Smartphone Market Outlook 2027
By Axis Intelligence Research
Co-author: Alex Rivera | Last updated: November 5, 2026 | License: CC BY 4.0
Quick Answer
Axis Intelligence Research projects about 960 million smartphone shipments in 2027 in its base case, roughly 8% below 2026’s implied 1.05 billion. That is below every published 2027 shipment forecast: IDC, Omdia and Counterpoint Research put next year at a 0.9% to 1.4% decline, and Counterpoint’s August forecast puts 2027 at 1.06 billion units. The number that decides 2027 is Q4 2026, which hasn’t shipped yet.
Key Findings
- Axis Intelligence Research projects 962 million smartphone shipments in 2027 in its base case (range: 910 million to 1.03 billion), down 8.3% from 2026 and 23.6% from 2025’s 1.26 billion.
- IDC’s August 2026 forecast implies Q4 2026 shipments of about 227 million, a 32% year-over-year drop that would make it the weakest quarter of the crisis, per an Axis Intelligence Research calculation from IDC’s own figures.
- If 2027 shipments merely hold the second-half 2026 pace with normal seasonality, the year lands 12.4% below 2026 before anything else happens. Axis Intelligence Research calls this the carry-over effect.
- IDC and Omdia’s 2026 forecasts embed almost the same trade-off: every 10% rise in average selling price costs about 6% of unit volume (ratios of −0.61 and −0.58, per Axis Intelligence Research). In Q3 2026 the real market was harsher: Counterpoint measured ASP up 27% and shipments down 19%, a ratio of −0.70.
- In 2026, global smartphone shipments equal only 13.7% of the 7.68 billion smartphones in use, down from 16.9% in 2025, according to Axis Intelligence Research’s fleet renewal rate.
Will the Smartphone Market Recover in 2027?
No, not in volume. Every forecaster that has published a 2027 number expects another down year, and Axis Intelligence Research’s model says the decline will be deeper than they show.
The published range is tight. Omdia projected a 0.9% decline for 2027 in a forecast released June 23, 2026. IDC projected a 1.1% decline in a forecast reported on June 3, 2026. Counterpoint Research projected a 1.4% decline to 1.06 billion units in its August 21, 2026 forecast. All three see the rebound arriving in 2028.
Those numbers have a shared weakness: they were set before Q3 2026 landed. IDC’s preliminary count put Q3 2026 at 255.3 million units, down 22.0% from 327.3 million a year earlier, the steepest quarterly fall in this downturn so far. Since then, IDC has said “the worst is yet to come” and flagged “a further downside risk to our 2027 forecast” from possible inventory build-up. Omdia’s October 29 release still expects 2027 to decline “albeit at a slower pace,” with HBM shortages and tight conventional memory supply keeping costs elevated. Counterpoint’s November 3 revenue update says the same: shipments decline again in 2027, more slowly than in 2026.
The freshest 2027 signal comes from one layer up the supply chain. Counterpoint Research’s November 5 preliminary view of smartphone chips (SoCs) expects SoC shipments to fall 20% in 2026 and another 3% to 4% in 2027, as reported by EE Times Asia. Chip orders lead phone shipments, so that is the number to watch for a revised 2027 consensus.
Counterpoint also describes the mechanism behind a weak exit. Channel inventory built up in the first half of 2026, and as that pre-shock stock runs out, Counterpoint expects “a significant reduction in shipments, and production orders, during the second half of the year.” Its November 3 update adds that Q4 2026 shipment declines should outpace ASP growth, pushing quarterly revenue into contraction.
Our verdict: 2027 is a second down year, and the first half will look worse than the second.
