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DragonBox Pyra

The DragonBox Pyra is an open-source handheld computer developed by the German company DragonBox, serving as a successor to the OpenPandora device and combining portable gaming capabilities with full desktop computing functionality on a Linux-based operating system. Announced in 2014 and entering pre-orders in May 2016, the Pyra faced development delays but began shipping to backers in December 2020, with production continuing slowly into subsequent years amid significant delays, and only a limited number of units shipped as of 2021; as of 2025, preorders are still accepted but with uncertain delivery timelines to fulfill ongoing orders. Its modular design allows for hardware upgrades, including socketed CPU and display boards, emphasizing long-term usability and community-driven modifications without planned obsolescence. At its core, the Pyra is powered by a OMAP 5432 system-on-chip featuring ARM Cortex-A15 cores clocked at 1.5 GHz, paired with a PowerVR SGX544-MP2 GPU for , 4 GB of RAM in the mobile edition, and 32 GB of eMMC storage expandable via three MicroSDXC slots. The device sports a 5-inch 720p LCD resistive touchscreen, a backlit QWERTY keyboard, analog nubs, a D-pad, six face buttons, four shoulder buttons, and built-in speakers with a microphone, making it suitable for both emulation-based retro gaming and productivity tasks like coding or document editing. Connectivity options include dual-band 802.11 a/b/g/n, 4.1, and in the mobile edition, optional with GPS. The device features sensors including an , , , , and . It features a 6000 mAh replaceable , ports like , dual (one eSATA-capable), Micro , and a headset jack, all housed in a compact 139 x 87 x 32 mm chassis weighing approximately 400 grams. The Pyra runs Debian GNU/Linux by default, supporting a wide range of open-source software including web browsers, office suites, and emulators, with full hardware schematics and firmware released under open licenses to foster hacking and customization. Priced starting at around €529 for the standard edition and €626 for the 4G mobile version (excluding VAT), the Pyra targets enthusiasts seeking a privacy-focused, repairable alternative to proprietary handhelds, with ongoing community support through forums and wikis.

Development History

Origins

The OpenPandora handheld, released in 2010, served as the direct predecessor to the DragonBox Pyra and laid the groundwork for open-source portable computing. Developed by OpenPandora GmbH, it utilized an ARM-based architecture running a Linux operating system, enabling robust support for retro game emulation as well as productivity tasks such as document editing and web browsing on a portable device. In 2014, the OpenPandora , led by Mrozek (known online as ), formed the for the Pyra under the DragonBox initiative to the shortcomings of handheld devices, particularly their lack of repairability and reliance on closed ecosystems. This effort emphasized fully designs, including schematics and , alongside compatible to foster community-driven and . The core motivations for the Pyra stemmed from a desire to create a , portable that prioritized and over planned obsolescence prevalent in . Early conceptual designs focused on a sliding QWERTY keyboard for efficient text input and dual analog sticks for intuitive gaming controls, aiming to blend productivity and entertainment in a single, upgradeable form factor.

Announcement and Crowdfunding

The DragonBox Pyra was publicly revealed at the 2014 conference in , , where lead Mrozek presented it as the successor to the OpenPandora handheld computer, highlighting its modular for expandable components and a strong to fully open-source hardware designs. During the , renders were shared, illustrating the device's integrated , dual analog nubs for , and potential for swappable modules to enhance and . The announcement emphasized with to utilize the OMAP5 system-on-chip, ensuring open-source for its dual-core ARM Cortex-A15 and PowerVR SGX544 GPU. began immediately, with polls conducted on the project's forums to in features like 4G LTE , which helped optional of . Funding efforts transitioned to a preorder campaign launched via the official DragonBox online shop in May 2016, which successfully attracted over 1,000 backers and raised more than €300,000 to cover initial production costs. Backers could select configurations with stretch goal-inspired upgrades, such as 4GB RAM options and bundled Wi-Fi modules, allowing the project to adapt based on demand while maintaining its open-source ethos. The origins in the OpenPandora community provided the team with established expertise in collaborative handheld development.

