Hardware
| Name Sort descending | Description |
|---|---|
| FUJITSU GRANPOWER 7000 600 model | The FUJITSU GRANPOWER 7000 series was a line of high-performance 64-bit UNIX servers developed by Fujitsu and PFU and announced by both companies in January 1997. Successors to the DS/90 7000… |
| FUJITSU GS8400 | The GS8000 series was Fujitsu’s new mainframe computer series running on standard CMOS*1 processors. Fujitsu announced two model groups (GS8400 and GS8200) in May 1995 as successors to the M-1000… |
| FUJITSU GS8600 | The GS8000 series was Fujitsu’s new mainframe computer series running on standard CMOS*1 processors. Fujitsu announced two model groups (GS8400 and GS8200) in May 1995 as successors to the M-1000… |
| FUJITSU GS8800 | Fujitsu announced a new high-end model group for its GS8000 (global server) series in January 1998. This was the first time standard CMOS processors were used in ultra-large Fujitsu mainframe… |
| Fujitsu K computer | The K computer – named for the Japanese word "kei", meaning 10 quadrillion – is a supercomputer produced by Fujitsu, currently installed at the RIKEN Advanced Institute for Computational Science… |
| FUJITSU K-1300α | The K-6000α series consisted of three lines and 13 models (see table below). The K-1500α series consisted of six lines and 13 models (K-1300α/10, 30; K-1600α/10, 20, 30; K-1600αNB/05, 10; K-… |
| FUJITSU K-1500 | The Fujitsu K-6000 series of office computers, compliant with MESSAGE 90s,*1 a concept Fujitsu announced in May 1991, was the successor to the K-600Si series. Together with the K-1500 series of… |
| Fujitsu K-150Si | In October 1990, Fujitsu announced the FUJITSU K-150Si, which improved K-150 performance and filled out the model lineup, and the laptop type FUJITSU K-150Si LT. |
| Fujitsu K-150SiLT | In October 1990, Fujitsu announced the FUJITSU K-150Si, which improved K-150 performance and filled out the model lineup, and the laptop type FUJITSU K-150Si LT. |
| FUJITSU K-610Si | These were office computers (small business computers used in offices) from Fujitsu. Fujitsu announced the FUJITSU K-600Si Series (4 model groups and 12 models) in October 1990 as the successor of… |
| FUJITSU K-6300 | The Fujitsu K-6000 series of office computers, compliant with MESSAGE 90s,*1 a concept Fujitsu announced in May 1991, was the successor to the K-600Si series. Together with the K-1500 series of… |
| FUJITSU K-650Si | These were office computers (small business computers used in offices) from Fujitsu. Fujitsu announced the FUJITSU K-600Si Series (4 model groups and 12 models) in October 1990 as the successor of… |
| FUJITSU K-6900 | The Fujitsu K-6000 series of office computers, compliant with MESSAGE 90s,*1 a concept Fujitsu announced in May 1991, was the successor to the K-600Si series. Together with the K-1500 series of… |
| FUJITSU K-690Si | These were office computers (small business computers used in offices) from Fujitsu. Fujitsu announced the FUJITSU K-600Si Series (4 model groups and 12 models) in October 1990 as the successor of… |
| FUJITSU K-690Si | These were office computers (small business computers used in offices) from Fujitsu. Fujitsu announced the FUJITSU K-600Si Series (4 model groups and 12 models) in October 1990 as the successor of… |
