Mobile and Georgia Tech’s Advanced Technology Development Center (ATDC), the companies announced today.
It’s an expansion of the T-Mobile Accelerator program and part of the big carrier’s efforts to boost 5G innovation.
Located in the Atlanta-adjacent exurb of Peachtree Corners’ technology development park, which is already equipped with T-Mobile’s 5G services, the incubator will help developers build and test 5G use cases including autonomous vehicles, robotics, industrial drone applications, mixed reality training and entertainment, remote medical care and personal health, the company said.
Startups working with the 5G Connected Future program will work directly with folks at T-Mobile’s accelerator, Georgia Tech and Curiosity Lab, an initiative in the Peachtree Corners campus.
“In addition to the normal startup concerns, entrepreneurs in the 5G space face a unique set of challenges such as regulatory issues at the state and local levels, network security, and integration testing,” said ATDC Director John Avery.
Peachtree Corners’ setup may help folks navigate that rollout. As part of its involvement, ATDC will offer programing, recruit and evaluate startups, and hire staff to manage the vertical in Peachtree Corners, the organization said.
“This collaboration is a great opportunity for ATDC and Georgia Tech, the city of Peachtree Corners and Curiosity Lab, and T-Mobile, a Fortune 50 company, to create a unique collection to work with these companies, refine their ideas into scalable companies, and bring these solutions to market more quickly,” Avery said.
Such a partnership underscores “Georgia Tech’s commitment to enabling tomorrow’s technology leaders, which remains as strong as when ATDC was founded 41 years ago,” said Chaouki T. Abdallah, Georgia Tech’s executive vice president for research. “Innovation cannot take place in a vacuum, which is why entrepreneurs and startups require the knowledge and resources provided through partnerships such as ours.”
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Global smartphone shipments expected to rebound 11% this year
Like countless other industries, mobile phone sales got hit hard in 2020. The industry hit a 10.5% decline for the year, as COVID-19 first decimated the supply and later consumer demand for devices. It was the latest in a rough couple of years for manufacturers, but 2020 hit significantly harder than most.
New numbers from Gartner point to a rebound to pre-2020 levels. The firm is forecasting 1.5 billion devices shipped globally for 2021, amounting to an 11.4% increase across the board. We certainly saw the beginnings of that rebound arrive in Q4 for last year, as declines continued to slow, thanks in no small part to a record quarter for iPhone sales.
That points to the beginnings of a so-called “supercycle” for Apple, which hits a sort of perfect storm. The last few years have seen consumers slow down upgrades, as device prices increased, features were generally less compelling and their existing devices were perfectly fine so as not to warrant a standard two to three year upgrade pattern.
Analysts pointed to 5G as a clear conduit for righting slipping sales numbers early last year, but a global pandemic very much threw a wrench in all of that. If anything, however, the iPhone’s COVID-19-related delay actually contributed to a stellar quarter for the company, both in time for holiday sales and the arrival of multiple vaccines that pointed to some potential return to normalcy.
The long-awaited 5G bump will continue in 2021, according to the new numbers, coupled with a quick push to offer next-gen wireless at an accessible price.
“The growing availability of 5G networks coupled with a higher variety of 5G smartphones starting at $200 will steer demand in mature markets and China,” the firm notes. “Demand in emerging countries will be driven by buyers looking for a smartphone with better specifications and a 5G connectivity as an optional feature. Gartner forecasts sales of 5G smartphones will total 539 million units worldwide in 2021, which will represent 35% of total smartphone sales in that year.”
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Known for 5G mmWave testing solutions, Taiwan’s TMYTEK sets its sights on base stations
TMYTEK recently raised a Series A+ round of about $10 million for products that make it easier to test 5G millimeter wave equipment. So far, the company’s clients include KDDI, NTT DoCoMo and research institutions. But the Taiwanese startup has aspirations to sell its own base stations, too, competing with well-established players like Nokia, Ericsson, Samsung and Huawei. TMYTEK plans to use its expertise, gleaned from helping other researchers develop 5G infrastructure, to create what its chief executive officer describes as a “complete 5G industrial chain.”