Prototyping Phase

The prototyping phase of the DragonBox Pyra, spanning , focused on iterative hardware and testing to refine the device's components. , early prototypes featured PCB layouts produced in , with mainboards and display boards assembled at facilities . These initial boards integrated the TI OMAP5432 system-on-chip (SoC), a dual-core ARM Cortex-A15 processor running at up to 1.5 GHz, but encountered soldering challenges where thinner solder paste stencils were needed to prevent shifts in the SoC and memory chips during reflow. Initial functional tests confirmed LED operation and I2C detection, while keymat components were evaluated for keyboard responsiveness, with new iterations arriving ahead of schedule . The sliding mechanism for the QWERTY keyboard underwent preliminary testing in these 2015 prototypes, demonstrating smooth operation alongside integrated features like WiFi connectivity, analog nubs, and battery power in a near-final 3D-printed case. By 2016, a fully working prototype showcased the mechanism's viability, allowing the 5-inch 720p resistive touchscreen to slide over the keyboard for gaming or productivity modes, though the enclosure exhibited minor cracks due to the fragility of the printed material. Funding from the project team enabled the production of a limited number of developer prototypes, which were distributed for evaluation and refinement. From 2017 to 2018, the pursued iterative hardware enhancements, particularly in circuitry and optimization, aiming for extended on the 6000 mAh . These refinements addressed high draw from the OMAP5432 and peripherals, with claims of achieving up to 10 hours of usage under typical loads through improved and tweaks. The was marked by challenges including and component sourcing issues, extending into 2019. Concurrently, the evolved with dedicated slots for upgradable CPU and GPU modules, comprising separate boards (CPU-board, mainboard, and display-board) to allow future swaps without full , enhancing and repairability. Numerous full boards were produced during this period, supporting additional units before PCB revisions. Software prototyping paralleled hardware efforts, emphasizing bootloader and kernel development to ensure compatibility with the Pyra's custom components. The U-Boot bootloader was adapted for the OMAP5432 platform, with its repository maintained for ongoing tweaks to support boot sequences from SD cards. Early Linux kernel ports, such as version 4.19.60-letux-lpae-pyra, were tested on prototypes, incorporating device tree configurations for the hardware. Driver challenges included inaccuracies in the resistive touchscreen calibration, particularly at the edges due to the panel's design limitations, and incomplete mappings for controllers like the nubs (unconfigured click detection) and audio wheel (limited to speaker volume adjustment), with ALSA bus scanning occasionally causing lockups that required patches. These issues were tracked and resolved iteratively through community contributions on dedicated repositories.

Hardware Design

Physical Design and Features

The DragonBox Pyra features a compact clamshell form factor designed for portability and versatility, measuring approximately 139 x 87 x 32 mm, which allows it to fit comfortably in a pocket while providing robust ergonomics for both gaming and productivity tasks. The device opens to reveal a full QWERTY keyboard occupying the lower section, integrated gaming controls including a D-pad, six face buttons, four shoulder buttons, and dual analog nubs with clickable functionality for precise input. This layout draws inspiration from handheld gaming devices but emphasizes thumb-typing efficiency on the fixed keyboard, which includes backlighting for use in low-light conditions. Built-in high-quality speakers and a microphone further enhance its multimedia and communication capabilities, supporting audio output and input without external accessories. At the center of the upper section is a 5-inch LCD display with a 720p resolution and resistive touchscreen, optimized for accurate stylus interactions rather than multi-touch gestures, enabling fine control for drawing, note-taking, or precise navigation. The resistive technology prioritizes durability and stylus compatibility over capacitive sensitivity, making it suitable for users requiring exact input in a rugged, handheld environment. An analog volume wheel provides tactile control over audio levels, complementing the device's focus on intuitive physical interfaces. The Pyra's modularity sets it apart as a handheld, constructed with three separate boards—the CPU board ( CPU, , and ), the mainboard (managing ports, , and ), and the board—that can be individually replaced without discarding the entire . This facilitates upgrades to components, such as the CPU board to improve and or replacing the board for visuals, while options like SDXC card slots provide additional and optional 3G/ modules enable cellular . Engineered in Germany with a focus on user upgradability, this architecture promotes longevity and customization, reducing electronic waste compared to traditional sealed devices.

