people cant afford the newer technologies many a time.
HyperTransport technology has limitations in terms of scalability, as it may struggle to support high-end server configurations with multiple processors and large amounts of memory. Additionally, it can be challenging to integrate HyperTransport into existing systems due to compatibility issues with older hardware. Lastly, HyperTransport may not be as energy efficient as other interconnect technologies, which could impact overall system performance.
Plenty of older processors have had 1GHz FSB. Intel Celeron is one of them.
People DO want to upgrade, and it's much easier to upgrade from current technology, piece by piece. You also have to consider that new firmware must be tested thoroughly for a new processor, and often an OS or some software will not install on hardware it won't recognize, in case someone wants to install last year's software.
Motherboard? or the connection technology? Older processors FSB, qpi, HT. newer Intel processors PCIE.
Linux can be run on a variety of processors, including several that have been used for desktop systems. The most notable would be Intel and AMD x86 processors, as well as PowerPC processors (used in older Macs. ) Other processors used in desktop systems now or in the past and supported by Linux include Motorola 68k processors, Alpha processors, MIPS processors, and ARM processors.
CPU slot(s) and/or socket(s)The type of CPU slot or socket determines which processors the motherboard can use. The most popular CPU connectors are Socket 370 (late-model Intel Pentium III and Celeron processors), Socket A (AMD Athlon and Duron), Socket 478 (current Celeron and Pentium 4), Socket 423 (old-style Pentium 4), Slot 1 (old-style Pentium II/III and Celeron), Slot A (older-style Athlon), and the obsolete Socket 7 (Intel Pentium and AMD K6-* processors). Some motherboards have two or more CPU connectors, allowing them to support multiple processors. A few motherboards have both Slot 1 and Socket 370 connectors, allowing them to support either type of CPU (but not both at once).There are three versions of Socket 370, which differ in pinouts and which processors they support. Early Socket 370/PPGA motherboards support only older Mendocino-core Celeron processors. Later Socket 370/FC-PGA motherboards support Coppermine-core Pentium III FC-PGA processors and Coppermine128-core Celeron FC-PGA processors. The final Socket 370 motherboards, which Intel refers to as "Universal" models, support any Socket 370 processor, including Tualatin-core Pentium III and Celeron processors. Although Socket 370 is now obsolescent, tens of millions of Socket 370 systems remain in use. When you upgrade such a system it is important to check the documentation to determine which Socket 370 variant that system uses.
So programs written for the older processor can be used on the new one without modification.
Modern processors and computer components use silicone. Older processors such as the 80486 and Pentium used ceramic on the original chips, and switched to silicone.
Only I7 CPU family, no other processors.
Intel, AMD, Transmeta, and VIA. Older versions of Windows also supported the various clones that were available around their time of release, such as those by Texas Instruments, IBM, Rise, Chips and Technologies, Fujitsu, Harris, NEC, Siemens, UMC, IDT, and SGS-Thomson.
it is only some that wont work because it is an older device so it has older processors and ram chips
They bend, weld, and mold metal, the processes and tools used for these activities are technologies. As technologies for these activities improve the new technologies replace older ones.