Subject to availability and technical change without
notice

Copyright © 2003 MK 0637-0013-15_Krone-U_FTP450_23_Kat.6_e.docKRONE F/FTP 450/23
F/FTP 450/23 FRNC Cat. 6 Cable

Application
The KRONE F/FTP 450/23 cable is designed for applications up to 450 MHz and provides transmission
performance meeting Category 6 specifications. This 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 (FTP).
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.

Fire rating
(MJ/m)
Halogen-
free
Tensile
strength for
installation [N]
Outside-ø
[mm]
Weight
[kg/km]
F/FTP 450/23 4P
LS0H-1

6

AWG 23

4

0,57

yes

145

7,4
58
* Cable description in compliance to ISO/IEC 11801 (2002) appendix E
Simplex (F/FTP 450/23 4P)

Typical data dB / 100 m
1,9 5,5 7,1 7,8 9,9 14,0 17,7 28,1 38,6
Near-end crosstalk loss in dB per Standard *
66,0 59,3 56,2 54,8 51,9 47,4 44,3 38,3 -
Typical data dB / 100 m
100,0 100,0 100,0 100,0 100,0 95,0 93,0 88,0 83,0
PSNEXT in dB/ 100 m per Standard *
64,0 57,3 54,2 52,8 49,9 45,4 42,3 36,3 -
Typical data dB / 100 m
98,0 98,0 98,0 98,0 98,0 93,0 91,0 86,0 80,0
ELFEXT in dB/ 100 m per Standard *
66,0 50,0 45,9 44,0 40,1 34,1 30,0 22,0 -
Typical data dB / 100 m
93,0 93,0 93,0 93,0 90,0 84,0 81,0 67,0 51,0
PSELFEXT in dB/ 100 m per Standard *
64,0 47,0 43,0 41,0 37,1 31,1 27,0 19,0 -
Typical data dB / 100 m
91,0 91,0 91,0 91,0 86,0 82,0 79,0 66,0 50,0
ACR in dB
98,1 94,5 92,9 92,2 90,1 72,0 75,3 59,9 44,4
*) Standard: Requirements on 100 m installed Category 6 cable for Class E cabling links (corresponds to pr EN 50288-5-1)

Max. loop resistance: 146 Ohm/km
Max. resistance difference: 1%
Insulation resistance: > 5000 MOhm x km
Impedance Zo at 0,064 MHz: 125 Ohm ± 20%
Impedance Zo at 1 - 100 MHz: 100 Ohm ± 15%
Impedance Zo at 101 - 250 MHz: 100 Ohm ± 18%
Transfer impedance: < 10 mOhm per meter bei 10 MHz
Longitudinal conversion loss dB/ref. Length = 1000 m: > 46 dB bei 64 kHz