Amiga 500 Side Expansion Slot Pinout

Vampire 500 V2+ is your ultimate CPU accelerator board for the Amiga 500/1000/2000.

Powered by the Apollo Core 68080 which is a code compatible Motorola 68K processor, it is up to four times faster than the fastest 68060 at time.

It also brings your Amiga to next-gen level by bringing you digital video with millions of colours, Ethernet module connector and high-speed IDE port

Designed for Amiga 500 rev 3, 5, 6a, 8 and Amiga 2000 where it connects to the CPU socket.

Connecting to a CPU slot adapter on the Amiga 2000 is not officially supported but possible.

Impressive results of the V500 V2+ processor:

149 MIPS / 74 MFLOPS / 142905 Dhrystones with SysInfo |

The V500 is designed for the Amiga 500. It is meant to replace the 68000 CPU. Therefore, it plugs into the 68k CPU socket of the Amiga 500. Of course, the old 68000 CPU must be removed from the socket before plugging in the Vampire 500 V2+. To ensure full connectivity removing Kickstart chip might be necessary.

The Vampire 500 V2+ can also be plugged into the on-board 68k CPU socket of the Amiga 2000. Again, the old 68000 CPU must be removed from this socket before plugging in the Vampire 500.

We know that the Vampire 500 works perfectly in the Amiga 2000 if the installation is done correctly.

On both the Amiga 500 and the Amiga 2000, the 500 V2+ can be physically plugged into the 68k CPU socket in only one way. Accidentally plugging it in upside down is physically impossible.

Vampire 500 V2+ works great in the Amiga 2000 |

Vampire 500 V2+ is equipped with the 68080. It is a new CPU you can code as easy as any previous Motorola 68K processor. 68080 is an affordable CPU for your Amiga that is way faster than the fastest 68060.

It is 100% code compatible with all CPUs and FPUs of the Motorola 68000 family.

68080 in the V500 does on average 149 MIPS |

Designed according to modern processor standards, it's fully written in VHDL, and is intended to run on Altera Cyclone FPGAs.

OS 3.x currently recognizes this new processor as a 68040. Still we recommend to use brand new open-source Apollo OS that will be able to make full use of advanced V500 features.

Below is benchmark done with the SysInfo tool for various configurations.

All tests show that 68080 is much faster than 68060 200Mhz - scores are all confirmed by SysInfo, SysSpeed and AIBB benchmarking tools. Just compare the SysInfo results below:

AMMX is a 64 Bit SIMD extension to an 68k processor.

AMMX is optimized for integer and pixel operations. Thanks to AMXX, software on Vampires can run much faster that on other accelerators or Amiga computers.

Thanks to AMMX, the 68080 at 80 mhz achieves performance close to the PowerPC 750 at 800 MHz.

AMMX brings the 68080 to 600-800 MHz PowerPC G3 level|

Note that AMMX and MMX have very little in common other than sharing three letters. The instructions are different and AMMX brings a significant number of features that MMX simply lacks.

For graphics and video operations the integer math is most important. Excellent design gives AMMX a huge advantage over SSE for 2D game coding

For 2D games AMMX beats SSE hands down. Just have a look at the results below:

This new FPU Core is mostly hardware-implemented, very close to a 68060 FPU and 100% pipelined.

The whole set of instructions from the 68040 and 68060 is available, as well as the whole 68881 and 68882 subset.

From an end-user or end-coder perspective, the 68080 FPU does not provide any new floating point instructions or any other big changes; the FPU instruction set is the legacy one.

68080 FPU is very promising showing 35-40 MFLOPS in SysInfo|

Since the 68080 is aiming at 68040 compatibility, we decided to implement a full 040/060 FPU in hardware and to offer an efficient FPU interface for the instructions that are not implemented in hardware. As a consequence, all the legacy 68881 and 68882 instructions are handled with new optimized mechanics.

The result of this work consists of an autonomous FPU, not relying on any third-party tool / library anymore (as opposed to what 68040/68060.library does).

V500 FPU is also able to use a dedicated Floating Point Software Package (FPSP 080).