Technical Specifications

The DragonBox Pyra is powered by a Texas Instruments OMAP5432 system-on-chip (SoC), featuring a dual-core ARM Cortex-A15 processor clocked at 1.5 GHz with NEON SIMD extensions for enhanced vector processing, complemented by dual ARM Cortex-M4 cores for real-time tasks. This SoC integrates a PowerVR SGX544-MP2 graphics processing unit (GPU) supporting OpenGL ES 2.0 for 3D acceleration, alongside a Vivante GC320 2D accelerator to handle graphical rendering efficiently. Memory options include 2 or 4 of , paired with 32 of internal eMMC flash as the base . is expandable through dual full-size SDXC slots and an internal microSDXC slot, enabling users to add high-capacity without relying solely on the onboard eMMC. Connectivity features encompass 802.11a// dual-band support (2.4 GHz and 5 GHz), 4.1 for wireless peripherals, and an optional modular 3G/ with GPS capabilities. The device includes two full-size USB 2.0 ports (one eSATA-capable), a micro USB 3.0 port for faster data transfer, a micro USB port for debugging and charging, and an HDMI output for external video display. All models include an accelerometer, gyroscope, and vibration motor; the mobile edition adds a barometer, hygrometer, and compass. Power is provided by a 6000 mAh lithium-polymer battery, operating at a nominal 3.7 V to sustain portable operation. The Pyra measures 139 × 87 × 32 mm and weighs approximately 400 g, contributing to its compact yet robust handheld form factor. Its modular architecture allows for potential upgrades to key components, such as the mainboard, to extend longevity.

Software Ecosystem

Operating System and Firmware

The DragonBox Pyra runs a Debian GNU/Linux distribution tailored for its ARM-based architecture, providing a full desktop environment suitable for productivity, development, and multimedia tasks. As of 2025, it supports Debian 12 (Bookworm) with ongoing community updates. This operating system incorporates open-source drivers for most hardware components, using closed-source drivers for the PowerVR SGX544 GPU, with limited open-source support available as of 2024 for newer PowerVR architectures but not yet for the legacy SGX544, and the resistive touchscreen through custom Letux kernel patches that enable precise single-touch input and calibration. The device's utilizes a U-Boot , configured specifically for the TI OMAP5432 using the omap5_pyra_4gb_defconfig, which supports booting from either the internal eMMC or external SD cards for enhanced flexibility. The Linux includes patches from the Letux focused on optimizations, such as dynamic voltage and (DVFS) to improve during idle and load states, while maintaining with the Pyra's peripherals. These patches also facilitate CPU beyond the 1.5 GHz dual-core Cortex-A15 speeds to achieve higher when needed, though actual limits depend on conditions and cooling. Software updates are delivered over-the-air using the Debian APT , drawing from repositories and community-maintained sources for Pyra-specific enhancements, ensuring seamless patches and additions without proprietary restrictions. The entire software emphasizes () compliance where possible, with all drivers except the GPU, , and sources publicly available on repositories, allowing users and developers to , modify, and contribute to the .

Applications and Compatibility

The DragonBox Pyra, running /, supports a wide of native applications through its standard package , allowing users to install productivity tools such as for document and office tasks. Media like are also available via repositories, playback of various audio and video formats on the device. Development environments, including compilers and like and Vim, can be installed similarly, facilitating on-device programming and software . For gaming, the Pyra's built-in controllers and hardware design emphasize retro emulation, with support for systems like the NES and PlayStation 1 through open-source emulators. Mupen64Plus provides Nintendo 64 emulation, running many titles at playable speeds on the Pyra's ARM architecture, though with some graphical glitches and performance variations. Community efforts have ported modern indie games compatible with Linux, such as those built for ARM, leveraging the device's GPU for 2D and lighter 3D titles. Compatibility extends to cross-platform software via emulation layers; Android applications can be run using containers like Anbox, which integrates Android apps into the Linux environment without full virtualization. Native Linux games are directly supported, with ELF binaries executing seamlessly on the Pyra's processor. For emulation, the device handles ROM formats such as ISO files for disc-based systems, ensuring broad access to retro game libraries.

Production and Release

Timeline

The of the followed its origins , leading to milestones starting . , the conducted a full run of the final revision, validating functionality including the case and software . units began shipping to early backers by , marking the from to . Shipping of and early units continued into , with of the first batches completing by late , allowing fulfillment to holders. By , units were in active and shipment, with over 120 devices delivered amid ongoing refinements to processes. Global chip shortages from 2021 to 2023 significantly impacted production, causing slowed output and component procurement delays for the Pyra's ARM-based hardware. In response, assembly restarted in May 2022 after resolving supply chain bottlenecks, enabling gradual resumption of unit builds. Batch shipments to European customers occurred in 2024, with units listed as in stock on the official store, prioritizing EU frequency models. As of August 2025, pre-order fulfillment remains ongoing, with forum discussions tracking progress through the queue of approximately 500 orders remaining, including deliveries to backers from as early as 2016.