Smartphone Shipments Forecast 2027: Every Published Number Side by Side
This is the forecast reconciliation table: every credible public shipment forecast for 2026 through 2028, with its date and base. Horizons are copied at the precision each firm published. There are no interpolated years.
| Firm | Published | 2026 vs 2025 | 2027 vs 2026 | 2028 vs 2027 | Source |
|---|---|---|---|---|---|
| IDC | Dec 3, 2025 | −0.9% | not published | not published | IDC release (via I-Connect007) |
| Counterpoint Research | Dec 15, 2025 | −2.1% | not published | not published | Counterpoint insight |
| Counterpoint Research | Feb 2026 | −12.4% | not public | not public | cited in Counterpoint’s May 31 insight |
| IDC | Feb 26, 2026 | −12.9% | +1.9% | +5.2% | IDC blog |
| IDC | Jun 3, 2026 | −13.9% (1.09B units) | −1.1% | +5.5% | IDC (via IT Brief UK) |
| Counterpoint Research | May 31, 2026 | −13.9% (1,080M units) | +3% (1,108M) | +5% (1,160M) | Counterpoint insight |
| Omdia | Jun 23, 2026 | −12.2% (1,093M units) | −0.9% | recovery begins | Omdia release |
| Counterpoint Research | Aug 21, 2026 | −14.3% (1.07B units) | −1.4% (1.06B) | +4.8% (1.11B) | Counterpoint insight |
| IDC | Aug 26, 2026 | −16.7% (“just over 1 billion”) | not in public release | not in public release | IDC blog |
| TrendForce (production) | Sep 8, 2026 | −14% (1.07B produced) | “greater downward pressure” | not published | TrendForce release |
| Omdia | Oct 29, 2026 | −12% | further decline, slower pace | not published | Omdia release |
| Axis Intelligence Research base case | Nov 5, 2026 | −16.7% (IDC, adopted) | −8.3% (962M) | not modeled | This page |
Three things stand out once the forecasts sit in one table.
The 2026 call kept moving one way. IDC’s December 2025 forecast for 2026 was a 0.9% decline. Its August 2026 forecast was a 16.7% decline, a 15.8-point revision in eight months. Each new edition was lower than the last. Counterpoint followed the same path: −2.1% in December 2025, −12.4% in February, −13.9% in May, −14.3% in August. A forecast that has only been revised down in 2026 is a reason to treat the June–August 2027 numbers as a ceiling, not a midpoint.
The 2027 call has already flipped sign. Counterpoint’s May edition had 2027 growing 3% to 1,108 million units. Its August edition has 2027 falling 1.4% to 1.06 billion. That is a loss of roughly 48 million units of 2027 demand in under three months, before Q3 was counted. Axis Intelligence Research’s base case sits about 9% below Counterpoint’s latest 2027 figure.
The 2026 spread is also wider than it looks. Omdia’s 2026 decline (−12%) and IDC’s (−16.7%) differ by almost five points. On their own 2025 bases, that is roughly 1.10 billion versus 1.05 billion units, with Counterpoint (1.07 billion) in between. Their Q3 2026 counts are almost identical (254.7M and 255.3M), so the gap comes from earlier quarters and from different expectations for Q4. The two firms also measure slightly different things: IDC and Omdia count sell-in shipments, TrendForce counts production. That is why TrendForce’s 1.07 billion is not directly comparable to either.
Why 2027 Starts in a Hole: The Carry-Over Math
The Axis base case starts from a plain idea. A year’s total depends heavily on the level the market exits the previous year at, not just on its growth rate. Economists call this the carry-over effect. In smartphones, 2026 ends on a cliff.
Here is the math, using IDC figures throughout:
- IDC’s 2026 forecast implies about 1,049.8 million units. That is IDC’s 2025 count of 1,260.3 million × (1 − 16.7%).
- The second half is far weaker than the first. IDC forecasts H2 2026 down 27.2%. Applied to H2 2025 (327.3M + 336.3M = 663.6M), that gives 483.1 million units for July–December 2026.
- Q4 2026 is implied at about 227 million. Subtract Q1 (289.7M), Q2 (277.5M) and Q3 (255.3M) from the 1,049.8M total and 227.3 million is left. That is 32.4% below Q4 2025’s 336.3 million. A fourth quarter weaker than the third is the opposite of the usual holiday pattern.
- Hold that pace through 2027 and the year shrinks 12.4%. In 2025, full-year shipments ran 1.9033 times the second half. Apply that seasonality to the 483.1M exit volume and 2027 lands at 919.5 million with no recovery and no new shock.
That 919.5 million is the floor the published forecasts quietly have to climb out of. For 2027 to fall only 1.1% from IDC’s implied 2026 total, volumes would need to run 12.9% above the H2 2026 pace for the whole of 2027. That rebound starts in Q1, while memory prices are still rising.
