‘Proper next-gen Amiga’ launched by Apollo Computing — promises full FPGA-powered backwards compatibility with its new 68080 chip
Thirty-one years after Commodore went bankrupt, ceasing development of next-generation Amiga computers, a German Amiga accelerator company steps up.

Apollo Computing stepped forward to reveal its “Proper next-gen Amiga” to the masses earlier this week. The German firm has unveiled the Apollo A6000, a comprehensive modern Amiga system featuring advanced technologies, including a “cutting-edge V4 AC68080” FPGA, which makes it the “most powerful Amiga 68k compatible ever created.”
Moreover, the Apollo A6000 retains the cutesy retro styling of the Amiga A600 (probably that machine’s best feature), enhanced by eye-popping tech specs and a built-in mechanical keyboard.
Vintage Amigans may best remember Apollo for its Amiga A1200 trapdoor accelerators, and more recently for Vampire FPGA accelerator boards for a host of legacy Commodore machines. While building up its expertise in the vintage-to-modern FPGA technology arena over the last decade, it appears to have finally reached the milestone of this fully remastered machine, which dovetails with the 40th anniversary of the Amiga.
So, what is the Apollo A6000? We’ll put together a specs table shortly, but the highlights include the aforementioned AC68080 FPGA, the provision of an unheard-of amount of Amiga system RAM (fast RAM and Chip RAM), CF plus dual SD slot storage, the SAGA chipset, and ample modern connectivity and peripheral ports.
Special attention should be paid to the AC68080 FPGA, which Apollo says they spent 10 years creating. A combination of reverse engineering the Amiga chipset and the Motorola 68000 series of CPUs has led to the development of this processor. There’s actually a website dedicated to it here if you want a super-deep dive on the ‘Apollo Core.’ At that link, you will be able to dig through the details of the features of the fast and fully featured ‘AMMX’ enhanced FPGA.
Processor | V4 AC68080 FPGA |
Chipset | SAGA |
RAM | 2GB fast RAM, 12MB chip RAM |
Storage | 128GB CF card and dual SD card slots |
Ports and interfaces | HDMI, 5x USB (one for power), Maggie 3D-VFX RTG graphics, Ethernet, mouse, joystick, IDE HDD, stereo audio with optional analog out, JTAG, expansion bay |
Keyboard | Mechanical keyboard with ABS caps and Cherry MX switches |
Software | 68K Apollo OS installed, which “runs Amiga OS 3.x software, games, Atari and MacOS” titles |
Case | 3D printed FDM case with choice of colors |
Unfortunately, we have some bad news to share regarding the Apollo A6000’s pricing and availability. With all those nice custom-made technologies coming together in the A6000, it is priced at over $1,000. In its home country, Apollo sold 40 First Edition Codename Unicorn devices for €960 each within hours of the announcement. Converted directly, that’s $1,128, but you could deduct 19% German VAT and add locally applicable U.S. sales tax to get a better idea of the final actual pricing.
The lucky buyers of this first production run of 40 units can look forward to delivery shortly. However, those of us who missed that first run should stay tuned to the links above for news of the next batch(es). On its Discord server, Apollo says details of the subsequent production runs and options will go live on the coming Friday (September 26).
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You wait 30+ years for a new Amiga...
Amiga hardware fans with smaller budgets can also look forward to the A1200 from Retro Games. This full-size Amiga A1200-a-like machine will be fully unveiled in October.
Meanwhile, the new owners of Commodore are also thought to be working on a new Amiga-like computer. CEO Peri Fractic teased a collaboration with veteran Amiga engineers and an ambitious product roadmap in an August video bulletin.
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Mark Tyson is a news editor at Tom's Hardware. He enjoys covering the full breadth of PC tech; from business and semiconductor design to products approaching the edge of reason.
