Intel Keychains
Page 5
Intel Pentium Processor Gold Keychain (1997)
Item #068
This metal keychain is from the "Sand to Circuits" collection, Pentium Processor jewelry was designed exclusively for Intel's "Sands to Circuits" gift collection.
Gold plated keychain with embedded Intel Pentium processor surrounded by black color enamel.
Measures 1 3/16" square.
IntelStore Item #370
Gold plated keychain with embedded Intel Pentium processor surrounded by black color enamel.
Measures 1 3/16" square.
IntelStore Item #370
Intel Pentium Processor "Sand to Circuits" Gold Keychain (1997)
Item #220 (#219 & 224 similar)
Another gold plated keychain from the "sands to Circuits" line featuring an actual Intel Pentium Processor and circuitry design.
Comes new in a blue gift box with Intel logo on top in white lettering.
Comes new in a blue gift box with Intel logo on top in white lettering.
Intel Pentium "Sand to Circuits" Pewter Keychain (1997)
Item #076
Pewter keychain with a Intel Pentium CPU die mounted on it.
Part of Intel's "sands to circuits" jewelry collection, it features a nice circuitry design.
Part of Intel's "sands to circuits" jewelry collection, it features a nice circuitry design.
Intel 80960KB i960 Embedded RISC Microprocessor Chip Keychain (1991)
Item #081
A member of the Intel i960 family, the Intel 80960KB chip was an embedded 32-BIT RISC microprocessor with Integrated Floating-Point Unit and High-Performance Embedded Architecture.
This Microprocessor featured 25 MIPS Burst Execution at 25 MHz, 9.4 MIPS Sustained Execution at 25 MHz, and had 512-Byte On-Chip Instruction Cache.
The Intel 80960KB microprocessor was available in 132-pin ceramic PGA packaging, and was was manufactured using Intel's 1.5 micron CHMOS IV technology. It was designed to be used as an embeded controller chip in high-speed laser printers, robotic devices, military avionics, CAD systems, data terminal concentrators, and telephone switching systems
The Intel 80960KB i960 played a crucial role in the development of embedded systems, showcasing the advantages of RISC architecture in performance and efficiency. While it faced competition from other RISC architectures and microprocessors, it contributed to the evolution of embedded computing and influenced future designs. The i960’s focus on multitasking and real-time capabilities set a standard for subsequent embedded processors, continuing to shape the industry in the years following its release.
Applications:
Very rare, this lucite keychain has an actual 80960KB microprocessor chip inside. New and unused.
This Microprocessor featured 25 MIPS Burst Execution at 25 MHz, 9.4 MIPS Sustained Execution at 25 MHz, and had 512-Byte On-Chip Instruction Cache.
The Intel 80960KB microprocessor was available in 132-pin ceramic PGA packaging, and was was manufactured using Intel's 1.5 micron CHMOS IV technology. It was designed to be used as an embeded controller chip in high-speed laser printers, robotic devices, military avionics, CAD systems, data terminal concentrators, and telephone switching systems
The Intel 80960KB i960 played a crucial role in the development of embedded systems, showcasing the advantages of RISC architecture in performance and efficiency. While it faced competition from other RISC architectures and microprocessors, it contributed to the evolution of embedded computing and influenced future designs. The i960’s focus on multitasking and real-time capabilities set a standard for subsequent embedded processors, continuing to shape the industry in the years following its release.
Applications:
- Embedded Systems: The i960 was widely used in embedded applications, including telecommunications, networking equipment, and industrial control systems. Its performance and power efficiency made it a popular choice for applications requiring reliable processing.
- Real-Time Systems: Its support for multitasking and real-time operations made it ideal for systems that demanded prompt and efficient response times.
Very rare, this lucite keychain has an actual 80960KB microprocessor chip inside. New and unused.
Intel 486SX 25Mhz "Hummingbird" Windows CE CPU Keychain (1997)
sold
The Intel 486SX was built on the same architecture as the standard 486 CPU, but lacked the built-in floating-point unit (FPU) found in their 486DX models. This made it more cost-effective for certain applications in portable devices, such as laptops and embedded systems, where battery life was crucial.
The processor employed techniques such as reduced voltage operation and low power consumption during idle states, helping to extend battery life in mobile applications.