Axis Intelligence Research doesn’t think the market sits at the floor all year, but it doesn’t see a 13% bounce either. That gap is what this page’s forecast is built on.
The Axis Base Case: 2027 Global Smartphone Shipments
Formula: 2027 shipments = H2 2026 exit volume × seasonal factor × (1 + normalization) × (1 + memory adjustment)
| Driver | Base value | Where it comes from |
|---|---|---|
| H2 2026 exit volume | 483.1M units | IDC H2 2025 × (1 − 27.2%), IDC forecast of Aug 26, 2026 |
| Seasonal factor | 1.9033 | IDC 2025 quarterly shipments: full year ÷ second half |
| Normalization | +5.15% | Average of the first rebound-year growth rates IDC (+5.5%, June 2026) and Counterpoint (+4.8%, August 2026) publish for 2028 |
| Memory cost change, 2027 | +10% | Assumption: half of the current pace. Counterpoint expects smartphone memory prices up 5% quarter over quarter in Q4 2026 and says the squeeze should persist through H2 2027 |
| Memory → price pass-through | 0.079 | IDC 2026: ASP +27.6% against memory costs up about 350% |
| Price → volume ratio | −0.59 | Average of IDC (−0.61) and Omdia (−0.58) 2026 forecasts |
| Base case result | 962.3M units | 483.1 × 1.9033 × 1.0515 × (1 − 0.47%) |
Axis Intelligence Research projects about 960 million smartphone shipments in 2027 in its base case. That is down 8.3% from 2026 and 23.6% from 2025. It sits below the published range of roughly −0.9% to −1.4%. The difference comes almost entirely from the exit volume, not from a gloomier view of memory.
Upside, base and downside scenarios
| Scenario | 2027 shipments | vs 2026 | What changes |
|---|---|---|---|
| Upside | ~1.03 billion (1,026.6M) | −2.2% | Q4 2026 matches Q3 2026 (255.3M) instead of IDC’s implied 227M, and memory costs fall 10% in 2027. Omdia’s June forecast expected memory prices to begin correcting in 2027, but its October 29 release expects costs to stay elevated, so this is the least likely case |
| Base | ~960 million (962.3M) | −8.3% | IDC-implied H2 exit, normalization +5.15%, memory +10% |
| Downside | ~910 million (910.2M) | −13.3% | Inventory build-up wipes out normalization (IDC’s flagged risk), and memory keeps rising 5% a quarter all year (+21.6%) |
Which assumption matters most
- Q4 2026 volume: each 20 million units higher or lower moves the 2027 base case by about 40 million (39.8M).
- Normalization rate: each 2.5 points moves it by about 23 million (22.9M).
- Memory costs: a 20-point swing in 2027 memory cost growth moves it by only about 9 million.
That last line is the counterintuitive one. By 2027, the memory shock is mostly already in the base. Phones that got too expensive to make in 2026 have already left the market. What matters now is how fast demand comes back, not how much further memory rises. The sub-$100 tier tells the story. IDC counted 173 million sub-$100 phones in 2025, and that tier was down almost 60% year over year by Q2 2026.
The 2026 shipment, price and vendor data behind these inputs are on our smartphone statistics page.
Will Smartphone Prices Go Down in 2027?
No published forecast expects it, and the cost relief due in 2028 may not reach shelf prices either. Counterpoint’s November 3 update expects cost relief only in 2028, “when OEMs may reinvest savings in device upgrades rather than lower prices.”
The cost side hasn’t turned. TrendForce projected conventional DRAM contract prices up 10–15% and NAND flash up 15–20% quarter over quarter in Q4 2026, and expects DRAM supply to “remain tight in 2027.” IDC said on October 14 that smartphone memory costs had “surged approximately 350% since last year.” The good news in that release is the slope: Q3’s increase was a low double-digit percentage, against roughly 50%–100% in earlier quarters. Prices are still rising, but much more slowly. Counterpoint’s May forecast traced the squeeze to fabs shifting capacity toward AI-focused HBM and server DRAM, with mobile LPDDR4/5 prices on track to treble in Q2 2026 from Q4 2025, and expected it to last through H2 2027.
