3M
3M Interconnect Solutions designs and manufactures a wide range of interconnect products to fit a wide array of electronic applications. TTI began its relationship with 3M in 1997. Since that time TTI has evolved into 3M’s premier connector distributor, offering a plethora of products and value-added services. TTI has a dedicated connector facility and a world-class connector line card, including 3M connectors. TTI's experienced customer service team members are ready to help you at
1-877-645-4TTI.
High Speed - High Performance Connectors
The Specialist learns about 3M's Twin Axial Cable
Featured 3M Products
The new 3M™ High Routability Internal miniSAS Cable Assemblies 8F36 Series utilize 3M’s ultra-low-profile, high speed, high signal density 3M™ Twin Axial Cable SL8800 Series.
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3M™ High Routability SATA 3.0 Cable Assembly, 5602 Series is a copper cable assembly which utilizes 3M™ Twin Axial Cable technology to create a flexible, foldable, high-performance solution.
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3M High Routability SAS 2.0/2.1 compatible 8x (8 channel) Cable Assembly, 8F68 Series, is a copper cable assembly which utilizes 3M™ Twin Axial Cable technology to create a highly-flexible, foldable, high-performance solution.
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3M High Routability External MiniSAS Cable Assembly, 8G26 Series, is a passive copper cable assembly which utilizes 3M™ Twin Axial Cable technology to create a highly-fl exible, foldable, high-performance solution, with up to 6 Gbps per lane, that meets and exceeds SAS 2.1 requirements.
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3M™ Cable Assemblies for SFP+ Applications, 1410 Series, are designed to be compatible with the standard SFP+ interface (SFF 8431) and are available with PVC or halogen-free jacketing.
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Low Power, Low Cost, High-Performance. Using industry leading VCSEL technology and an advanced new light-engine design, the 3M Active Optical Cable (AOC) Assembly provides excellent cost/performance value. The direct attach QSFP+ AOC delivers four channels of bi-directional data at 10.3125 Gbps per channel for a total aggregate bandwidth of over 40 Gbps while using a subtle 660mW of energy per end.
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