Intel Keychains
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Intel BunnyPeople Character Pewter Keychain (1999)
Item #073 (#238, 459, 576 & 733 similar)
Solid pewter keychain features an Intel BunnyPeople character figure and is stamped with the Intel logo on the back.
Figurine measures 1-3/4" x 7/8" and is 1/8" thick.
IntelStore catalog Item #4511.
Figurine measures 1-3/4" x 7/8" and is 1/8" thick.
IntelStore catalog Item #4511.
Intel Inside Logo Keychain (1999)
Item #501
This is a 3 loop keychain that is multi-colored and has the Intel Inside swirl logo in red.
Intel Inside Pentium III Keychain (1999)
Item #444
Flexible keychain says Intel Inside Pentium III and has a black backing.
Intel Inside Pentium III Laptop Keychain (1999)
Item #445
Flexible rubber keychain has a picture of a laptop computer and on the screen it says "Intel Inside Pentium III".
Below the image of the notebook computer is the now defunct URL (www.intel.com/notebooks) for Intel's notebook microprocessor sales during the 1990's.
The other side of this key chain is also white and has the Intel logo in blue.
Below the image of the notebook computer is the now defunct URL (www.intel.com/notebooks) for Intel's notebook microprocessor sales during the 1990's.
The other side of this key chain is also white and has the Intel logo in blue.
Back of item #445
Intel Inside Pentium III Keychain (1999)
Sold
The Pentium III was Intel's 32-bit x86 processor for desktop and mobile computers, it was based on the 6th generation P6 micro-architecture.
Steel keychain embossed with the Intel Pentium III logo.
Steel keychain embossed with the Intel Pentium III logo.
Intel Pentium III Processor Chip Keychain (2000)
Item #057 (#098, 109, 110 & 145 similar)
This clear acrylic keychain features the Intel logo on one side and an actual Intel Pentium III Processor chip on the other.
Intel Pentium III Processor Chip Keychain (2000)
Item #022 & 306 similar
This clear acrylic keychain features the Intel logo on one side and an actual Intel Processor chip on the other.
Measures 1 1/2" square.
IntelStore catalog Item #700326.
Measures 1 1/2" square.
IntelStore catalog Item #700326.
Intel Pentium 3 CPU Close-up (.18 Micron)
Intel Pentium 4 Processor CPU Keychain (2001)
Item #023 (#071, 179-181, 448, 449 similar)
The Intel Pentium 4 processor was produced from 2000 to 2008 with clock speeds of 1.3 GHz to eventually 3.8 GHz.
The Pentium 4 marked the debut of Intel's NetBurst microarchitecture, which was the first significant architectural change for the company since the introduction of the Pentium in 1995. This architecture was designed to enable higher clock speeds and improved performance for both desktop and server applications.
The Pentium 4 played a crucial role in shaping the desktop computing landscape during the early 2000s. Despite some criticisms related to heat generation and power consumption, it contributed to advancements in processor technology and established Intel’s dominance in the market at that time. The lessons learned from the NetBurst architecture ultimately influenced subsequent Intel designs, leading to the development of the more efficient and powerful Core architecture.
Pentium 4 Code names and variants:
New & unused in original packaging.
The Pentium 4 marked the debut of Intel's NetBurst microarchitecture, which was the first significant architectural change for the company since the introduction of the Pentium in 1995. This architecture was designed to enable higher clock speeds and improved performance for both desktop and server applications.
The Pentium 4 played a crucial role in shaping the desktop computing landscape during the early 2000s. Despite some criticisms related to heat generation and power consumption, it contributed to advancements in processor technology and established Intel’s dominance in the market at that time. The lessons learned from the NetBurst architecture ultimately influenced subsequent Intel designs, leading to the development of the more efficient and powerful Core architecture.
Pentium 4 Code names and variants:
- Willamette: The first Pentium 4 variant, released in 2000, was built on a 180nm process. It introduced the new NetBurst architecture but faced competition from AMD’s Athlon processors.
- Northwood: Released in 2002, this variant moved to a 130nm process and featured a larger L2 cache (512 KB) compared to Willamette. Northwood offered better performance and power efficiency, making it a popular choice among gamers and enthusiasts.
- Prescott: Introduced in 2004, Prescott further increased the L2 cache to 1 MB and was manufactured using a 90nm process. Although it delivered improved performance, it also generated more heat, leading to higher power consumption.
- Cedar Mill: Launched in 2006, Cedar Mill was the final variant of the Pentium 4, produced using a 65nm process. It included enhancements for energy efficiency and maintained compatibility with existing platforms, extending the life of the Pentium 4 brand.