The pain is not shared evenly. In December 2025, Counterpoint estimated that DRAM price surges had already raised bill-of-materials (BoM) costs by around 25% for low-end phones, 15% for mid-range and 10% for high-end. A bill of materials is the cost of all the components inside a phone, so a 25% jump on a thin-margin budget phone is the difference between a product and no product.
Apple described the same squeeze from the inside. On its November 2 earnings call, Apple’s CFO said the company expects “even higher memory costs” in the December quarter, as reported by MacRumors. Apple’s own results show how pricing power works in a shortage: its 8-K filing reports iPhone revenue of $57.6 billion in the September quarter, up 17.5%, and $254.1 billion for fiscal 2026, up 21.2%. Apple’s inventories also rose to $14.5 billion at the end of September 2026 from $5.7 billion a year earlier. The filing doesn’t say what is in that inventory.
What happened to prices in 2026 is already large. IDC forecasts a 2026 average selling price (ASP) of $581, up 27.6%. Omdia’s forecast has ASP rising from $467 to $565. Both firms expect market value to grow about 6% even as units fall. Average selling price means total revenue divided by units shipped, so it moves with the mix of phones sold, not just with sticker prices. Counterpoint measured a record wholesale ASP of $442 in Q3 2026, up 27%, with revenue up 3% to $114 billion despite a 19% fall in shipments. Counterpoint’s ASP is a wholesale figure, so it sits well below IDC’s $581.
The Axis price-volume ratio makes the trade-off concrete. Divide each firm’s unit change by its ASP change and you get almost the same number: −0.61 for IDC, −0.58 for Omdia. In plain terms, every 10% added to the average phone’s price has cost about 6% of unit volume in 2026. Counterpoint’s Q3 actuals give a harsher reading of −0.70 (shipments −19%, ASP +27%). The ratio overstates pure price sensitivity, because part of the ASP jump is mix: cheap phones disappeared from the count. That cheap-phone exit is what buyers feel, though.
Will industry revenue keep rising? Counterpoint expects higher ASPs to lift 2027 revenue growth above 2026 levels. That only works if prices climb faster than units fall. At the Axis base case of 962.3 million units, the average phone would need to sell for about $637, 9.6% above IDC’s 2026 ASP, just to hold market value flat at IDC’s $613 billion. That is an Axis Intelligence Research calculation. It means the 2027 revenue debate is really a debate about whether buyers will accept another price step of about 10% after 2026’s increase of more than 25%.
Buy-or-wait verdict: if your current phone works, nothing in the data rewards waiting for 2027 prices. If it’s failing, buy now, and compare RAM and storage before price. Omdia reports that mass-market vendors are “adjusting RAM and storage configurations” and cutting models, so last year’s spec at this year’s price is not guaranteed. Counterpoint estimates retail smartphone prices were already up 20% in 2026 by Q3.
Which Regions Will Shrink Most in 2027?
Emerging markets, where the cheapest phones used to live. Forecasters expect premium-heavy developed markets to keep holding up better.
| Region | Latest data point | Source |
|---|---|---|
| Africa | Q3 2026 shipments −39% YoY, the steepest regional fall | Omdia |
| APAC excl. Greater China, Middle East, Latin America | Q3 2026 shipments down more than 20% YoY | Omdia |
| Middle East & Africa | 2026 forecast −23% | IDC, June 2026 (via IT Brief UK) |
| Central & Eastern Europe | 2026 forecast −19% | IDC, June 2026 (via IT Brief UK) |
| Asia Pacific excl. Japan & China | 2026 forecast −14% | IDC, June 2026 (via IT Brief UK) |
| China | 2026 forecast −13% | IDC, June 2026 (via IT Brief UK) |
| India | Q3 2026: 35.8M units, −26% YoY, lowest Q3 since 2016; 2027 expected to fall a further low-single-digit % | Omdia |
| North America | 2026 forecast −6.3%; “relatively resilient” in Q3 2026 | IDC, June 2026 (via IT Brief UK); Omdia |
The pattern lines up with price tiers. IDC counted more than 360 million phones shipped below $150 in 2025, and IDC expects that tier’s share of volume to approach 60% in Africa and 30% in India. IDC’s August update expects emerging markets overall to drop by more than 20% in 2026. Omdia adds a detail the forecasts miss: in some lower-income markets, rising prices are pushing buyers back to feature phones. In India, Omdia expects pricing pressure to persist through at least the first half of 2027 and calls “higher prices and longer device lifecycles” structural challenges. That is why 2027’s recovery, when it comes, should show up first in premium-heavy markets such as North America, where operator financing and trade-ins soften price rises, and last in Africa.
