Accessories

High-definition performance for personal computing.
Manhattan Mini DisplayPort Cables provide a single-cable solution that delivers both high-definition digital audio and video signals between desktop and notebook computers and an output device. With 17.28 Gbps bandwidth (HBR2), Deep colour and 24-bit, eight-channel uncompressed audio capability, the 20-pin connector is small, compact and ideal for use with Mini DisplayPort-equipped devices, flat-panel displays, slim-profile devices and many future consumer electronics. Full foil-and-braided shielding, moulded boots with strain relief, protective PVC jackets and gold-plated connections help Manhattan Mini DisplayPort Cables provide maximum conductivity and clear, crisp signal transmissions with reduced EMI interference and distortion.

High-definition performance for personal computing

Manhattan Mini DisplayPort Cables provide a single-cable solution that delivers both high-definition digital audio and video signals between desktop and notebook computers and an output device. With 17.28 Gbps bandwidth (HBR2), DeepColor and 24-bit, eight-channel uncompressed audio capability, the 20-pin connector is small, compact and ideal for use with Mini DisplayPort-equipped devices, flat-panel displays, slim-profile devices and many future consumer electronics. Full foil-and-braided shielding, molded boots with strain relief, protective PVC jackets and gold-plated connections help Manhattan Mini DisplayPort Cables provide maximum conductivity and clear, crisp signal transmissions with reduced EMI interference and distortion.

High-definition performance for personal computing.
Manhattan Mini DisplayPort Cables provide a single-cable solution that delivers both high-definition digital audio and video signals between desktop and notebook computers and an output device. With 17.28 Gbps bandwidth (HBR2), Deep colour and 24-bit, eight-channel uncompressed audio capability, the 20-pin connector is small, compact and ideal for use with Mini DisplayPort-equipped devices, flat-panel displays, slim-profile devices and many future consumer electronics. Full foil-and-braided shielding, moulded boots with strain relief, protective PVC jackets and gold-plated connections help Manhattan Mini DisplayPort Cables provide maximum conductivity and clear, crisp signal transmissions with reduced EMI interference and distortion.

Quality connections for SuperSpeed performance.
Manhattan SuperSpeed USB Cables are designed, engineered and constructed of quality materials to deliver the faster speeds required to support the next generation of the most prevalent computing interface. Backward compatibility with Hi-Speed USB 2.0 provides a smooth transition between new and existing desktop and notebook computers, digital cameras, PDAs and other popular electronics and mobile computing accessories. Manhattan SuperSpeed USB Cables support data transfer rates up to 5 Gbps, nearly 10 times that of Hi-Speed USB 2.0 on Windows and Mac systems for ultra-fast, reliable transmissions. Full shielding, moulded boots and protective, flexible PVC jackets help support SuperSpeed USB bi-directional communications, reduce EMI interference and provide maximum conductivity with minimal user wait times and data loss.

Quality connections for SuperSpeed performance.

Manhattan SuperSpeed USB Cables are designed, engineered and constructed of quality materials to deliver the faster speeds required to support the next generation of the most prevalent computing interface. Backwards compatibility with Hi-Speed USB 2.0 provides a smooth transition between new and existing desktop and notebook computers, digital cameras, PDAs and other popular electronics and mobile computing accessories. Manhattan SuperSpeed USB Cables support data transfer rates up to 5 Gbps, nearly 10 times that of Hi-Speed USB 2.0 on Windows and Mac systems for ultra-fast, reliable transmissions. Full shielding, moulded boots and protective, flexible PVC jackets help support SuperSpeed USB bi-directional communications, reduce EMI interference and provide maximum conductivity with minimal user wait times and data loss.