New & unused in original packaging.
 Pentium 4 Processor Package (.13 Micron) |
 Pentium 4 CPU Close-up (.18 Micron) |
Intel Ethernet PC Card Keychain (2005)
sold
Known for their reliability and performance, Intel's Ethernet PC Cards were well-regarded in the industry. They were often used in enterprise environments due to their robust design and compatibility with various operating systems.
By 2005, while Ethernet cards were still important, the industry was beginning to shift towards wireless networking solutions (like Wi-Fi), which started to dominate the market in the following years.
Applications:
- Business Use: These cards were widely used in corporate settings, allowing employees to connect their laptops to local area networks (LANs) for internet access and data sharing.
- Home Networking: They were also used by home users who needed to connect laptops to wired networks, particularly before the widespread adoption of Wi-Fi.
Soft rubber keychain promoting Intel's Ethernet PC card.
Back of keychain reads networking.intel.com
Intel Pentium D Dual Core Processor Keychain (2005)
Item #424
The Pentium D was Intel's first desktop dual-core 64-bit x86 Microprocessor with Netburst Architecture. This Microprocessor had two single core 130nm Pentium 4 CPU's residing next to each other on a multi-chip package.
The Pentium D and The Pentium 4 Processors were both phased out by Intel in 2008 and replaced by the new Core Duo/Quad/Extreme processor lineups that were true dual-core CPU's manufactured on a single die instead of the Pentium D's two separate dies.
While the Pentium D marked a significant step in Intel's transition to dual-core processing, it is often viewed as a transitional product that helped pave the way for more advanced architectures in the years that followed.
Polished solid steel keychain resembles an Intel Pentium D Processor on both sides.
The Pentium D and The Pentium 4 Processors were both phased out by Intel in 2008 and replaced by the new Core Duo/Quad/Extreme processor lineups that were true dual-core CPU's manufactured on a single die instead of the Pentium D's two separate dies.
While the Pentium D marked a significant step in Intel's transition to dual-core processing, it is often viewed as a transitional product that helped pave the way for more advanced architectures in the years that followed.
Polished solid steel keychain resembles an Intel Pentium D Processor on both sides.
 Pentium D BGA Package |
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Intel Pentium D 800 Series Dual Core CPU Close-up 130nm
Intel Logo Employee Badge Pull (2007)
Item #265
Intel retractable badge pull has chrome plated latch and blue plastic cover with the Intel logo.
Intel Core 2 Processor CPU Keychain (2008)
Item #253 - 260
The Intel Core 2 series helped solidify Intel's position in the processor market during the mid to late 2000s. It marked a shift towards multi-core processing and set the stage for future Intel architectures, including the Core i series.
The improvements in performance, efficiency, and multi-core capabilities made the Core 2 processors a favorite among consumers and professionals alike, contributing to the broader adoption of dual-core and quad-core processors in the computing landscape.
Core 2 processors typically featured larger caches compared to earlier models, with L2 caches of up to 6 MB. This helped improve data access speeds and overall performance. The Core 2 line included both dual-core and quad-core processors, catering to a range of computing needs from basic desktop applications to high-performance computing tasks.
Applications:
Stainless steel key fob features a real Intel Core 2 (45nm) chip mounted on the front. Unique metal wire loop makes it easy to change out keys. Steel with blue enamel and has the Intel logo in raised lettering.
Comes new and unused in sealed bag.
Summer/Fall 2008 Intel store catalog item #701219.
The improvements in performance, efficiency, and multi-core capabilities made the Core 2 processors a favorite among consumers and professionals alike, contributing to the broader adoption of dual-core and quad-core processors in the computing landscape.
Core 2 processors typically featured larger caches compared to earlier models, with L2 caches of up to 6 MB. This helped improve data access speeds and overall performance. The Core 2 line included both dual-core and quad-core processors, catering to a range of computing needs from basic desktop applications to high-performance computing tasks.
Applications:
- Desktops and Laptops: Core 2 processors were widely used in consumer desktops and laptops, offering a good balance of performance and power efficiency for everyday computing tasks.
- Workstations: The quad-core versions of the Core 2 were popular in workstation settings, where high processing power was essential for tasks like video editing, 3D rendering, and scientific computations.
Stainless steel key fob features a real Intel Core 2 (45nm) chip mounted on the front. Unique metal wire loop makes it easy to change out keys. Steel with blue enamel and has the Intel logo in raised lettering.
Comes new and unused in sealed bag.
Summer/Fall 2008 Intel store catalog item #701219.
