Data Transfer
Enabling next generation on-body computing via fabric based high speed data transfer.
FAST FABRICS
Data Transmission Through Fabrics
Enabling next generation on-body computing via fabric based high speed data transfer. Our conductive pathways allow data and power transfer across fabric substrates with limited interference and low resistance, and with the capability to support over 4gbps and 40V at 5A. Flexible and washable, our conductive pathways can be applied in both next to skin wearables and integrated into consumer electronics.
Platform Features
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Speed
Enabling 4gbps ultra-high-speed data transfer.
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Weight Redistribution
Decoupled Processing and Multimedia Transfer.
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Accuracy
Reliable Data transmission system.
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Protection
On body power transfer in a safe and soft form factor.
OUR HIGH SPEED DATA
Applications
From the transfer of high-bandwidth data over fabric substrates, to the replacement of mechanical systems for stretchable, low interference wiring.
Consumer Technology
Replacing mechanical wiring systems on consumer electronics with soft stretchable fabric-based wiring for lightening quick, high-bandwidth data transfer.
+ Stretchable conductive mechanisms for watch straps, AR/VR goggles, harness
+ Easy to integrate with existing electronics
+ NFC/RFID
Workwear
Development of safety and monitoring gear that can capture and relay high-quality audio and video in real-time.
Performance
To support body cameras and other wearables for athletes when training and transferring performance-related data.
+ Training solution for physical VR experiences.
Platform Capabilities
Enabling next generation on-body computing via fabric based high speed data transfer.
Technology Integration
Configurations
Technology Integration
+ Processor function redistribution
+ Seamlessly integratable with electronic devices
+ Interfacing with AR/VR cameras
+ Power module coupling
TECHNOLOGY WOVEN IN
Explore All Platforms
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Textile Engineering
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Integrated Technologies
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Advanced Material
Engineered Knit
Leveraging Flat, Circular, and Warp knitting techniques to create complex structures, designs, and modulus.
Narrow Width Fabrics
Elasticated fabrics and elastomeric yarns engineered to achieve stretch and durability, as well as support complex design and construction.
Injection Molding
A revolutionary form and padding technology for impact protection and the encasing of electronics.
Engineered Knit
Leveraging Flat, Circular, and Warp knitting techniques to create complex structures, designs, and modulus.
Narrow Width Fabrics
Elasticated fabrics and elastomeric yarns engineered to achieve stretch and durability, as well as support complex design and construction.
Injection Molding
A revolutionary form and padding technology for impact protection and the encasing of electronics.
Engineered Knit
Leveraging Flat, Circular, and Warp knitting techniques to create complex structures, designs, and modulus.
Narrow Width Fabrics
Elasticated fabrics and elastomeric yarns engineered to achieve stretch and durability, as well as support complex design and construction.
Injection Molding
A revolutionary form and padding technology for impact protection and the encasing of electronics.
Softmatter
How to Get Started
At Softmatter, our dynamic team has industry-leading expertise in smart textiles, from design to manufacture. We help you strategically enhance your offering so that it has a profound, global impact.
Interested in enabling your idea?
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Softmatter is the wearable technology team of MAS Holdings (Private) Limited.
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