Tyche desktop Powerboard prototypes are fully funded!

Over the past few days, our community has achieved something truly remarkable. Thanks to an astonishing surge of solidarity and the unwavering generosity of our donors, we have successfully closed the funding campaign for the production of the three physical prototypes of the Tyche Desktop Powerboard.

This final sprint proves once again how passionate, resilient, and committed the community surrounding the Power Progress Community and the PowerPC Notebook Project truly is. Reaching our target on schedule enables us to settle production costs with the manufacturer and advance swiftly towards turning our open hardware designs into physical reality.

From Desktop to Notebook

Focusing our current efforts on the Micro-ATX (244 × 172 mm) desktop implementation is a conscious, pragmatic engineering decision. Designing an open-hardware laptop motherboard from scratch presents formidable thermal constraints, tight physical enclosures, and intricate battery charging/power management circuitry.

By fabricating the desktop version first, we can validate and harden the computing core at a substantially reduced cost and risk:

  • Processor and architecture: NXP QorIQ T2080 quad-core e6500 64-bit multithreaded processor featuring dual-issue AltiVec SIMD technology (native Big-Endian execution).
  • Robust expansion: dual DDR3 SO-DIMM sockets, PCIe expansion slots for modern dedicated graphics cards, an M.2 NVMe slot, and rich high-speed I/O.
  • Radical transparency: schematics published under the CERN Open Hardware Licence v1.2, strictly adhering to OSHWA guidelines, converted from Orcad to the open-source KiCad EDA suite.

Once this core computing engine is verified and fully operational on the test bench, re-integrating the battery-management subsystem into the modular notebook chassis will be a much smoother and safer procedure.

Prototype production: done thanks to your incredible effort to have given in advance the funds in time to balance for the PCB fabricator and assembly lines ( in close coordination with our long-standing partner, ACube Systems) now we should receive in December this money from NLnet , and that’s vital for the progresses of our project as our association and donors have give everything to balance in time, so nothing is left.

We have other payment for the next stages and so thanks to the first chunk of funds from NLnet we will fulfill our duty. As the process of request to finance every stage is after we realize the stage, in fact we need to manage this delay and so collecting in advance the money for the first goal the first prototype production permit us to survive with this delay. In any case we believe that we will could count next months on donations with a less forced marathon to collecting donation, as we have done in the previous months. We still collect donations because we need to have funds our own as we need to pay in advance when we have delays in receive funds or when we will have more expenditures than what we have previewed and we have agreed with NLnet.

Memorandum of Understanding (MoU) has been signed by both PowerProgress Community OdV and NLnet.

Task 1: Build a first batch of 3 prototypes (€ 9100)
Task 2: Hardware Supervisory & Power-Sequencing Firmware (€ 4800)
Task 3: Prototype management and debug first batch (€ 2650)
Task 4: U-Boot firmware configuration (€ 4500)
Task 5: Build a second batch of 3 prototypes and publication (€ 13100)

Total amount: € 34150

What comes next: our operational roadmap

With our production budget secured, the project enters an invigorating hands-on phase:

1. Hardware bring-up & low-level firmware: the boards are under examination in the laboratory test bench to initialise power rails, configure uPic and the CPLD control logic

2. Bring up the U-Boot bootloader with the needed configuration for the device threee customized for our Powerboard Tyche Desktop and for radeon driver for u-boot.

3. GNU/Linux software bring-up: we will commence testing 64-bit Big-Endian operating systems, centring primarily on Debian PPC64.

4. We expect few fixes on schematics and PCB that means a new release of the schematics and the PCB

5. We expect a second prototype production that should be prototype ready we a second hardware tests.

NGI Zero Commons Fund Continuity: In parallel, the forthcoming release of the first grant installment from the NLnet Foundation’s NGI Zero Commons Fund will provide continuous backing and momentum for our ongoing software acceptance procedure and platform refinement.

Get involved!

Physical boards are the canvas; libre software is the soul that brings them to life. We need contributors of all backgrounds:

  • Debian PPC64 testing: assist us in testing packages, reporting build failures, and compiling upstream software on Big-Endian systems.
  • Firmware and bootloader: lend a hand with U-Boot, CPLD code, and kernel drivers in our official GitLab repositories.
  • Hardware review: help verify schematics, routing, and component libraries within KiCad.

To every donor, advocate, and volunteer who carried us over the finish line in these 58 hours: thank you. You are proving that an independent, open, community-driven computing alternative is not just a dream, it is actively taking shape.

Production ready Powerboard Tyche Desktop

We have other payment for the next stages and so thanks to the first chunk of funds from NLnet we will fulfill our duty. As the process of request to finance every stage is after we realize the stage, in fact we need to manage this delay and so collecting in advance the money for the first goal the first prototype production permit us to survive with this delay. In any case we believe that we will could count next months on donations with a less forced marathon to collecting donation, as we have done in the previous months.

