Created: Mar 28, 2002
Updated: Dec 20, 2009
SVN Updated: Mar 10, 2009
Other project properties
Development status: Planning
WishBone Compliant: No
HyperMTA is a multithreaded processor capable of having up to 256 threads. In today's super computing/high end world more and more processors are going to multithreading to get a performance benefit. More and more applications are also becoming multithreaded and for that reason we are designing a super computing/high end computing processor and its chip sets. The system is organized in such a way that each processor will interface to one memory router. Each memory router connects to several other memory routers making it possible to access any of a number of memory banks instantly. The design also enables us to implement a memory routing system that will take many clock cycles to access. Each processor is implemented with a vliw instruction set and contains no cache in order to prevent corruption of data between cross accesses to memory banks. Though each memory router has a cache of it's own current memory bank. This system will make for an easy to implement high speed/high performance computer. When the chips are finished we will design example schematics for using xilinx fpga's to implement such a computer. We will also take on writing the compiler/assembler and an operating system for this chip.
Preliminary Specifications available on CVS just checkout the hmta directory or visit: http://www.opencores.org/cvsweb.shtml/hmta/docs/ Comments are wanted: firstname.lastname@example.org Much is missing, mainly the little details that make all the difference ;) but I will post it ASAP. I have little snippets that I have typed about things and the instruction set, the rest of the specifications is still in my head. Any suggestions on opcodes will be great.
Here are a current list of jobs wanted for this project:
- This is an opensource project, I'm doing this because I feel like it, please can the capitalists stop asking how much I will pay them. If that was the case I would start a company. Secondly, You can do this and gain experience and have a reference for when you apply for a job.
- If you fit multiple descriptions listed below just list that in your email. Don't forget to either list/give links to projects you have worked on.
- I really need programmers rather than designers now. Although designers are still welcome.
Verilog Designer: Experiance in CPU design required RISC, CISC, LIW, or VLIW. Or in FPU or Vector co-processor design. Please email me at email@example.com.
Verilog Designer: Experiance in high speed interconnect networks or in hardware routing chips. Please email me at firstname.lastname@example.org.
Verilog Designer: Experiance in high speed busses. Please email me at email@example.com.
Verilog Designer: Other fields of experiance are welcome please email me at firstname.lastname@example.org and list some of what you have worked on.
Programmer: Compiler designer for VLIW instruction set wanted. Experience in compiler design is recommended. Email me at email@example.com.
Programmer: Assembler designer for VLIW instruction set wanted. Experience wanted. Please email me at firstname.lastname@example.org.
Chips Needed to be designed:
- HyperMTA Processor
- Memory Interconnect Controller (Memory interface to DDR/QDR)
- Processor Control Network Controller
- Device controller bridge
- Devices such as ethernet, vga console, serial console/serial port, etc. Many of these will be taken from already done projects on the open cores website and will be interfaced with a device controller bridge.
Software Needed to be designed:
- Operating System