Its latest funding round was led by TMYTEK’s manufacturing partner Inventec, one of the largest OEMs in Taiwan, and brings the startup’s total funding so far to $13.3 million. Other investors included Taisic Materials, ITEQ, Tamagawa Electronics and Taiwan’s National Development Fund. TMYTEK also recently took part in SparkLabs Taipei’s accelerator program.
Co-founder and chief executive officer Su-Wei Chang told TechCrunch that it plans to raise a Series B next to develop and commercialize its base stations. To get ready for its base station business, TMYTEK recently joined the O-RAN Alliance, founded by some of the world’s biggest telecoms to create more interoperable mobile networks, in a bid to encourage the development of new technology and faster deployment.
Chang said TMYTEK’s base in Taiwan gives it a strategic advantage. 5G manufacturing is an important part of Taiwan’s economy, with exports reaching record highs during the second half of 2020, thanks in part to demand for 5G-related equipment and technology for smartphones, autonomous vehicles and smart devices.
Chang studied at University of Massachusetts Amherst and when TMYTEK was founded six years ago, he was often asked why he didn’t stay in the United States, where it would have been easier to secure startup funding. But being in Taiwan puts the company closer to many important markets, including Japan, where 30% of its current business comes from, and gives TMYTEK a good foundation to expand into the U.S. and European market, he said.
It has also given the company a supply chain advantage. TMYTEK has manufacturing partners across Asia, including Inventec in Taiwan, and factories in Vietnam and Thailand, in addition to China. Chang said this means TMYTEK was not limited by the COVID-19 pandemic or the U.S.-China trade war.
Before launching TMYTEK in 2014, Chang and co-founder Ethan Lin both worked at Academia Sinica, one of the top research institutions in Taiwan, where they focused on millimeter waves even though at the time most researchers were more interested in the mid-band spectrum.
But as more devices and applications began to crowd the 4G spectrum, mmWave became less niche. With Qualcomm’s launch of next-generation 5G mmWave hardware and chips, and more carriers launching mmWave coverage, mmWave is poised to become mainstream.
Millimeter waves offer powerful signals with wide bandwidth and low latency, but drawbacks include difficulty traveling through obstacles like buildings. It also has a limited range, which is why millimeter waves need more base stations. Beamforming, which directs signals toward a specific device, and antenna array, or multiple antennas that work like a single antenna, are used to extend its coverage.
Making mmWave development faster
One of the main challenges for the millimeter wave market, however, is the lack of R&D tools to speed up their development and time to market, resulting in higher costs and slower deployment.
To keep up with market opportunities, TMYTEK transitioned from design and manufacturing projects for clients to offering 5G-focused solutions like the BBox, which stands for “beamforming box.” The BBox was created after a professor at National Taiwan University told Chang that his team was working on antenna design, but didn’t have the resources to work on beamforming technology, too. It lets researchers create 16 beams and control the signal’s amplitude and phase with software, so they can test how it works with antennas and other hardware more quickly. TMYTEK claims the BBox can save researchers and engineers up to 80% in time and cost.
Chang said TMYTEK realized that if researchers at NTU, one of Taiwan’s largest research universities, needed a solution, then other labs did, too. So far, it has delivered 30 sets to companies including KDDI, NTT DoCoMo, Fujitsu, several Fortune 500 companies and research institutions.
While the BBox was created for antenna designers, the company also began exploring solutions to help other designers, including algorithm developers who want to test beam tracking, communicate with base stations and collect data.
TMYTEK vice president Ethan Lin holds the antenna-in-package for its XBeam millimeter wave testing solution (Image Credits: TMYTEK)
For that scenario, TMYTEK created the XBeam, which it describes as a “total solution,” and is meant for the mass production phase, testing modules, smartphones and base stations before they are shipped. Traditional solutions to test modules rely on mechanical rotators, but Chang said this is more suited to the research and development process. The XBeam, which is based on the BBox, electronically scans beams instead. The company claims the XBeam is up to 20 times faster than other testing solutions.
