What are features of "2-way DMR processor",  What does DMR in this processor technology stand for?
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Dual Modular Redundancy (DMR)Its major advantage is hardware fault tolerance.  If one processor-memory module fails during a transaction, the other is already working on the same transaction and carries it out. According to Stratus, the approach -- called dual modular redundancy or DMR
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Dual core processors employ two cores inside the chip. This increases the speed and efficiency of the processor.\n\nhttp://developer.intel.com/products/processor/coreduo/index.htm
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The technical answer... DIMM = Dual Inline Memory Module.  DDR = Double Data Rate.  Really, they are independant of each other.  To really confuse you, DDR (and DDR2 for that matter) memory comes on a DIMM.  The DIMM can have different configurations, and as mentioned already... different speeds, different timings, etc etc.  So, the answer is not a simple one.  The best thing to do, as mentioned already, is to check your motherboard manual to figure out what kind of memory will work.  If you bought a "manufactured" PC from a big company, this may not be in your manual.  You may have to go to a memory manufacture's website to figure it out.  See my link in the Sources section below.\n\nThanks,\n\nGraham.
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Intel Pentium D, or popularly known as Intel Pentium Dual Core CPU is one of the first multicore cpu's available in the market. First released in the spring of 2005. They use 2 cores on 2 dies. \nYou can read more about them here\nhttp://en.wikipedia.org/wiki/Pentium_D\nhttp://www.intel.com/products/processor/pentium_D/index.htm\n\nIntel Pentium M, popularly known as Pentium Mobile chips are processors manufactured exclusively for mobile performance. Lighterweight and faster performance are some of its key features. you can read more about it here.\nhttp://en.wikipedia.org/wiki/Pentium_M\nhttp://www.intel.com/products/processor/pentiumm/index.htm\n\nIntel Pentium 4, popularly known as P4 chips were the next level of processors after the Pentium III. Faster computing speeds were one of its key features. You can read more about it here.  \nhttp://en.wikipedia.org/wiki/Pentium_4\nhttp://www.intel.com/products/processor/pentium4/
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Right-click on My Computer\n\nClick on Hardware -> Device Manager\n\nThen Click on the plus sign in front of Processors\n\nIf your laptop has single processor, you will see only 1 line / info for the processor speed\n\nIf it's a duo processor, you should see 2 lines showing the same info for speeds\n\nI think that's what it is... hope that helps.
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a dual core processor is a cpu that has 2 processing cores (the actual cpus) in one package (the whole cpu assembly) Both cores will run at 3.4ghz (your example) not at 1.7 like one poster stated that is totally false. The AMD Athlon X2's some Opterons and the Intel Pentium D and Core Duo's are dual core cpu's. I also recommend AMD and Intel's websites they explain it pretty well for everyone to understand.
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Acutally, Intel Core Duo ONLY refers to the dual core Centrino systems with a Intel "Yonah" Processor, Intel 945 express chipset, and Intel Pro/Wireless 3945ABG Network Connection. (I'm pretty sure that the laptop can still be called "Core Duo" if the wireless card is replaced with a similiar non-Intel-brand one.)\n\nThe processor speed is the maximum non-overclocked speed at which EACH processor runs. Although there are two processors, you'll never get close to doubling the speed of a single processor. Practical gaming, business, and synthesis benchmarks show that average improvement in using 2 processors is anywhere from 0-30%. Multithreaded processes will see more benefit.
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See if this helps:  http://en.wikipedia.org/wiki/History_of_computing_hardware
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DDR2 4200 is just the the type and speed. The terminology "dual-channel DDR" is, in fact, a misnomer. The fact is there's no such thing as dual-channel DDR memory. When properly used, the term "dual channel" refers to a DDR motherboards chipset that's designed with two memory channels instead of one. The two channels handle memory-processing more efficiently by utilizing the theoretical bandwidth of the two modules, thus reducing system latencies, the timing delays that inherently occur with one memory module. So, "dual channel memory" is related to the motherboard, If a motherboard supports dual channel is the only time this would have any effect.
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DDR2 is faster DDR.  It's the natural evolution of the DDR SDRAM technology.  It's bolts on to the DDR technology some new requirements, such as \n\n"Off-Chip Driver calibration (OCD) and On-Die Termination (ODT). DDR2 also incorporates a larger 4-bit prefetch, additive latency, and enhanced registers."\n\nhttp://www.corsairmemory.com/corsair/products/specs/ddr2_faq.pdf#search='DDR2'\n\nThese additions enable the memory to be clocked higher due to a better signal integrity.  Although the rated speed of 667 Mhz and beyond make it seem like it's heads and shoulders about the current technology, real world benchmarks show that the DDR2 technology provides only a slight advantage over the older DDR technology.  And the increased clock speed also comes at the price of increased latency.\n\nHere is a benchmark done on a same system that supports both DDR and DDR2 memory.  The only caveat is that the DDR2 memory is rated at 533 Mhz which is the same speed as the DDR memory.\n\nhttp://www.overclockercafe.com/Articles/DDR_vs_DDR2/pg_3.htm\n\nHere is another benchmark done by another website, showing the marginal difference in performance provided by DDR2.  Pay special attention to the effect of the latency setting on the overall performance.\n\nhttp://www.xbitlabs.com/articles/memory/display/ddr2-ddr_5.html\n\nUntil DDR2 matures and can provide decent latency while providing higher clock speed, you will not see a huge improvement over the older DDR technology.
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Intel® Core™ Duo processor T2600\n65 nm 2MB L2 2.16 GHz 667 MHz 31W
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SDRAM is an older type of memory and means Single Data Rate Ram (access is only on 1 edge of a cycle). No more used in new PCs (only until P3).\nDDR(2) is the current type of memory and means Double Data Rate Ram (access is on both edges of a cycle).\nThe purpose of the memory is to store the application program (read from the hard disk) from where it will be executed by the CPU. You have to select that type of memory the manufacturer suggest. Only the amount is your decision, best bet for a laptop nowadays is 2 x 512MB.
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Intel® Core™2 Duo Processors
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Good day:\n\nCircular buffer is very important to store analog data before transfering to digital format. Circular buffer is effective to swicth to many devices simultaneously. Intel webiste provide lots of DSP information!\n\nThank you, bye!
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You'll have to be more specific.  \n\nDo you mean CPU, Central Processing Unit?\nOr a processor in a cell phone?
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DDR SDRAM (Double Data Rate Synchronous DRAM)\nAllows transactions on both the rising and falling edges of the clock cycle. It has a bus clock speed of 100MHz and will yield an effective data transfer rate of 200MHz.\n\n SDRAM (Static RAM)SDRAM, DDR, RAMBUS\nIntroduced in late 1996, retains memory and does not require refreshing. It synchronizes itself with the timing of the CPU. It also takes advantage of interleaving and burst mode functions. SDRAM is faster and more expensive than DRAM. It comes in speeds of 66, 100, 133, 200, and 266MHz.\n\n RDRAM - RIMM\nRambus, Inc, in conjunction with Intel has created new technology, Direct RDRAM, to increase the access speed for memory. RIMMs appeared on motherboards sometime during 1999. The in-line memory modules are called RIMMs. They have 184 pins and provide 1.6 GB per second of peak bandwidth in 16 bit chunks. As chip speed gets faster, so does the access to memory and the amount of heat produced. An aluminum sheath, called a heat spreader, covers the module to protect the chips from overheating.\n\nYour best bet currently is DDRAM with faster access speeds than SDRAM. RDRAM is more expensive.
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Here's a great article from wikipedia: \nhttp://en.wikipedia.org/wiki/Microprocessor