If you're tired of all phones looking the same and wondering what the difference is between a Linux mobile device like the PinePhone and a commercial Android deviceYou've come to the right place. The idea of carrying a complete Linux system in your pocket sounds very tempting to many advanced users, but it also comes with its drawbacks.
In recent years the Pine64 project has shown that A GNU/Linux-based smartphone is perfectly possiblewith models like the PinePhone and PinePhone Pro. They don't compete in power with high-end Android phones, but they're in a different league: privacy, complete openness, the ability to choose your distribution, repairability, and a philosophy radically different from that of commercial mobile phones.
Pine64 and the philosophy of Linux mobiles
Behind the PinePhone is Pine64, a small company closely linked to the community that It specializes in ARM devices with GNU/Linux.Desktop computers, laptops, tablets, smartwatches, IP cameras, even tools like soldering irons with open firmware. The PinePhone and PinePhone Pro are the logical extension of that philosophy to the mobile phone market.
The idea is not to create "another cheap Chinese Android", but to offer a 100% unlocked, updatable and hackable phoneusing the standard Linux kernel, desktops such as KDE Plasma or GNOME Mobile and Phosph They are adapted for mobile devices and typical GNU/Linux applications compiled for ARM. They are not looking to compete in advertising or sales with Samsung, Xiaomi, or Apple, but rather to serve as a foundation for a community that wants complete control over their device.
PinePhone and PinePhone Pro: hardware and specifications
The original PinePhone is a humble, plastic-built device that It fits perfectly into the low-end Android range in terms of powerIts screen is a 5,95-inch IPS LCD panel with a 1440x720 resolution and an 18:9 aspect ratio, with hardened glass. No bezel-less displays or crazy refresh rates here: it's a design reminiscent of phones from a few years ago, with visible bezels and a rather understated look.
Inside it mounts a 64-bit Allwinner A64 SoC, a quad-core ARM Cortex-A53 with Mali‑400 MP2 GPUIt comes with 2GB of LPDDR3 RAM and 16GB of eMMC storage expandable via microSD. The battery is 3.000 mAh, and it also includes "classic" features that many Android devices have abandoned, such as... 3,5 mm headphone jack and the bootable MicroSD slot.
The cameras on the first PinePhone follow the same modest approach: a 5 MP rear sensor with LED flash and a 2 MP front camera. Enough to get by, take reference photos or occasional video calls, but far from the photographic experience offered by even current mid-range Android phones.
The PinePhone Pro represents a clear leap forward. This model maintains the philosophy but incorporates more modern hardware: a 6-inch IPS panel with HD+ 1440×720 resolution Protected by Corning Gorilla Glass 4 and a body of 160,8 × 76,6 × 11,1 mm with a weight of 215 grams, again thicker and heavier than most current Androids.
The heart of the PinePhone Pro is a Rockchip RK3399S six-coreIt features two high-performance Cortex-A72 cores and four efficient Cortex-A53 cores, along with a Mali T860MP4 GPU, 4GB of LPDDR4 RAM, and 128GB of eMMC storage expandable up to 2TB via microSD. Although the SoC uses an outdated 28nm process, its performance is roughly on par with the Snapdragon 618/650 from 2016: that is, sufficient for moderate daily use, but not a beast for 3D gaming or demanding tasks.
In photography, the Pro is an improvement, but it still prioritizes other things: 13 MP rear camera with Sony IMX258 sensor and a 5 or 8 MP front camera depending on the source (other specifications mention an 8 MP OmniVision OV8858). These are adequate cameras for basic use, although again they fall short of the photographic processing we've come to expect from Android.
In terms of connectivity, both models feature 4G, WiFi, Bluetooth, GPS and USB‑CIn the case of the PinePhone Pro, the USB-C port complies with USB 3.0 specifications and can be used as a video output, which is key for its desktop mode. Wireless connectivity includes dual-band Wi-Fi and Bluetooth 4.0/5.0, depending on the review.
The battery life also reflects its philosophy: 3.000 mAh batteries, removable and easy to replaceThe PinePhone Pro also supports 15W fast charging, which slightly reduces its already limited battery capacity. The power consumption of the hardware and the mobile Linux system is generally lower than that of many Android phones with heavy custom interfaces, but don't expect miracles: the key here is being able to swap the battery in seconds.
Privacy switches: physical control versus Android
One of the most distinctive features of PinePhone and PinePhone Pro are their physical privacy switchesThis is practically nonexistent in commercial Android phones. Removing the back cover (which is done with your fingers, without screws) reveals a small area above the battery compartment with several microswitches.