In 1996 Microsoft and Intel announced plans for the Windows CE operating system to run on low-power x86 and Pentium-class processors. The first Intel chip to support Microsoft's new Windows CE operating system for hand-helds was the Ultra Low Power 486SX, also known as Hummingbird, and was also previously deployed in non-CE hand-helds in Japan.
The 32-bit processor contained around 1.2 million transistors.
The Intel 486SX played a significant role in the transition from older x86 architectures to more advanced computing systems. While it did not have the floating-point capabilities of its DX counterpart, its ultra-low power design helped bridge the gap between performance and energy efficiency, paving the way for future developments in mobile and embedded processing. The advancements seen in the 486SX laid groundwork for the continuing evolution of processors that prioritize power efficiency alongside performance.
This is an very rare key chain. It was only issued to some Intel employees in the division working on the low-power "Hummingbird" 486 processor for embedded applications--and was never sold to the general public!
This keychain is metal and features an actual Intel 486sx 25mhz "Hummingbird" ultra-low power chip mounted on the front.
The processor employed techniques such as reduced voltage operation and low power consumption during idle states, helping to extend battery life in mobile applications.
In 1996 Microsoft and Intel announced plans for the Windows CE operating system to run on low-power x86 and Pentium-class processors. The first Intel chip to support Microsoft's new Windows CE operating system for hand-helds was the Ultra Low Power 486SX, also known as Hummingbird, and was also previously deployed in non-CE hand-helds in Japan.
The 32-bit processor contained around 1.2 million transistors.
The Intel 486SX played a significant role in the transition from older x86 architectures to more advanced computing systems. While it did not have the floating-point capabilities of its DX counterpart, its ultra-low power design helped bridge the gap between performance and energy efficiency, paving the way for future developments in mobile and embedded processing. The advancements seen in the 486SX laid groundwork for the continuing evolution of processors that prioritize power efficiency alongside performance.
This is an very rare key chain. It was only issued to some Intel employees in the division working on the low-power "Hummingbird" 486 processor for embedded applications--and was never sold to the general public!
This keychain is metal and features an actual Intel 486sx 25mhz "Hummingbird" ultra-low power chip mounted on the front.
Intel Pentium II MMX Keychain (1998)
Item #276
Soft black rubber Pentium II processor keychain has the "II" logo in purple on one side and Intel Inside MMX/ Pentium II logos on the other.
Measures 1 3/4 x 1 1/4 x 3/16".
Measures 1 3/4 x 1 1/4 x 3/16".
Back of keychain
Intel 28F020 Flash Memory Chip Keychain (1997)
Item #164
The Intel 28F020 played a significant role in the evolution of memory technology, particularly in embedded systems. It helped pave the way for more advanced flash memory technologies, which have become ubiquitous in modern computing devices today. Its influence can still be seen in the design and functionality of current non-volatile memory solutions.
Intel's 28F020 CMOS flash memory added electrical chip-erasure and reprogramming abilities to EPROM memory technology.
The 28F020 is a 2048 kilo-bit nonvolatile memory and was packaged in a 32-pin DIP (PDIP-32) as shown in this item. Other package options included a 32-lead PLCC and a 32-lead TSOP version.
Embedded in this rare keychain is an actual 28F020 Memory chip, it has been custom marked with the Intel logo on back and "28F020 Flash" on the front of the chip.
Apllications:
Intel's 28F020 CMOS flash memory added electrical chip-erasure and reprogramming abilities to EPROM memory technology.
The 28F020 is a 2048 kilo-bit nonvolatile memory and was packaged in a 32-pin DIP (PDIP-32) as shown in this item. Other package options included a 32-lead PLCC and a 32-lead TSOP version.
Embedded in this rare keychain is an actual 28F020 Memory chip, it has been custom marked with the Intel logo on back and "28F020 Flash" on the front of the chip.
Apllications:
- Embedded Systems: The 28F020 was often used in embedded systems, including automotive applications, telecommunications, and consumer electronics. Its non-volatile nature allowed for data retention even when power was removed.
- Firmware Storage: It served as a reliable medium for storing firmware in devices like printers, routers, and other peripherals, allowing for easy updates and modifications.
- BIOS Chips: The 28F020 was also used in computer BIOS chips, providing the essential software that initializes and manages hardware components during the boot process.
Intel flash memory 280F0 Pinouts
Intel Logo Keychain (1999)
Item #734
Intel "dropped e" logo gold-tone keychain.