ULTRA SUPER SLIM CATEGORY 6A

Mã sản phẩm : UTP-A-C6G-E1VL-M 26AWGx004P

DESCRIPTION LS USS-UTP Cat.6A cable a special development to support 10G networking within dense and short length environments such as data center. It complies to ‘ANSI/TIA-568-C.2’ and ‘ISO/IEC 11801’ for channels of Max 70m or permanent links of max 60m when used in combination with LS Simple Cat.6A connectors and patch cord. LS USS-UTP Cat.6A cable also complies to ‘Work Area CAT6A wiring performance according to IEC 61156-6 Ed.3’ Data center copper channel usage survey shows 70m channel length covers almost 100% and 60m permanent link lengths covers 99% of today’s 10G applications. The cable can support max. 60m permanent link and max 70m channel by 26AWG solid copper conductors and smaller cable outer diameter (nominal 5.8mm(0.23in)) allows space saving when installed in bundle. LS USS-UTP Cat.6A cable’s smaller cable outer diameter meets the customer’s high density installation of cable needs

PART LISTS

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Part Lists

Part Number

USS Category 6A U/UTP 4Pair CMX

UTP-A-C6G-E1VL-X 26AWGx004P/xx

USS Category 6 A U/UTP 4Pair CM

UTP-A-C6G-E1VL-M 26AWGx004P/xx

USS Category 6 A U/UTP 4Pair CMR

UTP-A-C6G-E1VL-R 26AWGx004P/xx

USS Category 6 A U/UTP 4Pair LSZH 332-1

UTP-A-C6G-E1ZL-X 26AWGx004P/xx

APPLICATION

· Horizontal Distribution & Backbone Cabling
· 4/16 Mbps Token Ring (IEEE 802.5) up to 70m
· 10/100/1000/10G BASE-T (IEEE 802.3) up to 70m
· 155 Mbps ATM up to 70m
· 100Mbps TP-PMD up to 70m
· ISDN, ADSL

TECHNICAL DETAILS

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Characteristics

Units

Specification

DC Resistance

O/100m

= 14.8

DC Resistance Unbalance

%

= 2.00

Capacitance Unbalance (Pair to Ground)

pF/km (800~1000Hz)

= 1600

Insulation Resistance

MO·m

= 5000

Dielectric Strength

DC kV/sec

2.5 / 2

Impedance (Characteristic mean)

O

100 ± 5% (at 100MHz)

Return Loss

dB/100m

= 20 + 5 * log(freq) , 4 = f < 10MHz = 25 , 10 = f < 20MHz = 25 – 8.6* log(freq/20) , 20 = f = 500MHz

Attenuation (Insertion Loss)

dB/100m

= 2.73*v(freq) + 0.0136*(freq) + 0.375/v(freq) , 4 ~ 500 MHz

NEXT Loss

dB/100m

= 75.3 – 15*log(freq) , 4 ~ 500MHz

Power sum NEXT Loss

dB/100m

= 72.3 – 15*log(freq) , 4 ~ 500MHz

ACRF Loss

dB/100m

= 68 – 20*log(freq) , 4 ~ 500MHz

Power sum ACRF Loss

dB/100m

= 65 – 20*log(freq) , 4 ~ 500MHz

Power sum Alien NEXT Loss

dB/100m

= 92.5 – 15*log(freq) , Max. 67, 4 ~ 500MHz

Power sum Alien ACRF Loss

dB/100m

= 78.2 – 20*log(freq) , Max. 67, 4 ~ 500MHz

Propagation Delay

ns/100m

= 534 + 36 / v (Freq) , 4 ~ 500MHz

Propagation Delay Skew

ns/100m

= 45 , 4 ~ 500MHz

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