Commodore 64 Quarterly – June 2026 Inaugural Edition

The revived Commodore organisation reports that it has manufactured more than 30,000 new Commodore 64 systems, with the C64 Ultimate line now moving beyond early pre-order activity. The company describes the C64 Ultimate as FPGA-based hardware rather than a software emulator, with HDMI, AV output, modern menus and SID-related enhancements.[1]

The most interesting part of the story is not simply that a new C64 exists. It is that the community is debating what authenticity means in 2026: original chips, FPGA recreation, cycle accuracy, real keyboards, modern video output and the right to modify firmware.

The C64C Ultimate has been announced as a sibling to the breadbin-style C64 Ultimate, using the same FPGA platform but adopting the later C64C case style. Reports note that the case is connected to original 1980s tooling, making it an unusually tangible bridge between preservation and modern production.[2]

Commodore’s firmware policy drew attention after discussion around third-party FPGA firmware. The company later stepped back from blocking third-party firmware installation, while making clear that unsupported firmware remains the user’s responsibility if it damages a system.[3]

This is a useful reminder that modern retro hardware is not only about nostalgia. It also raises contemporary questions about user freedom, warranties, open development and long-term repairability.

Blaze Entertainment and Retro Games Ltd have announced THEC64 Handheld, a portable clamshell-style C64 gaming system expected to ship in October 2026. It includes a 4.3-inch 800×480 display, 25 built-in games, microSD support for additional titles, USB support for external keyboards or joysticks, and a rechargeable battery. [4]

For purists, it is not a replacement for a real C64. For players, however, it may become a convenient way to keep C64 games visible to a broader audience.

X’2026, held from 5–7 June 2026, produced a strong set of Commodore 64 demo releases. The results and release lists include major productions such as The Lab by Elysium, Next Round by Performers, Kamishibai by Atlantis and Rodents in the Attic by Lft.[5]

The continuing strength of the C64 demo scene matters because it is one of the few areas where the machine is still treated as a living technical platform. New effects, music routines, bitmap techniques and timing tricks are still being developed, shared and studied. CSDd has a comprehensive listing of the competition results. These are well worth the effort to explore through. Catgories include C64 demos, 4k intros, SID music, graphics and more.[6]

Games That Weren’t published a June 2026 digest covering lost C64 games and prototypes, describing it as a major archive update with recovered material. [7]

Preservation is not only about finished commercial releases. Prototypes, previews, abandoned projects and development builds help explain how games were made, what publishers rejected and how creative decisions changed before release. Numerous updates were made to the collection including Arcade Wizzard, Void a budget shooter, and even a Aussie Games prototype added.

Most new C64 development now happens away from the original machine. Developers commonly write code on Linux, Windows or macOS, assemble or compile it with modern tools, test in an emulator, then run the finished program on real hardware, FPGA systems or cartridge devices.

That workflow is not a compromise. It is one reason the scene remains productive. Fast editing, source control, automated builds and emulator debugging make it easier to produce reliable software for a very constrained machine.

One of the best ways to understand the C64 is to experiment with raster timing. The VIC-II video chip draws the screen line by line. By changing colours at precise moments, a program can create horizontal colour effects, split screen modes and visual transitions.

A beginner-friendly experiment is to change the border colour inside a loop:

        10 FOR I=0 TO 255
        20 POKE 53280,I AND 15
        30 NEXT I
        40 GOTO 10

This is not a proper synchronised raster routine, but it demonstrates an important idea: the display is being generated continuously, and the machine can change visible registers while the screen is being drawn.

The next step is to use a raster interrupt. A raster interrupt asks the VIC-II to interrupt the CPU when a particular screen line is reached. At that moment, your code can change colours, character sets, screen memory or sprite settings. Many classic and modern C64 effects are built from this foundation.

A useful quarterly project is to build a clean local C64 development environment. Create one folder containing your assembler or compiler, emulator, source folder, disk image output folder and a simple build script.

A basic structure might look like this:

c64-projects/
      hello-raster/
            src/
            build/
            disk/
            tools/
            README.md

The goal is repeatability. You should be able to type one command, build the program, generate a .d64 file and launch it in VICE.

C64 OS remains one of the more ambitious attempts to make the C64 feel like a practical expanded computer. The project describes itself as an operating system expansion with a unified interface, sophisticated tools, REU-assisted fast application switching and support for multiple open applications. [13]

It is worth exploring not only as software, but as a design argument: how far can an 8-bit machine be extended while still feeling like itself?

Another practical project is to make a personal preservation disk image. Collect a small set of public domain programs, notes, screenshots and documentation into a labelled .d64 or .d81 image. Add a text file describing where each item came from and why it matters.

This small discipline builds good archival habits. Future readers, including yourself, will thank you for clear filenames and source notes.

The most important C64 hardware advice remains simple: treat old power supplies with caution. A failing original PSU can damage the computer. Before spending money on cartridges, displays or cosmetic upgrades, use a known-good modern PSU or test the original carefully.

• SD2IEC: Affordable and convenient for many file-based workflows, especially BASIC programs and compatible software.
• Pi1541: A more accurate 1541 drive emulation approach, useful for software that depends on drive behaviour.
• 1541 Ultimate / Ultimate64: High-end solutions offering broad compatibility, cartridge features and expanded functionality.
• Kung Fu Flash: A practical cartridge option for many cartridge images and software-loading workflows.

A C64 restoration often focuses on capacitors, chips and video output, but the keyboard defines the experience. Clean keycaps carefully, photograph the layout before disassembly, avoid aggressive chemicals, and check the plungers and contacts patiently. A reliable keyboard can make a restored machine feel new again.

Magazine type-in programs were once a normal way to acquire software. Today they are easy to dismiss as quaint, but they taught important skills: careful reading, debugging, patience and experimentation.

Typing in a listing forced the reader to notice structure. Why did the program use POKE? Why did a loop run from one value to another? Why did a line contain strange data values? A type-in was not only a program. It was an informal programming lesson.

For modern readers, revisiting type-ins is still worthwhile. They are small enough to understand, historically revealing and often surprisingly clever. Even when the finished program is simple, the method teaches how much could be done with limited memory and a few pages of code.