The original 68080 FPU was designed to perform all calculations in 80-bit 'extended precision', like the original 68k FPUs. This is too big to fit into FPGA. Therefore, the V500 FPU features 52-bit precision.

Vampire 500 V2+ is your ultimate CPU accelerator board for the Amiga 500/1000/2000.

Powered by the Apollo Core 68080 which is a code compatible Motorola 68K processor, it is up to four times faster than the fastest 68060 at time.

It also brings your Amiga to next-gen level by bringing you digital video with millions of colours, Ethernet module connector and high-speed IDE port

Designed for Amiga 500 rev 3, 5, 6a, 8 and Amiga 2000 where it connects to the CPU socket.

Connecting to a CPU slot adapter on the Amiga 2000 is not officially supported but possible.

Impressive results of the V500 V2+ processor:

149 MIPS / 74 MFLOPS / 142905 Dhrystones with SysInfo |

The V500 is designed for the Amiga 500. It is meant to replace the 68000 CPU. Therefore, it plugs into the 68k CPU socket of the Amiga 500. Of course, the old 68000 CPU must be removed from the socket before plugging in the Vampire 500 V2+. To ensure full connectivity removing Kickstart chip might be necessary.

The Vampire 500 V2+ can also be plugged into the on-board 68k CPU socket of the Amiga 2000. Again, the old 68000 CPU must be removed from this socket before plugging in the Vampire 500.

We know that the Vampire 500 works perfectly in the Amiga 2000 if the installation is done correctly.

On both the Amiga 500 and the Amiga 2000, the 500 V2+ can be physically plugged into the 68k CPU socket in only one way. Accidentally plugging it in upside down is physically impossible.

Vampire 500 V2+ works great in the Amiga 2000 |

Vampire 500 V2+ is equipped with the 68080. It is a new CPU you can code as easy as any previous Motorola 68K processor. 68080 is an affordable CPU for your Amiga that is way faster than the fastest 68060.

It is 100% code compatible with all CPUs and FPUs of the Motorola 68000 family.

68080 in the V500 does on average 149 MIPS |

Designed according to modern processor standards, it's fully written in VHDL, and is intended to run on Altera Cyclone FPGAs.

OS 3.x currently recognizes this new processor as a 68040. Still we recommend to use brand new open-source Apollo OS that will be able to make full use of advanced V500 features.

Below is benchmark done with the SysInfo tool for various configurations.

All tests show that 68080 is much faster than 68060 200Mhz - scores are all confirmed by SysInfo, SysSpeed and AIBB benchmarking tools. Just compare the SysInfo results below:

AMMX is a 64 Bit SIMD extension to an 68k processor.

AMMX is optimized for integer and pixel operations. Thanks to AMXX, software on Vampires can run much faster that on other accelerators or Amiga computers.

Thanks to AMMX, the 68080 at 80 mhz achieves performance close to the PowerPC 750 at 800 MHz.

AMMX brings the 68080 to 600-800 MHz PowerPC G3 level|

Note that AMMX and MMX have very little in common other than sharing three letters. The instructions are different and AMMX brings a significant number of features that MMX simply lacks.

For graphics and video operations the integer math is most important. Excellent design gives AMMX a huge advantage over SSE for 2D game coding

For 2D games AMMX beats SSE hands down. Just have a look at the results below:

This new FPU Core is mostly hardware-implemented, very close to a 68060 FPU and 100% pipelined.

The whole set of instructions from the 68040 and 68060 is available, as well as the whole 68881 and 68882 subset.

From an end-user or end-coder perspective, the 68080 FPU does not provide any new floating point instructions or any other big changes; the FPU instruction set is the legacy one.

68080 FPU is very promising showing 35-40 MFLOPS in SysInfo|

Since the 68080 is aiming at 68040 compatibility, we decided to implement a full 040/060 FPU in hardware and to offer an efficient FPU interface for the instructions that are not implemented in hardware. As a consequence, all the legacy 68881 and 68882 instructions are handled with new optimized mechanics.

The result of this work consists of an autonomous FPU, not relying on any third-party tool / library anymore (as opposed to what 68040/68060.library does).

