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Network FutureCom™ S/FTP 800/23 with Diffusion Barrier Cable - Corning

The FutureCom™ S/FTP 800/23 outdoor cable with diffusion barrier is designed for applications up to 1000 MHz and its transmission characteristics exceed Category 7 specifications according to EN 50288-4-1 and IEC 61156-5. High system margins for the complete link according to ISO/IEC 11801 AMD:2 (2010) and EN 50173 (Series) will be achieved by using corresponding hardware together with this high-end copper cable. Due to the very low delay skew between the pairs these FutureCom cables are especially suitable for Gigabit Ethernet and also for transmission of digital data for future applications up to 10 Gigabit Ethernet according to IEEE 802.3an. Each pair is individually foil shielded. The stranded pairs (PiMF) are also sheathed with a braid shield (S/FTP), which guarantees outstanding shielding characteristics. The cable satisfies Class B interference radiation standards according to EN 55022, as well as immunity according to EN 55024, which enables the realisation of CE-compatible networks.

Network Copper Cable - FutureCom™ S/FTP 800/23, Category 7

The FutureCom™ Industrial S/FTP 800/23 cable with polyurethane jacket is particularly suitable for industrial applications. It is recommended in conjunction with FutureCom metal outlets for industrial networks. This cable is designed for aplications up to 1000 MHz and his transmission characteristic exceed Category 7 specifications according to EN 50288-4-1 and IEC 61156-5. High system margins for the complete link according to ISO/IEC 11801 AMD:2 (2010) and EN 50173 (Series) will be achieved by using corresponding hardware together with this high-end copper cable. Due to the very low delay skew between the pairs these FutureCom cables are especially suitable for Gigabit Ethernet and also for transmission of digital data for future applications up to 10 Gigabit Ethernet according to IEEE 802.3an. Each pair is individually foil shielded. The stranded pairs (PiMF) are also sheathed with a braid shield (S/FTP), which guarantees outstanding shielding characteristics. The cable satisfies Class B interference radiation standards according to EN 55022, as well as immunity according to EN 55024, which enables the realisation of CE-compatible networks.

FutureCom™ S/FTP 550/23, blue - Corning

The FutureCom™ S/FTP 550/23 cable is designed for applications up to 550 MHz and its transmission characteristics exceed Category 6A specifications according to EN 50288-10-1 and IEC 61156-5 High system margins for the complete link according to ISO/IEC 11801 (Edition 2.2: 2011) and EN 50173 (Series) will be achieved by using corresponding hardware together with this high-end copper cable. Due to the very low delay skew between the pairs these FutureCom cables are especially suitable for Gigabit Ethernet and also for transmission of digital data for future applications up to 10 Gigabit Ethernet according to IEEE 802.3an. The cable has a streamlined construction and low weight. Each pair is individually foil shielded. The stranded pairs (PiMF) are also sheathed with a braid shield (S/FTP), which guarantees outstanding shielding characteristics. The cable satisfies Class B interference radiation standards according to EN 55022, as well as immunity according to EN 55024, which enables the realisation of CE-compatible networks.

Network Copper Cable - Corning FutureCom™ F/FTP 550/23, blue

The FutureCom™ F/FTP 550/23 cable is tested up to 550 MHz and provides transmission performance meeting Category 6A specifications EN 50288, IEC 61156-5 and „Cat. 6 augmented“ in compliance with TIA/EIA 568. Outstanding system headroom of the complete cabling system in compliance with ISO/IEC 11801 Edition 2.2. and EN 50173. Outstanding performance for the transmission of digital data signals for future coming applications up to 10GbE in compliance with the current Class EA (ISO/IEC 11801) and IEEE 802.3an standard. FutureCom™ cables are low skew products, i.e. the difference in propagation delay between the individual pairs is very low. This is increasingly being requested for Gigabit Ethernet. The suitability of the cable for high-bit-rate transmission systems ensures a high degree of future proofing. Additional features are the slim design and low weight of the cables. Each pair is individually shielded with foil (FTP). The twisted pairs are additionally enclosed an overall shielded foil (F/FTP) to provide superior shielding performance. The cable thus exceeds the requirements for EN 55022 Class B emission and EN 55024 immunity, enabling networks to be built which are compliant with the standards on electromagnetic compatibility.

Copper Outdoor Cables FutureCom™ S/FTP 1200/22 A-XR with Diffusion Barrier

The FutureComTM S/FTP 1200/22 “Augmented Extended Reach” (propagation delay and attenuation optimised) outdoor cable with diffusion barrier cable is specified up to 1400 MHz and provides transmission performance meeting Category 7, 7A, and 1400 MHz Multimedia cable specifications according to EN 50288-9-1, IEC 61156-5 and IEC61156-7. Outstanding system headroom of the complete cabling system in compliance with ISO/IEC 11801 AMD:1 & AMD:2 and EN 50173 Series. Outstanding performance for the transmission of digital data signals for future coming applications up to 10GbE in compliance with the current Class EA and IEEE 802.3an standard. FutureCom cables are low skew products, i.e. the difference in propagation delay between the individual pairs is very low. This is increasingly being requested for Gigabit Ethernet. The suitability of the cable for high-bit-rate transmission systems ensures a high degree of future proofing. Additional features are the slim design and low weight of the cables. Each pair is individually shielded with foil (FTP). The twisted pairs are additionally enclosed as a group in a braided shield (S/FTP) to provide superior shielding performance. The cable thus exceeds the requirements for EN 55022 Class B emission and EN 55024 immunity, enabling networks to be built which are compliant with the standards on electromagnetic compatibility.