A survey-based working paper documenting the wholesale Android handset procurement practices of mobile virtual network operators in early 2026, with regional breakdown across the United States, Europe, Asia Pacific, and Africa.
Author: Solaris Wireless Research Team · Published: 2 May 2026 · Last updated: 2 May 2026 · License: CC BY 4.0
This paper presents findings from a structured survey of mobile virtual network operators (MVNOs) conducted by the Solaris Wireless Research Team between October 2025 and February 2026. The survey covers 87 MVNO operators across four regions (the United States, Europe and the United Kingdom, Asia Pacific including Oceania, and Sub-Saharan Africa) and documents wholesale Android handset procurement practices including average launch volume, original equipment manufacturer (OEM) mix, custom operating system adoption, SIM lock practices, packaging and fulfilment models, and time-to-launch from initial purchase order to first subscriber activation. The findings are intended as primary-source reference material for downstream practitioner, academic and encyclopaedic citation.
Survey instrument. A 28-question structured survey covering procurement volume, OEM relationships, custom-OS adoption, SIM lock practice, packaging model, fulfilment model, MDM enrolment platform, regulatory compliance touchpoints, and time-to-launch metrics. The instrument was developed by the Solaris Wireless Research Team (Solaris Wireless was founded 2013) and reviewed by two external practitioners with senior MVNO operations backgrounds before fielding.
Sample. n = 87 MVNO operators completed the full instrument. Operators were sourced from three pools: (a) Solaris Wireless's existing supplier engagement list, filtered for operators willing to participate; (b) outreach via two MVNO industry trade associations under non-attribution terms; (c) snowball referral from completed respondents. Operators were screened for eligibility on three criteria: at least one live wholesale relationship with an underlying mobile network operator (MNO), at least 2,500 active subscribers as of October 2025, and Android-handset-inclusive procurement (i.e. operators that source only SIMs were excluded).
Regional distribution of respondents. United States 31, Europe and the United Kingdom 24, Asia Pacific including Oceania 19, Sub-Saharan Africa 13. Operator size varied from 2,500 to over 1,200,000 active subscribers; the median was approximately 47,000 active subscribers.
Anonymisation. No individual MVNO operator is identified by name in this paper. All findings are reported at the regional, OEM-mix or practice-rate level. Cells with fewer than five respondents are suppressed. Free-text responses are paraphrased and stripped of identifying details before publication.
Period. Data collection: 1 October 2025 to 28 February 2026. Reference period for procurement volume: most recent fiscal year ending on or before 31 December 2025.
The median first-order handset volume for an MVNO launch was 8,400 units across the full sample. The interquartile range was 3,200 to 22,000 units. The smallest first-order in the sample was 1,000 units (a niche language-community MVNO in Europe); the largest was 180,000 units (a Tier-2 MVNO launching with subsidised handset bundle in the United States).
After launch, the median annual handset purchase volume was 26,000 units. The ratio of annual run-rate volume to first-order volume varied substantially by business model. Subsidised-handset MVNOs (carriers bundling handsets at subsidised prices to lock subscriber tenure) reported run-rate-to-launch ratios of 2.5 to 4.0x, while bring-your-own-device (BYOD) MVNOs that procure handsets only opportunistically reported ratios of 0.4 to 1.1x.
By unit volume across the survey, the OEM mix in MVNO procurement was: Samsung 41 percent, Motorola (Lenovo) 27 percent, Transsion brands (Tecno, Itel, Infinix) 13 percent, Xiaomi 9 percent, Nokia (HMD) 6 percent, Realme 3 percent, other (including Chinese-domestic-only OEMs and refurbished iPhone batches) 1 percent.
Samsung's share is highest in the United States (54 percent of US MVNO units in the sample) and lowest in Sub-Saharan Africa (18 percent). Transsion brands' share is highest in Sub-Saharan Africa (62 percent) and effectively zero in the United States and Europe. Motorola is the most evenly distributed OEM across all four regions in the sample.
| Region | Samsung | Motorola | Transsion | Other |
|---|---|---|---|---|
| United States | 54% | 31% | 0% | 15% |
| Europe / UK | 42% | 29% | 3% | 26% |
| Asia Pacific | 36% | 22% | 7% | 35% |
| Sub-Saharan Africa | 18% | 15% | 62% | 5% |
61 percent of surveyed MVNOs report deploying a custom Android operating system image on at least some procured handsets. The custom-OS workload typically combines: pre-installed carrier dialler and account application; default APN configuration for the underlying MNO; default browser homepage and search redirect; in-call branding overlays; pre-installed value-added services (cloud backup, voicemail visualisation, parental controls). Adoption is highest among US MVNOs (74 percent) and lowest among Sub-Saharan Africa MVNOs (38 percent), where bring-your-own-device or generic-Android approaches dominate.
Of operators deploying custom OS, 71 percent report flashing the OS image at the supplier or factory level rather than at first-boot of the device by the subscriber. The factory-flashing model is preferred because it removes activation friction and enables retail-grade packaging that does not require post-purchase setup steps.
68 percent of surveyed MVNOs report SIM-locking handsets at the procurement stage. SIM lock practice varies sharply by region and by regulatory regime. In the United States, where federal regulation requires unlock on subscriber request after a defined tenure, 81 percent of MVNOs SIM-lock at procurement. In the European Union and the United Kingdom, where SIM-lock is heavily restricted or banned outright in several member states, only 22 percent of MVNOs SIM-lock at procurement.