V500 FPU is also able to use a dedicated Floating Point Software Package (FPSP 080).

The original 68080 FPU was designed to perform all calculations in 80-bit 'extended precision', like the original 68k FPUs. This is too big to fit into FPGA. Therefore, the V500 FPU features 52-bit precision.

Chipset in V2 supports new Chunky Mode.

Since ReTargetable Graphics became a standard for graphics cards we integrated RTG API into Vampire 500 V2+, so that you can code directly like the Amiga chipset. We wanted to keep the feeling and coding the same like on Amiga.

It is similar to adding an RTG graphics card features to your A500 allowing you to display up to 1600×900@24Hz in Truecolor (32-bit).

Only RTG screen modes are output from V1200's interface. Screen modes that use the classic Amiga chipset are still transmitted from the legacy video outputs of the Amiga.

Vampire 500 V2+ features built-in RTG capability |

The new chunky plane can be displayed on its own by any dedicated RTG driver and allows you to play games like Quake or Diablo with excellent framerate.

Our current chipset implementation in V500 features built-in RTG capability.

Although Vampire 500 V2+ chipset comes without planar modes capability, this is already enabled on your original motherboard so you can still use existing functionality.

V500 provides you with the fastest RTG graphics card performance. It leaves all previous generation of graphics cards behind, including CyberVision64, Picasso IV, or Mediator with Voodoo or Radeon according to P96 Speed benchmark.

RTG built-in into Vampire 500 V2+ surpasses all RTG graphics cards used on Amiga systems.

V500 gives you more memory than any other Amiga computer. Now you can enjoy new heights of performance, easily leaving all PPC-based solutions behind.

Vampire 500 V2+ comes with 128 MB SDRAM memory onboard.

Excellent results of the V500 memory:

529 MB/s Fast RAM access speed |

You can connect ENC28J60 Ethernet Module to Vampire 500 V2+ and enjoy great Internet connectivity.

On V500 board revisions starting with 2.2 this is possible using dedicated Ethernet Module Connector and flat ribbon cable (female-to-female).

On V500 board revisions earlier than 2.2 this is still possible using I/O Expansion socket and Dupont jumper wires (male-to-female) using GOLD2.9 and higher only.Do NOT use it on earlier cores because of pinout differences.

With extra Ethernet module you can surf the Web on Vampire 500 V2+ |

For detailed installation instructions go here.

Vampire 500 V2+ offers you extraordinary IDE speed. We push the technology forward and make a big leap into the future of our platform.

V500 includes a 44-pin IDE port that reaches speeds of 14MB/s for a start.

Vampire 500 V2+ gives you over 14MB/s IDE speed |

With a green and energy-saving approach in mind, we moved from legacy 3.5' floppes to using microSD cards, while still taking the legacy IDE design into consideration. The CompactFlash IDE port is an ideal solution, as our favourite personal computers were designed for native IDE use.

Vampire 500 V2+ works with most MicroSD and MicroSDHC cards, up to Speed Class 10.

It works from OS 3.x with the sagasd.device and will all filesystems supported on the Amiga (FFS, SFS, PFS, FAT32, ext2/ext3). Meucci casino cues reviews.

• CPU: Apollo 68080, AMMX, 64-bit support (up to 200MHz 68060^a)

• Memory: 128 MB FastRAM

• Chipset: 4th generation with built-in RTG

• FastKick

• Video: RTG

  - Truecolor 32-bit, up to 1600×900@24Hz^b

- 8bit/15bit/16bit/24bit/32bit video modes support


- Hardware-accelerated video playback

• External ports:

  - Digital Video Out

  - microSD card slot

• Internal ports:

  - 44-pin FastIDE/CompactFlash controller up to 14MB/sec^c

  - JTAG socket

  - I/O Expansion Port

CPU Accelerator for AMIGA A500/A1000^*/A2000

• Apollo 68080 CPU with 64-bit support
• 128 MB DDR3 Memory
• RTG, Truecolor 32-bit, 1600×900@24Hz
• FastIDE/CompactFlash controller up to 14MB/sec
• FastKick

^* third-party accessories might be required