TMYTEK created the XBeam’s prototype in 2019 and launched the commercialized version in November 2020.
The BBox and XBeam will help TMYTEK build its own base station business in two ways, Chang said. First, having its own solutions will allow TMYTEK to test base stations and bring them to market faster. Second, the startup hopes building a reputation on effective research and development tools will help it market its base stations to private and public networks. This is especially important to TMYTEK’s ambitions since their base stations will be up against products from major players like Nokia, Ericsson, Samsung and Huawei.
“Our advantage at TMYTEK is that we’re doing the design and we have good partners for manufacturing. Inventec, our investor, is a top five manufacturer in Taiwan,” he said. “And TMYTEK also builds our own testing solution, so our value is that we can provide a total solution to our customers.”
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Not even 5G could rescue smartphone sales in 2020
This was going to be the year of 5G. It was going to be the year the next-generation wireless technology helped reverse some troubling macro trends for the industry — or at the very least helped stem the bleeding some.
But the best laid plans, and all that. With about a week left in the year, I think it’s pretty safe to say that 2020 didn’t wind up the way the vast majority of us had hoped. It’s a list that certainly includes the lion’s share of smartphone makers. Look no further than a recent report published by Gartner to answer the question of just how bad 2020 was for smartphone sales.
It was so bad that a 5.7% global decline year-over-year for the third quarter constituted good news. In a normal year, that wouldn’t qualify as good news for too many industries outside of wax cylinder and asbestos sales. But there are few standards by which 2020 was a normal year, so now we’ll take some respite in the fact that a 5.7% drop was a considerably less pronounced drop than the ~20% we saw in Qs 1 and 2.
Some context before we get into the whys here. A thing that’s important to note up front is that mobile wasn’t one of those industries where everything was smooth sailing before everything got upended by a pandemic. In 2019 I wrote a not insignificant number of stories with headlines like “Smartphone sales expected to drop 2.5% globally this year” and “Smartphone sales declined again in Q2, surprising no one.” And even those stories were a continuation of trends from a year prior.
The reasons for the decline should be pretty familiar by now. For one thing, premium handsets got expensive, routinely topping out over $1,000. Related to that, phones have gotten good. Good news for consumers doesn’t necessarily translate to good news for manufacturers here, as upgrade cycles have slowed significantly from their traditional every two years (also an artifact of the carrier subscription model). Couple that with economic hardships, and you’ve got a recipe for slowed growth.
This March, I wrote an article titled “5G devices were less than 1% of US smartphone purchases in 2019.” There was, perhaps, a certain level of cognitive dissonance there, after many years of 5G hype. There are myriad factors at play here. First, there just weren’t a ton of different 5G models available in the States by year’s end. Second, network rollout was far from complete. And, of course, there was no 5G iPhone.
I concluded that piece by noting:
Of course, it remains to be seen how COVID-19 will impact sales. It seems safe to assume that, like every aspect of our lives, there will be a notable impact on the number of people buying expensive smartphones. Certainly things like smartphone purchases tend to lessen in importance in the face of something like a global pandemic.
In hindsight, the answer is “a lot.” I’ll be the first to admit that when I wrote those words on March 12, I had absolutely no notion of how bad it was about to get and how long it would last (hello month nine of lockdown). In the earliest days, the big issue globally was on the supply side. Asia (China specifically) was the first place to get hit and the epicenter of manufacturing buckled accordingly. Both China and its manufacturing were remarkably fast to get back online.
In the intervening months, demand has taken a massive hit. Once again, there are a number of reasons for this. For starters, people aren’t leaving their homes as much — and for that reason, the money they’ve allotted to electronics purchases has gone toward things like PCs, as they’ve shifted to a remote work set-up. The other big issue here is simple economics. So many people are out of work and so much has become uncertain that smartphones have once again been elevated to a kind of luxury status.