Models and Availability

The DragonBox Pyra is offered in a Wi-Fi model and a 4G mobile variant, both equipped with 4GB of , a backlit , and integrated game controllers featuring dual analog nubs. The base Wi-Fi model is priced at €630 including 19% VAT, providing core connectivity via Wi-Fi and Bluetooth without cellular capabilities. The 4G edition, available in or frequency , costs €745 including and incorporates , , a , and additional sensors including , , , and . Optional modular bundles enable through swappable cards and ports, complementing the built-in 32GB eMMC and MicroSDXC . All models ship pre-installed with / as the operating . Pyra units are available exclusively through on the DragonBox , operating via a pre-order that requires an downpayment followed by final to shipment. As of , remains with hand-assembly, resulting in slow fulfillment; for instance, only about 40 pre-orders were shipped in 2025. is centered in the with , lacking channels , though the accommodates North ; secondary resales occur within forums.

Reception and Legacy

Critical Reception

The DragonBox Pyra received mixed reception from technology outlets focused on open-source hardware and portable computing, with praise centered on its modular design and commitment to openness, though tempered by concerns over prolonged development timelines and aging specifications. Liliputing highlighted the device's hackable nature, noting its user-replaceable battery, extensive port selection including micro HDMI and USB Type-A, and support for Debian Linux alongside other operating systems, positioning it as an innovative option for tinkerers despite its niche market. Similarly, CNX Software commended the Pyra's versatility for gaming and emulation, citing demonstrations of PlayStation 1 emulation running at 60 frames per second, and emphasized the availability of full design schematics for community modifications. Critics frequently pointed to the Pyra's as outdated by the time of its 2020 release, with the OMAP 5432 dual-core Cortex-A15 —originally launched —limiting its competitiveness against contemporary handhelds. NotebookCheck, preview, described as promising for its upgradable components and hacker-friendly features like a backlit and transparent casing, but noted it felt overdue after four years of , with specs lagging behind such as GPD models. echoed these sentiments coverage, praising the interchangeable CPU board for future-proofing but criticizing the high price—ranging from €500 to €626 excluding VAT ()—and the use of proprietary (non-free) PowerVR drivers on , limiting full open-source compatibility for 3D acceleration, which could hinder more demanding applications. Overall, coverage portrayed the Pyra as a specialized for open-hardware enthusiasts rather than a , with its and prowess for retro titles like those on earning approval, while exceeding seven years from announcement and the for dated internals drew consistent . was anticipated to or exceed the predecessor Open Pandora's 10 hours for light tasks, though real-world testing in reviews was limited due to the 's rarity.

Community and Impact

The DragonBox Pyra has cultivated a dedicated of enthusiasts, centered around the forums at pyra-handheld.com, which have been active since the project's announcement in 2014. These forums serve as primary hubs for discussions on hardware modifications, , and troubleshooting, with thousands of threads covering topics from Pyra usage to specifications. Users frequently share builds, available in the site's resources for both and -developed variants, enhancing the device's flexibility for Linux-based applications. Additionally, the has produced 3D-printed accessories, such as case extensions and modules, documented in dedicated forum threads that encourage collaborative and iteration. The Pyra's emphasis on open-source principles has had a notable impact on the broader ecosystem of free and open-source software (FOSS) gaming. Community members have contributed to emulation projects, including packaging and optimizations for RetroArch specifically tailored to the Pyra's hardware, enabling efficient retro gaming on the device via GPU acceleration with its PowerVR SGX544MP3 graphics core. These efforts align with the Pyra's role in promoting hackable, transparent hardware, influencing subsequent open-source handheld initiatives by demonstrating the viability of community-driven upgrades and software portability in portable computing. As of 2025, the Pyra community remains resilient amid ongoing production delays, with forum discussions highlighting the project's challenges while reinforcing collective support for its open-source ethos. As of November 2025, production remains slow with limited updates, leading to community discussions expressing impatience, though pre-orders continue to fund development. Additionally, advancements in open-source PowerVR drivers since 2023 offer potential for improved graphics support. Pre-orders, which nearly reached 1,000 units by late 2016 and continue to sustain development through downpayments, have kept the initiative viable despite extended timelines, allowing for iterative improvements based on user feedback. This sustained engagement underscores the Pyra's legacy in fostering a tight-knit group committed to advancing accessible, modifiable handheld technology.