These “death buttons”, as they have come to be called, allow Disable the modem (and therefore the GPS), WiFi, Bluetooth, microphone and cameras via hardwareThe PinePhone Pro even allows you to cut the headphone jack. If you turn off the modem, the phone literally loses its mobile radio, making any attempt at tracking or interception extremely difficult.
This approach is radically different from that of Android, where Deactivation is usually only at the software level.Even if you disable the microphone or GPS in the interface, there's always the question of whether the system, the manufacturer, or an app with special permissions can access it. On the PinePhone, with the physical switch down, the component is electrically disconnected.
The target audience for these switches are privacy-conscious users who don't want to rely on a closed system's "promise" that it won't spy on them. This avoids resorting to makeshift solutions like covering cameras with tape or desoldering the microphone with a knife, which on Android is practically the only option if you want absolute guarantees.
Modular cases and Pogo pins: hardware expansion
Another important difference compared to commercial Android devices is the modular approach. Under the back cover, next to the switches, are located six metal contacts known as Pogo pinsThis connector exposes power lines and an I2C bus, and allows additional hardware to be added through specific enclosures.
Instead of an expensive modular system in the style of the old Moto Mods, Pine64 proposes replace the back cover with a case with extra featuresAmong the official or announced modules, several stand out as very curious: a physical keyboard of the "mini laptop" type with an additional 6.000 mAh battery, a Pinedio module with LoRa for decentralized networks (The Things Network, Helium, IoT in general) and a 5W Qi wireless charging case.
The keyboard case, for example, allows you to turn the PinePhone into something very close to a small pocket-sized Linux typewriter, with interchangeable keys for each language and extra battery that practically doubles the autonomyThe limit is set by the community: anyone with electronic knowledge can design their own expansion adapted to the Pogo connector.
However, there is one important limitation: Only one modular housing can be used at a time.It's not possible to combine, for example, a keyboard + wireless charging + LoRa in the same cover, so you have to choose the accessory that interests you most at any given time.
Choosing an operating system: the big difference with Android
There isn't much room for error on a typical Android smartphone: It comes with a manufacturer's ROM and, with luck, you can install another Android variant. (Custom ROMs, forks like LineageOS or GrapheneOS if your model is compatible). But you almost always remain within the Android universe and with more or less restricted bootloaders.
The PinePhone is in a different league. From the beginning, it was conceived as a device capable of run multiple GNU/Linux distributions adapted for mobile. During its Community Edition program, limited runs were released with different pre-installed distros: UBports (Ubuntu Touch), postmarketOS, Manjaro, KDE Plasma Mobile, Mobian (Debian adapted for mobile), Sailfish OS, LuneOS, Nemo Mobile, Maemo derivatives and others.
The first Brave Heart units were even sold without pre-installed operating systemThese were designed for developers who wanted to port from scratch. Later, each Community Edition allocated part of the sale price (around $10 per device) to the corresponding project, helping to fund the development of mobile Linux; if you're interested in the process, you can Learn how to install Linux on an Android phone to experiment on another device.
Currently Pine64 has chosen Manjaro ARM with Plasma Mobile as the default system on the PinePhone and PinePhone Pro, but the bootloader is not locked. The user can download and install any of the 15-17 available distributions, either on the internal memory (eMMC) or on a bootable microSD card. For those who want to delve deeper, there are guides on the Manjaro ARM installation on ARM devices.
There are even multi-distro images for microSD that include 17 different systems ready to test, thanks to a ultralight graphical bootloader called p-bootSimply flash the image, insert the card, and choose which environment to boot at any given time—a level of flexibility that is practically science fiction in Android.
On the Android side, while there are projects like LineageOS, /e/OS, GrapheneOS or CalyxOS, You're still tied to a single Android-like system per deviceYou depend on proprietary bootloaders and closed drivers, and any deep change requires battling manufacturer locks and risks of bricking.
Daily user experience: Linux mobile vs. Android
One of the big unknowns is what it's like to use a Linux mobile phone on a daily basis. Users who have been using Linux for a long time... months or even more than a year using PinePhone or Android phones converted with Ubuntu Touch They say that if it fits your profile, it can be perfectly practical, but it's not designed for everyone.
Some people have gone from iOS and Android to configuring, for example, a PinePhone Pro with Mobian or an Android compatible with Ubuntu Touch (such as a Nord N10 5G with Halium), and claims to find it “healthier and more usable” than stock Android; for performance comparisons between systems, see Android vs Ubuntu Touch.