Intel Core 2 Die Close-up
Intel BunnyPeople Character Keychain (2008)
Item #092 (#127 similar)
2" tall Custom-molded enamel & steel Intel BunnyPerson charm filled in with Intel blue.
Comes new and unused.
Summer/Fall 2008 Intelstore catalog item #701187.
Comes new and unused.
Summer/Fall 2008 Intelstore catalog item #701187.
Intel Israel Design Center CPU Keychain (2009)
Item #511
Intel chose Israel as the location for its first design and development center outside the US in 1974. Intel’s first facility for the manufacture of microprocessors and memory outside the US was also located in Israel, built in 1981.
Today Intel has centers in eight locations throughout Israel. Intel had 5 employees in 1974. Today, Intel has over 5800 employees in Israel.
Intel in Israel today has campuses in numerous locations. This dispersion has been as a result of Intel wishing to be at the power centers of Israel’s “silicon wadi” for development purposes, and to be in the regional areas that have been dedicated as “National Priority Zones” by the Israeli government, for production. This has had a great social-economic impact in these outlying areas.
Clear Lucite keychain with an Intel CPU embedded inside and the web URL for the Intel Israel website at www.intel.co.il.
Intel Semiconductor Facilities in Israel
Haifa: Located on Israel's Mediterranean coast, Haifa is home to Intel's Israel Development Center (IDC) for processors and Artifical Intelligence (AI)., as well as a sales and marketing support office. IDC was established in 1974 as Intel's first development center outside the United States. The center was established with a total investment of $300,000 and initially employed five workers. Today the plant provides employment for 1,600 people.
Multi-disciplinary teams at this center develop very large-scale integration (VLSI) components, VLSI CAD tools and software technologies. The pioneering 8088 processor, Intel® math coprocessors, the i860® XP processor, Ethernet communication chips, and cache and memory controllers are a few of the more than 50 products designed in IDC. IDC led the invention and development of the Intel® Pentium® processor with MMX™ technology, launched by Intel in early 1997, the Intel® Centrino™ Mobile Technology, launched in early 2003, and now develops Intel's future mobile microprocessors.
The IDC networking group develops advanced networking components enabling Intel and third parties to develop the most advanced PC connectivity solutions for LAN and broadband access. The CAD tool group develops logic and performance verification tools and more for Intel's chip designers, providing software tools for programming the most highly advanced processors.
The software group develops software technologies and products. The Haifa location is also home to one of Intel's sales and marketing offices for Israel. This office works with local PC manufacturers, distribution partners and the software industry, and is part of the Europe, Middle East and Africa Sales and Marketing organization.
Kiryat Gat: Large manufacturing plant which is Intel’s most advanced manufacturing facility using state-of-the-art technology that constitutes the basis of advanced computers chips.
The plant was established with a total investment of $1.8 billion, $600 million of which was invested by the Government of Israel, under the Encouragement of Capital Investments Law, and over $1 billion by Intel. This is the largest investment ever made in Israel by a private company. The fab employs 3,700 Israelis. 1,500 subcontractors are employed to support the extensive infrastructure.
Jerusalem: Intel's Global development center for autonomous cars (Mobileye); Development center for communication, SW, and cyber security solutions
Petah Tikvah: Intel's development center for communication and Artificial Intelligence products.
Today Intel has centers in eight locations throughout Israel. Intel had 5 employees in 1974. Today, Intel has over 5800 employees in Israel.
Intel in Israel today has campuses in numerous locations. This dispersion has been as a result of Intel wishing to be at the power centers of Israel’s “silicon wadi” for development purposes, and to be in the regional areas that have been dedicated as “National Priority Zones” by the Israeli government, for production. This has had a great social-economic impact in these outlying areas.
Clear Lucite keychain with an Intel CPU embedded inside and the web URL for the Intel Israel website at www.intel.co.il.
Intel Semiconductor Facilities in Israel
Haifa: Located on Israel's Mediterranean coast, Haifa is home to Intel's Israel Development Center (IDC) for processors and Artifical Intelligence (AI)., as well as a sales and marketing support office. IDC was established in 1974 as Intel's first development center outside the United States. The center was established with a total investment of $300,000 and initially employed five workers. Today the plant provides employment for 1,600 people.
Multi-disciplinary teams at this center develop very large-scale integration (VLSI) components, VLSI CAD tools and software technologies. The pioneering 8088 processor, Intel® math coprocessors, the i860® XP processor, Ethernet communication chips, and cache and memory controllers are a few of the more than 50 products designed in IDC. IDC led the invention and development of the Intel® Pentium® processor with MMX™ technology, launched by Intel in early 1997, the Intel® Centrino™ Mobile Technology, launched in early 2003, and now develops Intel's future mobile microprocessors.