We still collect donations because we need to have funds our own as we need to pay in advance when we have delays in receive funds or when we will have more expenditures than what we have previewed and we have agreed with NLnet.

The Memorandum of Understanding (MoU) has been signed by both PowerProgress Community OdV and NLnet.

Total amount: € 34150

Task 1: Build a first batch of 3 prototypes (€ 9100)

Task 2: Hardware Supervisory & Power-Sequencing Firmware (€ 4800)

Task 3: Prototype management and debug first batch (€ 2650)

Task 4: U-Boot firmware configuration (€ 4500)

Task 5: Build a second batch of 3 prototypes and publication (€ 13100)

Our GitLab repository https://gitlab.com/power-progress-community/oshw-powerpc-desktop-tyche/-/tree/main/KiCad?ref_type=heads the OrCad schematics source, converted to Altium and then imported into KiCad, thanks to our association members.

Specs

Form Factor: Micro ATX – measuring 244 mm in height and 172 mm in width.

CPU: NXP T2080, e6500 64-bit Power Architecture with Altivec technology 4 x e6500 dual-threaded cores, low-latency backside 2MB L2 cache, 16GFLOPS x core

RAM: 2 x DDR3 slots

VIDEO

  • PCIE3 x16 VIDEO Card 1
  • PCIE2 x4 VIDEO Card 2

AUDIO: C-Media 8828 sound chip, audio IN and audio OUT jacks

  • it features optical digital audio inputs and outputs,
  • 6 analog RCA connectors for 7.1 surround sound,
  • separate ground connections for the analog and digital sections to ensure maximum sound clarity.

USB: Four 3.0 and Two 2.0 ports

STORAGE:

  • NVM Express (NVMe)
  • M.2 2280 connector
  • 2 x SATA2
  • 1 x SDHC card reader

NETWORK:

  • 2 x Gigabit ethernet RJ-45 connector

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  • Milestone

    Phase 1: Schematics Design (done)

    Phase 2: PCB Design (done)

    Phase 3: Prototypes Production: (done)

    Phase 4:  Hardware Supervisory & Power-Sequencing Firmware. : goal 31.11.2026

    Phase 5: Prototypes Tests. : goal 31.12.2026

    The timing of milestone depend from your donation. Thanks!

  • Memorandum Details

    Task 1: Build a first batch of 3 prototypes (€ 9100)

    This task covers component procurement, 10-layer impedance-controlled PCB manufacturing, and surface-mount (SMT) assembly for the initial batch of three Tyche desktop motherboards. It translates the NXP-reviewed electronic schematics into physical hardware, validating the high-speed SerDes transmission routing, isolated power planes, dual DDR3 ECC memory channels, and primary PCIe Gen3 interfaces.

    Output: Three assembled physical Tyche prototype boards delivered to the laboratory for electrical inspection and bring-up, supported by component procurement receipts and manufacturing quality reports.

    Milestone Amount 1a. Build a first batch of 3 prototypes€ 9100Total€ 9100

    Task 2: Hardware Supervisory & Power-Sequencing Firmware (€ 4800)

    This task encompasses developing and validating the open bootstrap logic and power-sequencing firmware implemented across the onboard Lattice CPLD and supervisory microcontroller (uPic). This logic orchestrates precise power-rail ramp-up sequencing, manages clock distribution and system reset arbitration, handles thermal monitoring, and injects the Reset Configuration Word (RCW) into the NXP T2080 SoC to guarantee a safe, reliable cold boot.

    Output: Fully documented, auditable CPLD HDL source code and supervisory microcontroller firmware published in the project's public repository, demonstrating deterministic power sequencing and successful SoC reset de-assertion on the physical prototypes..

    Milestone Amount 2a. Hardware Supervisory & Power-Sequencing Firmware (uPic + CPLD)€ 4800Total€ 4800

    Task 3: Prototype management and debug first batch (€ 2650)

    This task covers technical coordination with assembly facilities (3a) and hands-on laboratory electrical debugging of the initial prototype boards (3b). Hardware specialists perform low-level bench characterisation across all power rails, clock lines, DDR3 memory signal integrity, and high-frequency SerDes lanes using oscilloscopes and logic analysers. Any electrical discrepancies, routing adjustments, or component errata are identified, solved via hardware rework, and documented.

    Output: A comprehensive hardware debugging and bring-up report detailing electrical measurements, verified power sequencing, catalogued errata, and schematic/layout adjustments published openly on the community portal....