References

  1. [1]
    Pyra Handheld
    The Pyra is a 5" 720p touchscreen mini computer with gaming controls, 32GB storage, a 1.5GHz CPU, and multiple ports, running a full desktop OS. It is ultra- ...
  2. [2]
    Dragonbox Pyra open source hardware handheld Linux PC is finally ...
    Dec 30, 2020 · Dragonbox Pyra open source hardware handheld Linux PC is finally shipping · Dual-band Wi-Fi 802.11 b/g/n and Bluetooth 4.1. · Optional LTE and ...
  3. [3]
    Pyra - DragonBox Shop
    The Pyra is a successor to OpenPandora, with a faster CPU, 5" HD screen, backlit keyboard, and is upgradable, making it cheaper long term.
  4. [4]
    Technical Specifications | Official Pyra and Pandora Site
    2GB or 4GB RAM, 32GB internal eMMC · 720p 5" LCD with resistive touchscreen · High-Quality speakers, analog volume wheel · Headset-Port, Built-in-Mic, HDMI Video ...
  5. [5]
    Latest open-source handheld on the way - TechRadar
    Sep 2, 2008 · The development team behind the Pandora open-source handheld has finally announced a release date and price for the console.
  6. [6]
    Dragonbox Pyra begins shipping to customers (open hardware ...
    Dec 29, 2020 · Developed by a team led by Michael Mrozek (EvilDragon), the Pyra is something of a spiritual successor to the Pandora handheld Linux gaming ...
  7. [7]
    The History of Handheld Gaming PCs | TechSpot
    May 15, 2024 · In 2014, Mrozek laid out plans for a spiritual successor to the Pandora, called the DragonBox Pyra. Similar to the Pandora, the DragonBox Pyra ...
  8. [8]
    DragonBox Pyra FOSDEM 2014 - YouTube
    Feb 2, 2014 · The talk of Michael Mozrek at the FOSDEM 2014 about the successor of the Open Pandora, called the DragonBox Pyra. Thanks to Linux-SWAT for ...
  9. [9]
    DragonBox Pyra open source mobile game console to pick up ...
    Feb 7, 2014 · While the Pyra is still a work in progress, Mrozek showed of a sample of the board at FOSDEM recently, where he demonstrated its power by ...
  10. [10]
    EvilDragon Announces A Pandora Successor, The Pyra
    Michael Mrozek was one of the main guys behind the original Pandora concept in 2009, and at FOSDEM (Free and Open source Software Developers' European ...Missing: origins | Show results with:origins
  11. [11]
    The DragonBox Pyra Moves Closer As OpenPandora Successor
    Jul 20, 2014 · The Pyra will feature a microSD port and up to 32GB of internal storage, the OMAP5 SoC is expected to be used for this device, a standard HDMI ...
  12. [12]
    DragonBox Pyra Open Source Handheld Game Console To Feature ...
    Feb 10, 2014 · The demo at FOSDEM 2014 did not use GPU acceleration, but both 2D and 3D acceleration should be supported with the drivers released by Texas ...
  13. [13]
    The DragonBox Pyra is now available for preorders - The Verge
    May 2, 2016 · While there is no firm release date for the DragonBox Pyra as of yet, you can preorder it today starting at €500 ($575).
  14. [14]
    DragonBox Pyra pre-orders begin (open Source handheld gaming ...
    May 1, 2016 · It's expected to be available for purchase soon for about 500 Euros (plus VAT). But if you want to help fund the developers you can now place a pre-order for ...<|control11|><|separator|>
  15. [15]
    DragonBox Pyra Goes Up For Pre-Order - Phoronix
    May 1, 2016 · The 2GB standard edition will set you back 330 EUR while the version will start at 400 EUR. The device aims to be open-source hardware, but of ...Missing: raised 300000
  16. [16]
    a Sneak Peek! (2014-01-02) | Official Pyra and Pandora Site
    Jan 2, 2014 · The new year has started - and I hope it did start well for you. A fresh new year, new plans, new possibilities.Release date announcement for Pyra?A Recent Presentation about the DragonBox Pyra | Page 4More results from pyra-handheld.com