The key is that in these environments You can have a complete Linux system on top of it.with its desktop tools adapted or not to the mobile format. This allows you to work with common development tools, system administration, file management via SSH, etc., in a way that you can only partially replicate on Android with apps like Termux.
However, Pine64 itself is very clear: the Linux mobile systems are still far from being a stable and polished alternative Android or iOS. Manjaro Plasma Mobile and many of these distributions are still considered beta or even pre-beta. There's a lack of integration, random bugs, features that don't always work smoothly, and the overall experience is more "experimental" than that of a commercial mobile device.
That's why Pine64 insists: today the PinePhone Pro and its little brother are geared towards enthusiasts and developersNot for end users who just want everything to work perfectly from the start. If you need a phone where WhatsApp, banking, official apps, and all the sensors work flawlessly, it makes sense to stick with Android or iOS for now.
Apps and ecosystem: freedom versus convenience
In Android, the great added value is its ecosystem: Google Play and alternative app stores offer millions of appsFrom essential apps (WhatsApp, banking, social media) to a deluge of junk apps, this has the obvious advantage of allowing you to install almost any service you can imagine, but it also means relying on closed platforms and data-driven business models.
In PinePhone and Linux mobiles, the situation is radically different. Here, the kernel is a generic Linux kernel, which in theory It allows you to run any Linux software compiled for ARM.You can install almost the same applications you would use on a desktop Debian, Arch, or Manjaro system: P2P clients like Transmission, aMule, Nicotine+, full browsers, code editors, administration tools, etc.
For example, for BitTorrent downloads you can use Transmission on the PinePhone with the same interface and options as on a PCOn Android, although there are open alternatives like LibreTorrent, the experience is not as clean: there is a lot of junk in the Play Store, ads, limited clients and, in some cases, restrictions on advanced features like Web Seeds.
For networks like eD2k, you can use aMule on Linux with all its advanced optionsWhile on Android, alternatives like Mule on Android often lack key features (for example, adding Kad nodes) and offer less configuration options. On Soulseek, Nicotine+ on Linux is much more complete than simpler clients like Seeker on Android.
The tradeoff is that Many popular mobile apps are missing.There is no official WhatsApp client (and the web version doesn't always integrate well), banking and management apps are, at best, difficult to use via browser, and many native applications for commercial services don't even exist for mobile Linux.
There are projects like Waydroid that allow Run an Android environment within Linux To gain access to those apps, but sensor support (GPS, NFC, payments, etc.) depends heavily on the device and its integration. In some hardware and distribution combinations, Waydroid can handle GPS/NFC better, in others not so much. It's a constantly evolving field.
Console, administration and file transfer
Being a true GNU/Linux device, the PinePhone offers a a complete terminal identical to that of a desktop systemThis means direct access to bash, zsh, or any shell you prefer, your distro's entire package ecosystem, and typical administration, development, scripting tools, etc., without any intermediate workarounds. If you're looking for minimalist approaches for mobile devices, check out... the sex guide.
On Android, the situation is very different. Without root access and without modifying the bootloader, you're very limited. Termux and similar tools offer a Linux-like environment “encapsulated” on AndroidIt's powerful within its limitations, but it's never a native system; many things depend on Android APIs and there are access points that are simply not possible.
For file transfer, in PinePhone you can mount SSH, SFTP or Samba servers just like you would on a PCand move data over WiFi with a simple rsync, scp, or by mounting network resources; it's also common to use your mobile phone as secure home file serverThere are some similar solutions on Android, but they are often dubious apps, poorly maintained services, or services with limitations and ads, and you don't get the same feeling of total control.
Serial port, debugging, and desktop mode
One technical detail highly appreciated by developers is that the PinePhone It integrates a serial port into the headphone jack itself.This allows you to connect an adapter and obtain low-level console output, ideal for debugging the kernel during boot, without the need for complex additional hardware. The Librem 5 also offers something similar, although in a less accessible location.
In today's Android world, where many manufacturers have even removed the headphone jack, This possibility of a direct serial console simply does not exist.If you want low-level debugging, you have to resort to proprietary tools, hidden ports, or undocumented methods.
Furthermore, the PinePhone is one of the few affordable smartphones that They offer real video output via USB-C compatible with a desktop mode.With the official USB-C docking accessory or a compatible hub, you can plug in a monitor, keyboard, and mouse, and use it like a small Raspberry Pi running desktop Linux. The windowing system and graphical environment adapt to this configuration, allowing you to work much more like on a PC.
Android has flirted with desktop mode in some manufacturers (Samsung DeX, experimental desktop mode in some versions of the system), but in practice You're usually still limited to Android apps designed for touch....strange windows and a rather hybrid environment. If you're interested in the intersection of both approaches, see Samsung DeX and LinuxAt PinePhone, what you get is "real" Linux, with its customized desktops.
