9.8ft (3m) DVI-I M/M Dual Link Digital/Analog Video Cable
10 ft (3.1 m) DVI-I Dual Link Male to Male video cable for digital and analog signal transmission
The C2G CG26949 is a precision-engineered DVI-I Dual Link M/M video cable designed to connect digital displays and projectors to a PC or Mac. This 10 ft (3.1 m) cable supports both digital and analog transmission through its 24-pin configuration. It utilizes three 30 AWG coaxial lines for high-speed analog transmission, while the 28 AWG copper conductors are individually insulated in hard-density polypropylene to minimize crosstalk and ensure error-free signal delivery. The dual link architecture provides sufficient bandwidth for resolutions up to 2560 x 1600. To prevent EMI/RFI interference, the cable features a tri-shielded undermold and braid shield, with each coax line individually wrapped in foam-polyolefin insulation. Gold-plated contacts ensure full conductivity for both PC and Mac compatible devices, which support hot-plugging.
Specifications are supplied by the manufacturer. For complete details, check the Resources section.Key features
Specifications
| Cable Length | 10 ft (3.1 m) |
| Shipping Weight | 0.96 lbs (0.4 kg) |
| Cable Type | DVI |
| Color | White |
| Connector 1 | (1) DVI-I Dual Link Male |
| Connector 2 | (1) DVI-I Dual Link Male |
| UPC | 757120269496 |
| Certifications | NDAA 889Prop 65REACHRoHSTSCA |
Resources
Questions about this part
Will the CG26949 work with my Mac and PC setup?
Yes, this cable is compatible with both PC and Mac systems and supports hot-plugging of DVI display devices.
Can this cable carry analog signals or only digital?
The CG26949 is a DVI-I cable that supports both digital and analog transmission via its 24-pin configuration.
What is the maximum resolution supported by this DVI-I cable?
The dual link configuration of this cable provides enough bandwidth to support resolutions up to 2560 x 1600.
Is this cable compliant with federal security standards?
Yes, this cable is listed as NDAA 889 compliant and also meets RoHS, REACH, and TSCA requirements.
How does the shielding work to prevent interference?
The cable uses a tri-shielded undermold and braid shield, with each coax line individually wrapped in foam-polyolefin insulation to mitigate EMI/RFI.