  17. [17]
    Prototype Production Run | Official Pyra and Pandora Site
    Dec 1, 2015 · The first machine with the dark cover puts the solder paste onto the PCBs. Then the boards move on to two Siemens Siplace machines which ...Missing: TI sliding mechanism
  18. [18]
    Video: DragonBox Pyra open source handheld game console ...
    Mar 12, 2016 · The video shows a handheld gaming device with a 5 inch, 720p display, a TI OMAP5 processor, 2GB of RAM, and a Linux-based operating system ( ...
  19. [19]
    Pyra: Prototype case and Mainboard - YouTube
    Apr 11, 2015 · This show the (near) final prototype case (printed), mainboard and display PCB. The 3D print isn't very robust, so excuse a few cracks here ...Missing: DragonBox early 2015 TI OMAP5432 mechanism
  20. [20]
    Open (Plans-Source) Hardware – DragonBox Pyra - dwaves.de
    Jan 16, 2017 · GPD Win IndieGoGo campaign · Pyra specification · GPD Win specification · GPD Win development updates · Nokia N900 technical specifications.
  21. [21]
    Information about OS / Kernel / Prototypes - The Pyra
    Dec 25, 2019 · Touchscreen not 100% accurate at the edges: Unfortunately, this is a problem with resistive touchscreens: It's always unresponsive at the edges.Preparing for a Prototype | Page 23 | Official Pyra and Pandora SiteFirst information for new Pyra owners (FAQ)More results from pyra-handheld.comMissing: controllers | Show results with:controllers
  22. [22]
    https://dev.pyra-handheld.com/kernel/pyra-uboot
  23. [23]
    DragonBox Pyra Handheld 4G LTE Mobile Edition 4GB | Device Specs
    Released First official market release date in (year, month), 2017 Feb. Announced Date of the official announcement (year, month), 2016 May 1. Hardware Designer ...
  24. [24]
    Comparing OpenPandora GmbH DragonBox Pyra with Nintendo ...
    Display size, 5 in, 6.2 in. Body size, 139 x 87 x 32 mm (5.47 x 3.43 x 1.26 in), 238 x 102 x 28.5 mm (9.37 x 4.02 x 1.12 in). Weight, 384 gr, 398 gr. Chipset ...
  25. [25]
    U-Boot - Pyra Wiki
    Sep 15, 2024 · Uboot can bring up many boards. You need a configuration that is designed to bring up an omap board. make omap5_pyra_4gb_defconfig
  26. [26]
    Beta - Mupen64Plus | Official Pyra and Pandora Site
    Feb 5, 2021 · Mupen64plus is a well known Nintendo 64 emulator which runs fairly nicely on the Pyra. There's still some issues that need to be resolved ...Mupen64Plus Compatibility List | Official Pyra and Pandora SiteMupen64Plus (Nintendo 64) Pyra -W.I.PMore results from pyra-handheld.com
  27. [27]
    Emulators on DragonBox Pyra - Emulation General Wiki
    For emulation of Pyra games, see DragonBox Pyra. Contents. Multi-Systems[edit] ... Mupen64Plus · 0.1, Mid, Proprietary, ✓, ✓. GBA[edit]. Name, Latest version ...
  28. [28]
    Comparison Chart - Pyra Wiki
    Jun 2, 2021 · Comparison Chart ; 1280×720 px (294 px∕in; 0,92 megapixel)[7] · Dualtouch Resistive (Stylus included) ; 1280×720 px (294 px∕in; 0,92 megapixel)[7] ...
  29. [29]
    Pyra Prototype Test Run - and a surprise - YouTube
    May 9, 2019 · This video explains how the new team works on the case and it also shows our testing setup and a full test run with first run wizard on a ...Missing: phase 2015-2019 TI OMAP5432
  30. [30]
    DragonBox Pyra prototypes begin shipping (open source handheld ...
    Dec 29, 2019 · The DragonBox Pyra is a handheld computer with a 5 inch display, a QWERTY keyboard and a built-in gamepad. It's designed to run free and ...
  31. [31]
    Christmas Update - what happened 2021 and what will happen 2022
    Dec 24, 2021 · It's good to see that at least the Pyra production is not (yet) directly affected by all these Covid related issues that bother basically the ...Tales of an Assembly | Official Pyra and Pandora SiteEverything sorted into the shelves | Official Pyra and Pandora SiteMore results from pyra-handheld.comMissing: initial | Show results with:initial