For country-level detail on who leads where, see our smartphone market share by country data.
iPhone vs Android in 2027: Who Gains Share?
Apple and Huawei gain share. The rest of the Android world loses it.
IDC’s August forecast has iOS shipments down just 1.3% in 2026 against a 24.3% drop for Android, lifting iOS to a record 23.6% of shipments. HarmonyOS, Huawei’s operating system, nearly triples to about 51 million units. Q3 2026 showed the split clearly. Samsung (57.8M) and Apple (57.3M) shipped almost identical volumes, while the “others” group fell 32.5%, per IDC. Omdia’s count is similar: Samsung 57.8 million (−5%), Apple 56.5 million (flat), then Xiaomi 30.7 million (−29%), OPPO 23.4 million (−39%) and vivo 19.3 million (−33%). In revenue the gap is wider. Apple took a record 50% of global smartphone revenue in Q3 2026 and Samsung 19%, per Counterpoint.
For 2027, Counterpoint Research expects Apple to grow about 2.8% and Huawei 4.3%, after Apple −2.1%, Huawei +8% and Samsung +0.8% in 2026. Counterpoint sees declines of 15% to 34% in 2026 for several leading Chinese brands. In May, Counterpoint had Apple growing 5% in 2027, so the iPhone outlook has been trimmed too. Feed Apple’s figure into the Axis base case and iOS reaches about 251 million units, or 26.1% of 2027 shipments, a new high. Android and HarmonyOS combined would fall 11.7% to about 711 million. That is an Axis Intelligence Research estimate built on IDC’s 2025 Apple count (247.8M) and IDC’s 2026 iOS growth rate.
Usage tells a different story than shipments. In July 2026, Android phones generated 68.38% of mobile web traffic and iPhones 31.58%, per Statcounter data compiled in DataReportal’s October 2026 Global Statshot. iOS’s share of web traffic is 1.34 times its share of new shipments (31.58% vs 23.6%). Axis Intelligence Research reads that as an iOS usage premium: iPhones stay in service longer and get used harder per device. That is one reason Apple’s installed base is less exposed to a down year than its rivals’.
The live share split is tracked on our smartphone statistics page.
Are People Keeping Their Phones Longer?
Yes, measurably. The world’s phone fleet keeps growing while new shipments shrink.
Ericsson counted 7.68 billion smartphones in use in October 2026, up 2.9% in a year, per its Mobility Visualizer as compiled by DataReportal. Smartphones now account for 85.8% of all mobile connections. Ownership barely varies with age: GWI’s Q2 2026 survey of internet users finds 97.7% of 16-to-24-year-olds and 97.8% of 55-to-64-year-olds own a smartphone. Only the 65+ group dips, to 94.6%. Feature phones hang on at 5.8% ownership among internet users.
The Axis fleet renewal rate divides each year’s shipments by the number of smartphones in use. It shows how much of the world’s fleet gets replaced in a year:
| Year | Shipments | Smartphones in use (October) | Fleet renewal rate | Implied years to renew the fleet |
|---|---|---|---|---|
| 2024 | 1,236.3M | 7.17B | 17.2% | 5.8 |
| 2025 | 1,260.3M | 7.47B | 16.9% | 5.9 |
| 2026 (implied) | 1,049.8M | 7.68B | 13.7% | 7.3 |
| 2027 (Axis base case) | 962.3M | 7.90B (assumed +2.9%) | 12.2% | 8.2 |
“Years to renew the fleet” is not the same as how long one person keeps a phone. The installed-base count tracks subscriptions, refurbished phones refill the fleet, and many people carry two devices. But the direction is clear, and the forecasters see it in the field. Counterpoint reports that consumers are “holding on to their devices longer than estimated, increasingly considering refurbished devices.” It forecast 13% growth for the secondary and refurbished market in 2026. At 2025’s pace, shipments could replace the global fleet in about six years. In the 2027 base case, it takes more than eight. That shift matters to app makers and carriers more than any single launch. More of the world is running older chips, older cameras and older batteries.