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erazog It's impressive what they've done breathing life into the original hardware used by the Amiga and its great to see a modernised 68K CPU and not just another ARM-RISC core but the costs of using an FPGA is very high.Reply -
bit_user Trying to find out how fast the CPU is. I followed the link to the dedicated website. They mention that it's now 64-bit and a performance figure of 600 MIPS. I also found this discussion thread, which seems to indicate that the 68080 runs at 100 MHz:Reply
http://www.apollo-core.com/knwledge.php?b=2¬e=41277
TBH, 100 MHz is a bit lower than I was expecting, but you do take a pretty big performance penalty when using FPGA instead of ASIC. -
JeffreyP55
I started with the Motorola 68000 A500. Ended with an '040 A3000 and A1200, A4000. Every Amiga sans A1000 in between. Developers jumped ship after Commodore killed what was left of a fine PC. Commodore went on the cheap, scrapping 50 pin SCSI for (Barf!) IDE. Game over, hello PC.erazog said:It's impressive what they've done breathing life into the original hardware used by the Amiga and its great to see a modernised 68K CPU and not just another ARM-RISC core but the costs of using an FPGA is very high. -
palladin9479 On the technical side Amiga was pretty amazing for that era, unfortunately all those custom chips and protocols caused it to be very expensive and not compete well against IBM PC clones which all benefited from economies of scale. An ISA card is an ISA card, SIMM memory is SIMM memory, a frame buffer is a frame buffer, basically any manufacturer can build a compatible part for those computers, driving costs down.Reply
I really liked the Amiga and was sad when it died out. -
atomicWAR I'd had hoped for something a little more significant in the hardware but I am not exactly surprised either with the specs. I'll be interested to see what the new machine can do.Reply -
bit_user
I remember when Apple switched from SCSI to IDE. I think they also switched from DIMMs to SIMMs (the mainstream PC memory form factor, at the time). That happened in the G3, which I think was also one of their first few generations to feature PCI. Furthermore, it had a familiar mini-tower form factor and layout. I still remember popping off the side panel of one at work and remarking how it was basically a PC in every way except the CPU (which was PowerPC, back then).JeffreyP55 said:Commodore went on the cheap, scrapping 50 pin SCSI for (Barf!) IDE. Game over, hello PC. -
TerryLaze
http://www.apollo-core.com/index.htm?page=productsUp to 250Mhz as an 68080bit_user said:TBH, 100 MHz is a bit lower than I was expecting, but you do take a pretty big performance penalty when using FPGA instead of ASIC.
1Ghz as an 68030 seems crazy fast. (for a "real" amiga)
Apollo 68080 CPU
Performance is application dependent:
up to ~ 1000MHz 68030 / 500MHz 68040 / 250MHz 68060 -
bit_user
The page you quoted says it's as fast as a 250 MHz 060. It doesn't actually say what clock speed the 080 runs at.TerryLaze said:http://www.apollo-core.com/index.htm?page=productsUp to 250Mhz as an 68080
I hadn't seen those particular speed comparisons, but it does seem to reinforce the idea that it's running somewhere in the ballpark of 100 MHz.
Yeah, if you're only interested in using this for retro computing, I'm sure it'll be fine. If you want to run something like a modern web browser on it, a Raspberry Pi would run circles around it.TerryLaze said:1Ghz as an 68030 seems crazy fast. (for a "real" amiga)
The main question I had was whether they were trying to put it forth as any sort of modern platform, but clearly not. That's fine. -
TerryLaze
Read your initial post...you also said 060 and as an 060 it runs at 250Mhz.bit_user said:The page you quoted says it's as fast as a 250 MHz 060. It doesn't actually say what clock speed the 080 runs at.
Also the 080 is a fictional thing that they made so there is no comparison you can make, 100Mhz might be super fast. -
bit_user
Fixed. I meant to say 68080.TerryLaze said:Read your initial post...you also said 060 and as an 060 it runs at 250Mhz.
It stopped being fictional after they made it. The full name is the "Apollo Core 68080". They're borrowing the numbering scheme and ISA from Motorola, of course.TerryLaze said:Also the 080 is a fictional thing that they made
You can't compare it to a Motorola 080, because they never made one. However, their chip does have a clock speed and a I posted a link to where one of their employees compared it to CPUs with different ISAs.TerryLaze said:so there is no comparison you can make, 100Mhz might be super fast.