The IDC networking group develops advanced networking components enabling Intel and third parties to develop the most advanced PC connectivity solutions for LAN and broadband access. The CAD tool group develops logic and performance verification tools and more for Intel's chip designers, providing software tools for programming the most highly advanced processors.
The software group develops software technologies and products. The Haifa location is also home to one of Intel's sales and marketing offices for Israel. This office works with local PC manufacturers, distribution partners and the software industry, and is part of the Europe, Middle East and Africa Sales and Marketing organization.
Kiryat Gat: Large manufacturing plant which is Intel’s most advanced manufacturing facility using state-of-the-art technology that constitutes the basis of advanced computers chips.
The plant was established with a total investment of $1.8 billion, $600 million of which was invested by the Government of Israel, under the Encouragement of Capital Investments Law, and over $1 billion by Intel. This is the largest investment ever made in Israel by a private company. The fab employs 3,700 Israelis. 1,500 subcontractors are employed to support the extensive infrastructure.
Jerusalem: Intel's Global development center for autonomous cars (Mobileye); Development center for communication, SW, and cyber security solutions
Petah Tikvah: Intel's development center for communication and Artificial Intelligence products.
 The Intel CPU chip Close-up |
Old Intel logo in Hebrew
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Back of the Intel CPU keychain from Israel
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Intel Israel design center CPU Processor Keychain (2009)
sold
These Lucite keychain's were given away as gifts on "parent's day" at Intel's Israel design center.
Keychain features an actual Intel processor chip embedded inside.
Keychain has the Intel logo and reads " יום הורים " which is Hebrew for "parent's day".
Keychain features an actual Intel processor chip embedded inside.
Keychain has the Intel logo and reads " יום הורים " which is Hebrew for "parent's day".
Back of the Intel Israel CPU Keychain
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 Intel's research & development facility in Haifa Israel |
VIDEO: Intel in Israel: A Semiconductor Success (2022)
Intel Logo Steel Keychain (2009)
Sold
Steel keychain with the newest Intel logo in blue enamel.
Intel SmartPhone Strap with Bunnyperson Charms (2009)
Sold
This Intel promotional carrying strap for smartphones contains dangling charms featuring an Intel BunnyPerson character and an Intel logo fob with blue hand strap.
Intel ATOM Processor Keychain (2010)
Item #807
This Intel promotional keychain features an Intel Atom processor embedded in Lucite.
The Intel ATOM Processor was an ultra-low-voltage CPU originally introduced in 2008.
This keychain features an actual ATOM 32-bit "Lincroft" 2nd generation ATOM chip which was manufactured using Intel's 45nm CMOS process and ran at 400 MHz requiring only 1.3 to 3 Watts of operating power. It featured on-die GPU graphics.
Intel's Atom Processor was designed for use in low-power handheld mobile internet devices (UMPCs), GPS receivers, portable game players, ultra-mobile PCs, mobile Internet devices (MIDs), low-cost notebooks and desktops, smartphones, netbooks, and embedded applications including health care devices and robotics.
Common applications for the ATOM CPU included:
The Intel ATOM Processor was an ultra-low-voltage CPU originally introduced in 2008.
This keychain features an actual ATOM 32-bit "Lincroft" 2nd generation ATOM chip which was manufactured using Intel's 45nm CMOS process and ran at 400 MHz requiring only 1.3 to 3 Watts of operating power. It featured on-die GPU graphics.
Intel's Atom Processor was designed for use in low-power handheld mobile internet devices (UMPCs), GPS receivers, portable game players, ultra-mobile PCs, mobile Internet devices (MIDs), low-cost notebooks and desktops, smartphones, netbooks, and embedded applications including health care devices and robotics.
Common applications for the ATOM CPU included:
- Mobile Devices: Used in tablets and, in some cases, smartphones, particularly entry-level devices.
- Netbooks and Laptops: Popular in netbooks and low-cost laptops, providing decent performance for basic tasks while maximizing battery life.
- Embedded Systems: Found in industrial automation, robotics, and Internet of Things (IoT) devices, thanks to their energy efficiency.
- Consumer Electronics: Used in smart TVs, set-top boxes, and digital signage solutions, enabling media playback and internet connectivity.
- Automotive Applications: Employed in automotive infotainment systems for navigation, media playback, and connectivity features.
- Networking Equipment: Utilized in routers, gateways, and other networking hardware where efficiency and processing power are critical.
- Low-Power Servers: Found in microservers and low-power data center applications, balancing performance and energy efficiency.
- Home Automation: Used in devices for controlling home automation systems, such as security cameras and smart home hubs.