  32. [32]
    Global chip shortage could last until 2023 - CNBC
    May 12, 2021 · The global chip shortage could last until 2023 · Chips are in everything from PlayStation 5s and toothbrushes to washing machines and alarm ...Missing: DragonBox Pyra
  33. [33]
    Pyra News - May 2022 - YouTube
    May 17, 2022 · ... this project is still not finished. 18:20. Go to channel · Pyra Prototype Test Run - and a surprise. OpenPandora•9.6K views · 14:58. Go to ...Missing: improvements power management battery module slots
  34. [34]
    Pyra Handheld Black (4G EU-Edition) - DragonBox Shop
    In stockThe Pyra Handheld Black (4G EU-Edition) is in stock for €626.05. It is a 4G device, and import taxes may apply outside the EU.Missing: computer | Show results with:computer
  35. [35]
    So where are we with the Pyra--really? (August 2025 Query)
    Sep 1, 2025 · Its been 57 months, I'll round up to 60, One of the latest deliveries is said to have preordered on May 2nd, I'll assume that is preorder #400.So where are we with the Pyra--really? | Page 3Weekly Pyra Preorder Stats | Page 22More results from pyra-handheld.comMissing: pre- fulfillment
  36. [36]
    Crowdfunded Dragonbox Pyra handheld PC almost ready for launch
    Jul 31, 2018 · The crowdfunded Dragonbox Pyra handheld mini PC is finally close to commercial release. The German developers released the final specs.
  37. [37]
    The Pyra Handheld Linux PC is Shipping
    Jan 11, 2021 · The Pyra is a highly customized device, with numerous ports, swappable internals and battery, and specific gaming and keyboard controls included ...
  38. [38]
    DragonBox Pyra handheld computer inches closer to release
    Jul 24, 2020 · The DragonBox Pyra is a handheld computer that's been under development for more than six years, but it's finally almost ready to ship.
  39. [39]
    Pyra Open Source Debian Handheld Computer & Game Console is ...
    May 2, 2016 · Battery – 6,000mAh, same as for Pandora. Battery life is expected to be the same or better as Pandora (10 hours), except for CPU intensive tasks ...
  40. [40]
    Official Pyra and Pandora Site
    The official website for the DragonBox Pyra and OpenPandora handheld devices.The Pandora · Pyra News · The Pyra · Technical Specifications
  41. [41]
    Firmwares | Official Pyra and Pandora Site
    Official and Non-Official firmwares.
  42. [42]
    Release - Retroarch | Official Pyra and Pandora Site
    Jul 14, 2021 · Hi there, This is the retroarch initial packaging for pyra. It run using the SGX, so it's normally GPU accelerated.Pandora - EmulationStation with retroarch 1.7.2 question(s) - The PyraRetroArch (NES, SNES, Genesis+SCD, GBC, GBA, and more) now ...More results from pyra-handheld.comMissing: contributions | Show results with:contributions
  43. [43]
    Weekly Pyra Preorder Stats | Page 22
    Oct 29, 2016 · ... pre-orders (1099-1094) Week156 (21/04-27/04): 2 pre-orders (1097 ... DragonBox Pyra · English (US) · Contact us · Terms and rules · Privacy ...Got your Pyra? Write it here for all | Page 2 | Official Pyra and ...General Order Questions | Official Pyra and Pandora SiteMore results from pyra-handheld.com
  44. [44]
    Preorder FAQ | Official Pyra and Pandora Site
    Questions about the preordering process. Q: Where can I place my preorder? A: You can find the preorder for the different units at the DragonBox Shop.Missing: 300000 | Show results with:300000<|control11|><|separator|>
  45. [45]
    Is any active development still happening? - Pyra Handheld
    Aug 7, 2025 · Two big flaws still exist: no energy saving mode and the AESS sound driver not working. I have another point to complain regarding the dbp ...