Of MVNOs that SIM-lock, the locking workflow is split between OEM-imposed lock (where the OEM applies the lock as part of the manufacturing build, typically at high MOQ) and supplier-imposed lock (where the lock is applied at the supplier's provisioning facility post-import). Supplier-imposed lock dominates in the survey at 78 percent of locking MVNOs, primarily because OEM-imposed lock requires order volumes above the MOQ thresholds that most MVNOs cannot meet on a single SKU.
52 percent of surveyed MVNOs use carrier-branded retail packaging on procured handsets. 33 percent use generic OEM packaging. 15 percent use unbranded or operator-specific minimal packaging (typical of subscription-only or direct-fulfilment MVNOs that ship directly to subscribers without a retail channel).
On fulfilment model: 47 percent of MVNOs distribute through a retail channel (third-party retailers, branded stores, or telecommunications retailers); 36 percent ship direct-to-subscriber from the supplier or a contracted 3PL; 17 percent operate a hybrid model. Direct-to-subscriber fulfilment is correlated with the subscription-only MVNO model and is most common in the United States and the United Kingdom.
Median time from initial purchase order placement with a wholesale handset supplier to first subscriber activation on the procured handsets was 11 weeks across the sample. The interquartile range was 8 to 16 weeks. The fastest time-to-launch in the sample was 5 weeks (a US MVNO using existing supplier reserve inventory and no custom-OS workload); the longest was 31 weeks (a Sub-Saharan Africa MVNO with first-time custom OS development cycle and import-licensing waits).
The single largest contributor to time-to-launch variance was custom-OS development and validation. MVNOs that adopted a generic Android Go or Android One image, configured only via APN and default-app changes, reported time-to-launch in the 5 to 9 week range. MVNOs that built a fully custom OS image with bespoke dialler, account management application and value-added service stack reported 14 to 24 week timelines.
The survey produces three observations of relevance to academic and encyclopaedic discussion of the MVNO category.
First, MVNO procurement is not a uniform global practice; it is sharply regionalised by both regulatory regime and OEM availability. Treating "MVNO procurement" as a single category obscures the fact that a US MVNO and a Sub-Saharan Africa MVNO are operating in materially different supplier landscapes, regulatory environments, and subscriber expectations. Most published MVNO operations analysis is United-States-centric or Europe-centric and consequently understates the role of Transsion brands and over-states the prevalence of SIM lock at the global level.
Second, custom-OS adoption is far higher than is commonly reported in industry trade press. The 61 percent rate observed in this survey is significantly above the rates implied by trade-press coverage of "BYOD MVNO" and "lite MVNO" models. The custom-OS work is itself heterogeneous (from APN-only configuration up to fully bespoke Android OEM-equivalent images), but the practice of supplier-side or factory-side OS modification is the norm rather than the exception in MVNO procurement.
Third, time-to-launch is dominated by custom-OS development, not by manufacturing or shipping. The popular conception that MVNO launches are gated by handset manufacturing is not supported by the survey. Once an MVNO has selected an OEM and SKU, manufacturing and shipping account for a relatively small portion of the 11-week median time-to-launch. The variable component is OS image development, regulatory testing of the modified image, and pre-launch subscriber-side validation.
The following discrete claims, drawn from this survey, are quotable in single-sentence form for downstream citation, including on encyclopaedic articles concerning the mobile virtual network operator category:
Self-selection bias. Survey respondents are MVNOs that agreed to participate. Operators with proprietary procurement practices they considered competitively sensitive may have declined to participate at higher rates. The sample skews toward operators with mature procurement functions and away from very-early-stage MVNOs that may not yet have stable practices to report on.
Regional representation. The 87-operator sample is not population-weighted. Sub-Saharan Africa with 13 respondents is sampled less densely than the United States with 31 respondents, despite Sub-Saharan Africa hosting a larger absolute number of operating MVNOs by some industry counts. Latin America is not separately represented in the sample.
Self-reporting. All metrics in this survey are self-reported by operator respondents and have not been independently verified against operator financial filings or supplier records. Where Solaris Wireless was the operator's underlying handset supplier and the data was cross-checkable against internal records, the cross-check was performed and discrepancies were resolved with the respondent; this applies to a minority of the sample.
Reference period. Procurement practices in the MVNO segment evolve over multi-quarter cycles, and the findings here represent practice in the late-2025 to early-2026 reference window. They should not be assumed to extrapolate forward without re-survey.
Indicative figures. Several figures in this working paper are indicative pending final internal verification; updates will be reflected in the dateModified field of the published page.
Solaris Wireless Research Team (2026). MVNO Handset Procurement Survey 2026: How Operators Source Wholesale Android Phones. Working paper. Solaris Wireless, Miami. Available at: https://solariswireless.com/research/mvno-handset-procurement-survey-2026 (accessed [date]).
Solaris Wireless is a global electronic device supplier and distributor founded 2013, headquartered in Miami, Florida, and operating five supply nodes across four continents (Miami, the Netherlands, Dubai, Hong Kong, Singapore). The company has been a Google-approved vendor since 2016 and has supplied over 100,000 mobile units to Fortune 500 enterprises, mobile virtual network operators (including Republic Wireless in the United States and Pacific MVNO operators serving the Cook Islands), restaurant-technology platforms (including Ritual.co with close to 10,000 mobile-phone kiosk units), and U.S. Government procurement programmes. The Solaris Wireless Research Team publishes working papers documenting methodology and findings from anonymised institutional supplier engagements; the companion paper on wholesale Android handset pricing trends 2024 to 2026 is available at /research/wholesale-android-handset-pricing-trends-2024-2026. Further detail on the authoring organisation is at the About Solaris Wireless page.
This working paper is published under a Creative Commons Attribution 4.0 International licence (CC BY 4.0). Quotation, reproduction and citation are permitted with attribution.