There are, however, reasons to be hopeful. It seems likely that 5G will eventually help right things — though it’s hard to say when. Likely much of that depends on how soon we’re able to return to “normal” in 2021. But for now, there’s some positive to be seen in early iPhone sales. After Apple went all in on 5G this year, the new handset (perhaps unsurprisingly) topped sales for all other 5G handsets for the month of October, according to analysts.
The company will offer a more complete picture (including the ever-important holiday sales) as part of its earnings report next month. For now, at least, it seems that thing are finally heading in the right direction. That trend will, hopefully, continue as the new year sees a number of Android launches.
Perhaps 2021 will be the year of 5G — because 2020 sure wasn’t.
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Reliance’s Jio Platforms says it will roll out 5G in second half of 2021
Reliance’s Jio Platforms, the largest telecom operator in India, plans to roll out a 5G network in the country in the second half of 2021, top executive Mukesh Ambani announced on Tuesday.
“India is today among the best digitally connected nations in the world. In order to maintain this lead, policy steps are needed to accelerate early rollout of 5G, and to make it affordable and available everywhere. I assure you that Jio will pioneer the 5G revolution in India in the second half of 2021,” said Ambani, who controls Jio Platforms’ parent firm Reliance Industries, at a trade conference.
The announcement comes as a surprise as India has yet to grant spectrum for 5G network to telecom networks in the country. At this moment, it is also unclear when India will begin auctioning the 5G spectrum.
Ambani, who is India’s richest man, said he was hopeful that the rollout of 5G network in India will enable the world’s second-largest internet market to lead what he termed as the fourth industrial revolution. “Jio Platforms, with its family of over 20 startup partners, has built world-class capabilities in artificial intelligence, cloud computing, big data, machine learning, internet of things, blockchain, etc.,” he said.
The telecom operator, which has raised over $20 billion this year from a roster of high-profile investors, including Facebook and Google, said the company is also hopeful that its bouquet of services in education, healthcare, financial services and new commerce categories “once proven in India, will be offered to the rest of the world to address global challenges.”
Gopal Vittal, the chief executive of Airtel (India’s second-largest telecom operator), said the company was hopeful that India would have established a nationwide 5G network in two to three years. He, however, did not share a timeline for when the rollout of 5G on his network would begin. (In a recent earnings call, Vittal had warned that the proposed price of the spectrum of 5G was “very, very expensive” — something that won’t support any kind of business model.)
During his speech, Ambani also urged industry players to rely on locally produced hardware and components. “As the digitalisation of the Indian economy and Indian society picks up speed, the demand for digital hardware will grow enormously. We cannot rely on large-scale imports in this area of critical national need.”
Airtel has previously said that it is open to the idea of collaborating with global firms for components. “Huawei, over the last 10 or 12 years, has become extremely good with their products to a point where I can safely today say their products at least in 3G, 4G that we have experienced is significantly superior to Ericsson and Nokia without a doubt. And I use all three of them,” said Sunil Mittal, the founder of Airtel, at a conference earlier this year. In the same panel, U.S. commerce secretary Wilbur Ross had urged India and other allies of the U.S. to avoid Huawei.
Vittal today also urged that India should adopt the global 5G standard. “There is sometimes talks that India must have its own 5G standard. This is an existential thread which could lock India out of the global ecosystem and slow down the pace of innovation. We could let down our citizens if you allow that to happen.”
On today’s panel, which was attended by Mittal as well as Indian Prime Minister Narendra Modi, Ambani said stakeholders also need to think about ways to serve nearly 300 million people who are still on 2G networks in India. “Urgent policy steps are needed to ensure that these underprivileged people have an affordable smartphone, so that they too can benefit from Direct Benefit Transfer into their bank accounts, and actively participate in the Digital Economy,” he added.
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