| FUJITSU M-1800 | This was a group of ultra-large general-purpose computers from Fujitsu. It was the first model group in FUJITSU's (Note 1) M-1000 Series. The five models in the FUJITSU M-1800 Model Group were… |
| FUJITSU M-1900 | Fujitsu released three new model groups (M-1900, M-1700, and M-1500), following the M-1800 model group, under the generic name “new M-1000 series.” Fujitsu announced the model groups in May 1994,… |
| FUJITSU PRIMEFORCE | This was Fujitsu’s new mainframe configuration with a multi-server structure combining features from the GS8000 series and open platforms.*1 Fujitsu announced the PRIMEFORCE in May 2000 in a… |
| FUJITSU PRIMEPOWER 2000 model | Fujitsu’s PRIMEPOWER series of UNIX servers replaced the FUJITSU GP7000F series, which used the SPARC 64-GP*1 64-bit RISC*2 processor. Fujitsu announced the PRIMEPOWER series in May 2000 as its… |
| FUJITSU PRIMEPOWER 800 model | Fujitsu’s PRIMEPOWER series of UNIX servers replaced the FUJITSU GP7000F series, which used the SPARC 64-GP*1 64-bit RISC*2 processor. Fujitsu announced the PRIMEPOWER series in May 2000 as its… |
| FUJITSU PRIMERGY 6500 | The PRIMERGY 6000 series of office computers was Fujitsu’s successor to the GRANPOWER 6000 series. Fujitsu announced the series in May 2000. All models in the PRIMERGY 6000 series used either… |
| FUJITSU PRIMERGY 6900 | The PRIMERGY 6000 series of office computers was Fujitsu’s successor to the GRANPOWER 6000 series. Fujitsu announced the series in May 2000. All models in the PRIMERGY 6000 series used either… |
| FUJITSU PRIMERGY ES310 | Fujitsu in May 2000 rebranded all its servers, from mainframes to PC servers, under three global brands.*1 PC servers were now marketed under the new PRIMERGY brand, which took over from the… |
| FUJITSU PRIMERGY MS410 | Fujitsu in May 2000 rebranded all its servers, from mainframes to PC servers, under three global brands.*1 PC servers were now marketed under the new PRIMERGY brand, which took over from the… |
| FUJITSU PRIMERGY TS110 | Fujitsu in May 2000 rebranded all its servers, from mainframes to PC servers, under three global brands.*1 PC servers were now marketed under the new PRIMERGY brand, which took over from the… |
| FUJITSU S-4/10 | The Fujitsu S-4/10 workstation was equipped with a 32-bit SuperSPARC microprocessor. Fujitsu announced the S-4/10 models 30, 40, and 50 in May 1992. The machines were supplied by Sun Microsystems… |
| FUJITSU S-4/20H 200 | The Fujitsu S-4/20H was a Fujitsu-developed mid-range workstation from the S Family that was equipped with a hyperSPARC processor, developed by Ross Technology in the U.S. The S-4/20H 150 and… |
| FUJITSU VP2100 | The FUJITSU VP2000 Series was announced in December 1988 as the successor of Fujitsu's FACOM VP Series E Model supercomputers. |
| FUJITSU VPP500 | The VPP500 was Fujitsu’s new “vector-parallel” supercomputer. Fujitsu announced the supercomputer in September 1992 as being the world’s fastest performing supercomputer at the time with a speed… |
| FUJITSU VPP500 | The VPP500 was Fujitsu’s new “vector-parallel” supercomputer. Fujitsu announced the supercomputer in September 1992 as being the world’s fastest performing supercomputer at the time with a speed… |
| FUJITSU VPP700 | Fujitsu announced several more vector-parallel supercomputers that took their lead from the VPP500. The Fujitsu VPP300 series and VX series, which used CMOS*1 technology, were introduced in… |