Time on those phones isn’t falling. GWI’s Q2 2026 data, compiled by DataReportal, shows internet users spending 4 hours 34 minutes a week on mobile games alone. 67.9% of internet users aged 16+ play games on a smartphone, more than double the share on laptops or desktops (31.9%). Mobile’s share of web page requests fell to 52.59% in July 2026 from 58.34% a year earlier, per Statcounter. That reflects a shift from browsers to apps and assistants, not people putting their phones down. For the habit side of the story, see our smartphone addiction statistics. For what people buy on those screens, see mobile app revenue and mobile commerce statistics.
Smartphone Trends That Will Shape 2027
Six shifts have present-day evidence behind them. Each comes with the signal that would prove it overhyped.
| Trend | Evidence today | Stage | What would prove it wrong |
|---|---|---|---|
| Value over volume | Omdia and IDC both forecast 2026 market value up ~6% with units down 12–17% | Mainstream | 2027 ASPs falling while units stay flat |
| The end of the sub-$100 phone | Sub-$100 shipments: 173M in 2025, down almost 60% YoY by Q2 2026 (IDC) | Mainstream | A rebound in that tier once memory corrects |
| Foldables keep growing in a shrinking market | IDC: 22.9M in 2026 (+12.6%), about 27M in 2027 (+18%) | Scaling | Foldable growth stalling below 10% in 2027 |
| A split iPhone calendar | Apple launched iPhone 18 Pro, Pro Max and its first foldable, iPhone Duo, in September 2026 and deferred the base iPhone 18 to 2027 (Omdia; Apple 8-K) | Scaling | No base iPhone 18 by the end of 2027 |
| 2nm flagship silicon | Apple A20, MediaTek Dimensity 9600 Pro and Qualcomm Snapdragon 8 Elite Gen 6 launched on TSMC 2nm in September 2026 (Counterpoint, via EE Times Asia) | Scaling | Premium SoC volume staying below 2025 levels; Counterpoint already expects Q4 2026 premium SoC volumes to fall short of Q4 2025 |
| Phones built to last longer | EU ecodesign rules since June 2025; EU battery removability from February 2027 (see below) | Scaling | A broad exemption take-up that leaves designs unchanged |
A note on foldables. Apple’s first foldable, iPhone Duo, launched in September 2026, and the two big forecasters read it very differently. In August, Counterpoint forecast “high-single-digit million” shipments for the device and said it is unlikely to change Apple’s overall volume. IDC expects Apple to ship more than 17 million foldable iPhones “by 2027” with roughly 40% of the category, figures that don’t reconcile with IDC’s own 27-million-unit 2027 market on a single-year basis. A gap that large is a reason to treat iPhone Duo as an open question, so Axis Intelligence Research leaves it out of the model.
New Rules for Phones in 2027: Batteries, Age Checks and School Bans
The 2027 rulebook changes how phones are built and who gets to set them up.
Batteries you can swap in the EU
Article 11 of the EU Batteries Regulation (EU) 2023/1542 applies from February 18, 2027. It requires portable batteries in products to be “readily removable and replaceable by the end-user,” per the European Commission’s guidance notice. That builds on ecodesign rules in force since June 20, 2025. Those rules require batteries to last at least 800 charge cycles while keeping 80% of their capacity, operating-system updates for at least five years after a model leaves the market, and spare parts for seven years, according to the European Commission. Expect 2027 EU spec sheets to talk about repairability the way 2020 ones talked about megapixels.