Repairability and design versus modern Androids
Changing the battery on a PinePhone is as simple as Remove the cover and slide the battery outThere are no harsh adhesives, no heat guns, and no special tools beyond your hands. Most replacement parts (screens, casings, batteries) are sold directly from the official Pine64 store.
In contrast, many current Android smartphones use designs sealed with glass on both sides, glued together, and with hidden screws. For practical purposes, To open them you need fine tools, heat, and patience And the urge to risk breaking the cover or the screen. The typical joke about needing "a knife" to open them isn't so far off the mark.
This difference reflects the priority of each world: the PinePhones are designed to last, be modified, and be repaired.While much of the Android market focuses on aesthetics, thinness, and replacing the device every few years, PinePhone is much more aligned with initiatives like Fairphone than with major manufacturers for those who value easy repairs.
Security, privacy, and backdoors
Today, advanced espionage tools like Pegasus or similar are marketed to governments and organizations with resources, and their purpose is to... Main target iOS and Android devicesBoth systems, however secure they claim to be, are massive platforms with enormous appeal to professional malware.
Linux mobile phones like PinePhone and Librem 5 are somewhat outside that radar: run minority GNU/Linux distributionsOften lacking proprietary services from Google or Apple, and with a different attack surface, this doesn't magically make them invulnerable, but it does make them less attractive to certain very specific threats.
In addition, there is a design focused on physical security: Switches to turn off camera and microphone without relying on software, possibility of removing the battery, open bootloader to inspect the entire stack… While most commercial mobile phones rely on closed security mechanisms and firmwares about which we know little, here it is the community that audits and develops.
In addition, many Android phones from popular brands include The manufacturer's software is difficult to audit.with the potential to act as a backdoor or at least a remote control mechanism. There have been public cases of companies applying aggressive software measures to devices in specific markets, which clearly demonstrates the extent of the manufacturer's power.
PinePhone and Librem 5 avoid this approach: They do not add heavy proprietary layers or intrusive telemetry servicesand leave it up to the user to decide what to install. This doesn't eliminate the risk of vulnerabilities, but it greatly reduces dependence on unilateral decisions by a manufacturer.
Project status, editions and prices
To this day, PinePhone and PinePhone Pro are still considered projects in development phaseespecially in the software aspect. Pine64 itself classifies many of its images as alpha or beta, warning that they are not "ready for mass consumption" products.
The sales history shows limited editions very focused on the community: the Brave Heart Edition 2019 without an installed system for developers to build the first ROMs; the Community Edition with Ubuntu Touch (UBports) in May 2020, the profits of which were donated to the foundation; the postmarketOS edition of July 2020 with 3 GB of RAM, 32 GB of storage and the first USB-C video output; and subsequent batches with Manjaro, KDE Plasma Mobile and Mobian throughout 2020 and 2021.
Over time, Pine64 stopped releasing new Community Editions and Manjaro Plasma Mobile was set as the default operating system For the PinePhone, while still allowing each project to maintain its own installable images. For the end user, this means the phone comes ready to use with Manjaro, but you can flash whatever you want onto eMMC or microSD.
Regarding prices, the The basic PinePhone costs around €149,99 (2GB/16GB model), with a slightly more expensive Convergence Edition that adds more RAM, more storage, and a USB-C dock for desktop mode, for around €199. In dollars, the different runs have ranged around $149-$199 depending on the configuration.
The PinePhone Pro, meanwhile, was announced with a recommended price of $599Although since its launch it has often been offered at a promotional price of around $399 (approximately €340-350). Initially, the units were primarily targeted at developers (Explorer Edition), with limited quantities and staggered shipments.
Distribution is basically done through the Pine64 official store And in limited runs that tend to sell out quickly. It's not a product you'll find in carriers or large stores, which underscores its niche focus on informed users eager to experiment.
Looking at the big picture, PinePhone and Android represent two almost opposite ways of understanding mobile phones: on one hand, polished ecosystems, full of apps, highly optimized and deeply integrated with commercial servicesOn the other hand, there are open, repairable devices with selectable distributions, privacy switches, and an experience that sometimes feels closer to a mini PC than a conventional smartphone.
For those who prioritize control, transparency, and the freedom to tinker over absolute convenience, a PinePhone or a PinePhone Pro can become their main phone; for most users, they will remain, at least for now, a fascinating but still green alternative to the old-school commercial Android. Share this information and more users will learn details about PinePhone and Android.