| FUJITSU VX | Fujitsu announced several more vector-parallel supercomputers that took their lead from the VPP500. The Fujitsu VPP300 series and VX series, which used CMOS*1 technology, were introduced in… |
| Funtech Super A'Can | The Super A'can is a home video game console released exclusively in Taiwan in 1995 by Funtech/Dunhuang Technology. It is based around the Motorola 68000 microchip, which is also used in the Sega… |
| Furtec 4 | Furtec 4 is a Spanish made pong. It is very compact with metal housing. The pong uses the TMS-1965 dedicated pong chip but implements only the paddle and ball games: Tennis, Soccer, Squash and… |
| Furtec 5 | Furtec 5 was a Spanish Pong console that comes with a canvas bag. It features 6 games and comes with a light gun. |
| Furtec 6 TVG-10 | Furtec 6 TVG-10 is a Spanish-made pong released in the 1970s. It has an iron casing that gives the set a considerable weight. It features 6 games and comes with a light gun. It can play 4 Pong… |
| FV-N71SM1DT | NVIDIA® GeForce® 7100 GS.128MB GDDR2 High-Speed Memory.Microsoft® DirectX® 9.0c Shader Model 3.0 Support.OpenGL® 2.0 Optimizations and Support. |
| FV-N71SM2DT | NVIDIA® GeForce® 7100 GS.256MB GDDR2 High-Speed Memory.Microsoft® DirectX® 9.0c Shader Model 3.0 Support.OpenGL® 2.0 Optimizations and Support. |
| FV-N72SM0DT | NVIDIA® GeForce® 7200 GS.64MB GDDR2 High-Speed Memory.Microsoft® DirectX® 9.0 Shader Model 3.0 Support.OpenGL® 2.0 Optimizations and Support. |
| FV-N72SM1DT | NVIDIA® GeForce® 7200 GS.128MB GDDR2 High-Speed Memory.Microsoft® DirectX® 9.0 Shader Model 3.0 Support.OpenGL® 2.0 Optimizations and Support. |
| FV-N72SM2DT | NVIDIA GeForce 7200 GS Microsoft DirectX 9.0 Shader Model 3.0 support OpenGL 2.0 optimizations and support NVIDIA TurboCache technology. |
| FV-N73EM1DT | NVIDIA® GeForce® 7300 LE.128MB GDDR2 High-Speed Memory.Microsoft® DirectX® 9.0c Shader Model 3.0 Support.OpenGL® 2.0 Optimizations and Support. |
| FV-N73EM2DT | NVIDIA® GeForce® 7300 LE.256MB GDDR2 High-Speed Memory.Microsoft® DirectX® 9.0c Shader Model 3.0 Support.OpenGL® 2.0 Optimizations and Support. |
| FV-N73TM1DT-R3 | NVIDIA® GeForce® 7300 GT.128MB GDDR3 High-Speed Memory.NVIDIA® CineFX™ 4.0 Engine.NVIDIA® Intellisample™ 4.0 technology.Microsoft® DirectX® 9.0c Shader Model 3.0 Support. |
| FV-N73TM2DT | NVIDIA® GeForce® 7300 GT.256MB GDDR2 High-Speed Memory.Microsoft® DirectX® 9.0c Shader Model 3.0 Support.OpenGL® 2.0 Optimizations and Support. |
| FV-N73TM2DT-R3 | NVIDIA® GeForce® 7300 GT.256MB GDDR3 High-Speed Memory.NVIDIA® CineFX™ 4.0 Engine.NVIDIA® Intellisample™ 4.0 technology.Microsoft® DirectX® 9.0c Shader Model 3.0 Support. |
| FV-N73TM3DT | NVIDIA® GeForce® 7300 GT.512MB GDDR2 High-Speed Memory.Microsoft® DirectX® 9.0c Shader Model 3.0 Support.OpenGL® 2.0 Optimizations and Support. |
| FV-N76SM2DT | Bundled RestoreIT v7.0 & VirtualDrivePro v10.0.Certified for Windows Vista™.NVIDIA® SLI™ Technology.OpenGL® 2.0 Optimizations and Support. |
| FV-N76SM2DT-R3 | NVIDIA® GeForce® 7600 GS.256MB GDDR3 High-Speed Memory.NVIDIA® CineFX™ 4.0 Engine.NVIDIA® Intellisample™ 4.0 technology.Microsoft® DirectX® 9.0c Shader Model 3.0. |
| FV-N76SM3DT | NVIDIA® GeForce® 7600 GS.512MB GDDR2 High-Speed Memory.Microsoft® DirectX® 9.0c Shader Model 3.0 Support.OpenGL® 2.0 Optimizations and Support. |
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