Age checks move into the phone
California’s Digital Age Assurance Act takes effect January 1, 2027, as amended by AB 1856 (signed September 10, 2026). Any operating system with an account setup feature must ask the account holder for the primary user’s birth date or age at setup. The OS must then send app stores and developers a signal placing the user in one of four brackets: under 13, 13 to 15, 16 to 17, or 18 and over. Devices set up before 2027 must get the same interface before July 1, 2027. Penalties reach $2,500 per affected child for each negligent violation and $7,500 for each intentional one, enforced by the California Attorney General. Operating systems distributed under open-source licenses that allow copying and modification are excluded. Four US states (Utah, Texas, Louisiana and Alabama) have enacted app store accountability acts that require age verification and parental consent for minors, per the Future of Privacy Forum. Texas’s law is in effect after the Fifth Circuit stayed an injunction on May 28, 2026, while litigation continues. For phone makers this is a 2027 software requirement, not a policy debate: a child-account flow at first boot.
Phones out of classrooms
114 education systems, or 58% of countries, had a national ban on phones in schools by March 2026, according to UNESCO’s Global Education Monitoring Report. In the US, 39 states either ban phones statewide or require districts to restrict them. None of the forecasters break out a volume effect from these rules, and Axis doesn’t model one. Their impact is on when a child gets a first phone and what that phone is allowed to do, not on 2027 shipments.
The GWI ownership data above covers ages 16 and up only. No primary source we could verify publishes global smartphone ownership for under-16s, so we don’t print a figure for it.
What Could Change This Outlook
Signposts to watch, with dates:
- Mid-January 2027: preliminary Q4 2026 shipments from IDC, Omdia and Counterpoint. Above about 255M (Q3’s level) points toward the upside scenario. Near 227M confirms the base case. Below that, the downside comes into play.
- January 1, 2027: California’s OS-level age-signal rule starts for new accounts. Watch whether Apple and Google ship child-account changes globally or for California only.
- February 18, 2027: EU battery removability applies. Watch which 2027 flagships qualify for exemptions and which redesign.
- Q1 2027 memory contract guidance from TrendForce. A quarter-over-quarter DRAM increase below 5% supports the base case. A decline would point toward the upside scenario.
- 2027: the base iPhone 18 launch. Apple deferred it to 2027 (Omdia). A launch in the first half would add Apple volume to H1 2027, which the carry-over model does not capture. It’s the clearest upside risk to the first half.
- Mid-April 2027: Q1 2027 shipments. A year-over-year decline worse than 20% means the market is still at the floor, and the base case moves toward 910 million.
The risks that would move the number are already named by the forecasters. IDC has warned of inventory build-up into 2027 after some vendors raised production ahead of expected component tightening. That is the downside case. A faster-than-expected memory correction is the upside case, but Omdia’s June view of a 2027 correction has since given way to its October expectation of elevated costs.
FAQ
Will smartphone sales go up in 2027?
Probably not. IDC, Omdia and Counterpoint Research all published 2027 declines of 0.9% to 1.4% between June and August 2026, and Omdia and Counterpoint repeated in October and November that 2027 will decline more slowly than 2026. Axis Intelligence Research’s base case is lower, about 960 million units (−8.3%), because 2026 is ending far weaker than when those forecasts were set.
When will phone prices drop?
Not in 2027, and maybe not much in 2028. TrendForce expects DRAM supply to stay tight in 2027, IDC expects memory prices to keep rising until at least 2028, and Counterpoint expects cost relief only in 2028. Even then, Counterpoint says phone makers may spend the savings on better specs rather than lower prices.
Why are smartphones so expensive right now?
Memory. IDC estimated in October 2026 that smartphone memory costs had risen about 350% in a year, and TrendForce attributes continued contract price increases to AI server demand. Vendors responded by dropping cheap models and raising prices. IDC’s 2026 average selling price forecast is $581, up 27.6%.
Is it better to buy a phone now or wait until 2027?
| If you… | Then… | Because… |
|---|---|---|
| Need a phone now | Buy now | No forecaster expects lower prices in 2027 |
| Want a budget phone under $150 | Buy now or consider refurbished | That tier is shrinking fastest (IDC) |
| Want a foldable | Waiting is reasonable | IDC expects the category to grow about 18% in 2027 |
| Live in the EU and value repairability | Consider waiting for 2027 models | Battery removability rules apply from February 18, 2027 |
Which phone brand will sell the most in 2027?