    Headline

    Payment Methods

    Online Donation – PayPal

    Press Donate and as Payment Method select PayPal You can choose one time donations, or recurring -smaller- monthly donations ( and with others selected frequency). ( How stop paypal recurring payment )

    For Donor that pay taxes in Italy specify your Fiscal Code to deduct the amount from your tax return

    Online Donation – Stripe

    Press Donate and as Payment Method select Stripe You can choose one time donations, or recurring -smaller- monthly donations ( and with others selected frequency).

    Offline Donation – Bank credit transfer

    These are the bank account details for donating:

    Bank name: Banca Popolare Etica

    Bank account owner: Power Progress Community OdV

    IBAN: IT94X0501801600000012339610

    Beneficiary Bank (57)

    Code BIC/ SWIFT: ETICIT22XXX

    Banca popolare Etica SCPA Via N. Tommaseo 7, 35131 Padova (PD)

    Intermediary Bank (56A)

    Code BIC/ SWIFT: POSOIT22XXX

    Banca popolare di Sondrio

    Piazza Garibaldi 16, 23100 Sondrio (SO)

    CAUSE:“liberal donation – NAME and SURNAME”

    ( for person with italian fiscal code if you specify your fiscal code your donation is tax deducible)

    Where the NAME and SURNAME are the same you will fill in the Donate page.

    After you have made the bank transfer press Donate and as Payment Method select Offline Donation.

    In Offline donation the recurring donations is only a declaration of intent as the system doesn't do anything for you.

    Anonymous Donations

    When you make the donation (offline or online) you can choose to make your donation anonymous.

    Preferred payment method and TransferWise / CurrencyFair

    Our preferred payment method to receive donations (to keep commission and also your costs low) would be:

    • EU donors: Bank Transfer (online or offline)
    • Non-EU donors: Bank Transfer with services like <a href="htt...
    Donations are liberal and not refundable

    The Power Progress Community is a nonprofit organization established in Italy. The Italian law allow to collect liberal and not refundable donations meant to pursue the missions and projects of the association and not give back products.

    Restrictions for a nonprofit associations in Italy

    An organization like ours has to take into account the following constraints:

    1. A nonprofit association cannot make commercial products;
    2. The association can receive donations, but cannot refund them;
    3. The association must be coherent with its mission, and is allowed to ask for donations for their achieving the goals.

    So, what we can do to start our project is based on the points below:

    1. The association can have a particular goal to reach and ask donation to achieve it, but it cannot give back the money (no refunds).
    2. Donation must be altruist so, no one will receive something back for their donation.
    3. Italian law allows an association to finance an R&D for a project or activity.

    What happens if the campaign fails?

    As stated above, we will not be able to refund the donors in any case. Because of that, if the money collected is not enough to fund this research we will use it for another goal within the mission of the organization.

    Will all the received money be used for the research

    Almost, as any payment platform available, either PayPal, Stripe or the Bank account transfers, have a fee applied to each donation. As non-profit organization we have inside EU 1,8%+0,35euro of commission, outside EU 2,8%+0,35 euro ( from some country we see that could arrive to 4% of commission) for paypal. In case your bank transfer is from outside EU, for us bank commission cost is high: 6 euro, so we strongly suggest to use service like Transferwise to decrease the commission cost for both.

    Open Hardware

    As a final remark, we will try to adhere to the Open Source Hardware requirements in the design of this laptop motherboard, therefore we are strongly committed in avoiding any hardware component requiring an NDA (Not Disclosure Agreement).

    For this purpose, we have contacted many chips vendors in order to verify their agreement to distribute as Open Source Hardware our electrical schematics and PCB design obtained in this second campaign.

    Among others, NXP which is the company producing the selected CPU, has answered positively for the Powerboard Tyche Notebook that had taken from T2080RDB Revision C design, now we are waiting the level and parts that they agreed for T2080RDB Revision F, that's the new version that we have use for the new design of Powerboard Tyche Desktop,

    The process required to achieve a fully compliant Open Hardware motherboard, was carefully analyzed by students of the Law and Policy Clinic of New York University School of Law. Thanks to their work, are clear the practical implications of the requirements for the OSWHA Open Hardware certification, and cross-checked our approach and adopted solutions with OSWHA personnel.

    An important part of being considered Open Hardware compliant (OSHWA Open Hardware certification), require that everything that is under our control and that is used to produce our motherboard, should be publicly disclosed, such as schematics, PCB, Gerber-files and all their accompanying information.

    As a consequence, most of the datasheets of the chips used in our schematics are freely downloadable, as well as the schematics and the PCB design.

    In case some of the chip vendors will ask us to remove technical details that we were not supposed to disclose, we will comply to their requests by removing the published material, but that will do not impact on our compliance to OSHWA Open Hardware certification because we could demonstrate that we strived to be as open as we could.

    We are sure that you will be satisfied by the final PCB design, and you will be proud of being one of the contributors that could make materialize the first and only Open Hardware complaint PowerPC desktop motherboard designed around GNU/Linux!!​