Hardware Connectivity

An Ethernet Crossover cable is used to connect two PCs directly together, without using a hub or switch in between. Each cable is made of 24AWG stranded pure copper conductor pairs with 50µm gold plated contacts (short body). Most budget cables skimp with only 10µm. Each cable features color matched, snagless, strain relief boots.

Monoprice Cat5e and Cat6 cables are made of 100% pure bare copper wire, as opposed to copper clad aluminum (CCA) wire, and are therefore fully compliant with UL Code 444 and National Electrical Code TIA-568-C.2 fire and safety standards, which require pure bare copper wire in Cat5e and Cat6 communications cables.

An Ethernet Crossover cable is used to connect two PCs directly together, without using a hub or switch in between. Each cable is made of 24AWG stranded pure copper conductor pairs with 50µm gold plated contacts (short body). Most budget cables skimp with only 10µm. Each cable features color matched, snagless, strain relief boots.

Monoprice Cat5e and Cat6 cables are made of 100% pure bare copper wire, as opposed to copper clad aluminum (CCA) wire, and are therefore fully compliant with UL Code 444 and National Electrical Code TIA-568-C.2 fire and safety standards, which require pure bare copper wire in Cat5e and Cat6 communications cables.

An Ethernet Crossover cable is used to connect two PCs directly together, without using a hub or switch in between. Each cable is made of 24AWG stranded pure copper conductor pairs with 50µm gold plated contacts (short body). Most budget cables skimp with only 10µm. Each cable features color matched, snagless, strain relief boots.

Monoprice Cat5e and Cat6 cables are made of 100% pure bare copper wire, as opposed to copper clad aluminum (CCA) wire, and are therefore fully compliant with UL Code 444 and National Electrical Code TIA-568-C.2 fire and safety standards, which require pure bare copper wire in Cat5e and Cat6 communications cables.

This HDMI® to DVI Adapter Cable is capable of video performance equivalent to a High Speed HDMI® Cable.
Ferrite Cores are small magnetic blocks wrapped around the end of a cable. They are used to suppress EMI/RFI electronic noise on the cable by absorbing the unwanted high frequencies and dissipating them as very low-level heat. This is the simplest and cheapest form of electronic noise reduction and is most effective on small gauge cabling, which is inherently more susceptible to electronic noise interference than thicker cables.

Digital Visual Interface (DVI) is the standard interface for a high-performance connection between PCs and flat panel displays, digital CRT displays, projectors, and HDTV. The DVI-D Digital Cable delivers the high-performance, high-bandwidth interface needed for video displays of today while leaving headroom for the products of tomorrow. These precision-engineered cables are fully compliant with the DVI standard defined by DDWG (Digital Display Working Group). The DVI-D dual link configuration provides enough bandwidth for resolutions up to 2560x1600 and allows high speed digital transmission up to 9.9 Gbps.