By units, Samsung or Apple. IDC’s Q3 2026 count had Samsung at 57.8 million and Apple at 57.3 million units. Counterpoint expects Samsung to finish 2026 as number one (+0.8%) and Apple to grow about 2.8% in 2027. By revenue, it isn’t close: Apple took 50% of global smartphone revenue in Q3 2026, per Counterpoint.
Will smartphones need removable batteries in 2027?
In the EU, yes, with exceptions. From February 18, 2027, Article 11 of the EU Batteries Regulation requires portable batteries to be removable and replaceable by the end user, using commercially available tools where needed. The Commission’s guidance lists narrow derogations, such as devices designed mainly for wet environments.
Methodology
What this page counts. Smartphone shipments are sell-in units: phones shipped by vendors into sales channels, as tracked by IDC, Omdia and Counterpoint Research. TrendForce’s figure is production, kept separate. The Axis base case uses IDC as its single series so quarters, halves and full years stay internally consistent. IDC’s quarterly figures are preliminary. Prior-year quarters use the restated values from IDC’s later releases, which is why 2025’s four quarters sum to 1,263.0 million against the 1,260.3 million full-year figure. We use the full-year figure for the base and the quarters for seasonality.
Forecasts included and excluded. The reconciliation table includes every 2026–2028 shipment forecast from IDC, Omdia, Counterpoint Research and TrendForce we could read in the source’s own release or a news report quoting it, dated November 5, 2026 or earlier. IDC’s June 2026 forecast and IDC’s December 2025 forecast are taken from news reports quoting them, and the table names that outlet. All Counterpoint and Omdia figures come from the firms’ own releases. Counterpoint’s unit figures (1.07 billion, 1.06 billion, 1.11 billion; 1,080 to 1,160 million) are read from the charts in its insights. Market-research “reports for sale” with undisclosed methods were excluded.
How the base case was built. The formula and every input are in the base case table above and in the CSV (rows marked axis_calculated = yes). The normalization rate borrows the forecasters’ own first-rebound-year growth. That is an assumption about pace, not a claim that recovery starts in 2027. The price-volume ratio and the memory pass-through are both derived from 2026 forecasts. They capture mix effects as well as consumer price sensitivity, which is why the memory adjustment is kept small and tested in the sensitivity lines.
Limitations. The model has no regional split and no price-tier split, because no source publishes 2027 shipments by tier. It doesn’t capture a spring base-iPhone launch. Installed-base figures are October snapshots of smartphone subscriptions from Ericsson, compiled by DataReportal, so the fleet renewal rate is an indicator, not a measure of handset lifespan. Every model input is under 12 months old. The scenario range reflects IDC’s own revision history rather than an extra freshness penalty.
About This Dataset
The CSV holds 233 rows in six tables: IDC, Omdia, Counterpoint and Apple actuals for 2024–Q3 2026, the forecast reconciliation (firm, publication date, base year, horizon), memory price inputs, usage and installed-base figures, regulatory dates, and every Axis calculation with its formula in method_note. Each row carries source_org, source_url, publication_date, retrieved_date, is_primary and axis_calculated. License: CC BY 4.0.
Grade-Back Commitment
This is the first edition of the Axis smartphone outlook. We will compare the 2027 base case (962 million units), the scenarios and the published forecasts with reported full-year 2027 shipments in January 2028. The 2028 edition of this page will open with that comparison, right or wrong.
Cite This Research
- APA: Axis Intelligence Research, & Rivera, A. (2026, November 5). Smartphone market outlook 2027: Forecasts, prices and the hangover from the memory crisis. Axis Intelligence. https://axis-intelligence.com/smartphone-market-outlook/
- MLA: Axis Intelligence Research, and Alex Rivera. “Smartphone Market Outlook 2027: Forecasts, Prices and the Hangover From the Memory Crisis.” Axis Intelligence, 5 Nov. 2026, axis-intelligence.com/smartphone-market-outlook/.
- Chicago: Axis Intelligence Research, and Alex Rivera. “Smartphone Market Outlook 2027: Forecasts, Prices and the Hangover From the Memory Crisis.” Axis Intelligence, November 5, 2026. https://axis-intelligence.com/smartphone-market-outlook/.
Dataset citation: Axis Intelligence Research, Smartphone Market Outlook 2027 dataset, 2026 (CC BY 4.0).
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