INTEGRITY Cat5e SFTP Cable Enhanced EMI Shielding For Secure Networks

INTEGRITY Cat5e SFTP Cable Enhanced EMI Shielding For Secure Networks 

Product Description:

1. Superior Electromagnetic Shielding

The INTEGRITY Cat5e SFTP Cable is designed with dual shielding (aluminum foil and tinned copper braid) for exceptional EMI protection, providing up to 25dB noise resistance. Perfect for environments requiring high confidentiality and interference resistance.

2. High-Quality Oxygen-Free Copper

Featuring high-grade oxygen-free copper conductors, this network cable ensures stable and reliable electrical performance, greatly exceeding standard Cat5e specifications for optimal data transmission quality.

3. Stable High-Speed Performance

Supporting typical speeds of 100Mbps and 100MHz bandwidth over a 90-meter distance, this cable delivers fast and reliable connections for LAN networking and high-speed applications.

4. Versatile & Secure Applications

Ideal for use in high-security environments, this cable is perfect for shielded confidential systems, office networks, and any installation where EMI protection and data security are critical.

5. Durable & Robust Construction

Built to endure harsh environments, the SFTP cable features a durable construction that withstands physical stress while maintaining excellent transmission quality for indoor network wiring.

6. Advanced Shielding Technology

The unique 0.06mm aluminum foil and tinned copper braid shielding ensures up to 90dB EMI protection, making it suitable for installations in areas with extreme electromagnetic interference.

7. Compliant with Industry Standards

Exceeds the performance of traditional Cat5e cables, making it ideal for use in demanding industrial, commercial, and residential networking applications.

 

Cat 5e SF/UTP 4 X 2 X 24AWG CABLE
Rev.: A		ECN Description:
Construction Item Description			Electrical Property
Conductor	Material	Bare Solid Copper(elongation: 19 ~ 24%)	Conductor Resistance at 20°C			≤ 9.5 Ω / 100m
	OD	24 AWG	Resistance unbalance within a pair			≤ 2%
Insulation	Material	HDPE 8303	Insulation Resistance at 20°C after 2min of electrification under a DC voltage between 100 & 500V			>1500 MΩ / 100m
	OD	0.90 ± 0.02 mm	Mutual capacitance			5600 pF / 100m MAX
	Average THK	0.20 mm	Capacitance unbalance pair to ground at 800Hz or 1 kHz			≤ 160 pF / 100m
	Color	1p: white + 2 blue stripes & blue	Characteristic impedance at 100MHz			100 ± 15 Ω
		2p: white + 2 orange stripes & orange	Dielectric Strength Test Voltage (cd/cd,cd/screen): 1.00KV DC or 0.7 KV AC for 1 min			No breakdown
		3p: white + 2 green stripes & green	Mechanical Property
		4p: white + 2 brown stripes & brown	insulation	elongation before aging		≥ 300%
Pair Twist	Lay & Direction	1p: S=20.0 mm (28%)		tensile strength before aging		≥12 MPa
		2p: S=17.5 mm (24%))		elongation after aging		≥ 150 %
		3p: S=22.0 mm (32%)		tensile strength after aging		≥10.5 MPa
		4p: S=15.5 mm (21%)	jacket	elongation before aging		≥ 150 %
	OD	/		tensile strength before aging		≥ 13.5 MPa
Inner Assemble	Lay	S=90 ± 5 mm		elongation after aging		≥ 125 %
	Direction	according to the drawing		tensile strength after aging		≥ 12.5 MPa
	Filler	/	Packing
	OD	/	Drum		NA
Filler	Ripcord	300D	Master Carton		NA
	Drain Wire	Tinned Copper
Outside Shield	Shield	Shield
	Construction	/
	Material	Polyester film/Aluminium Foil (PET/ALU)
	Coverage	≥ 115%
Jacket	Material	PVC, 50P, -20~75℃
	Hardness	81 ± 3
	OD	6.5 ± 0.2
	Average THK	0.50 ~ 0.60
	Color	Red
	Marking Color	according to the customer's requirements
Marking		according to the customer's requirements

Electrical Properties
Conductor Resistance at 20°C	NF EN 50289-1-2 / IEC 60189-1	≤ 9.5 Ω / 100m
Resistance unbalance within a pair	NF EN 50289-1-2/ IEC 60708	≤ 2%
Dielectric Strength Test Voltage (cd/cd): 1.00KV DC or 0.7 KV AC for 1 min Test Voltage (cd/screen): 1.00KV DC or 0.7 KV AC for 1 min	NF EN 50289-1-3 / IEC 61196-1-105	No breakdown
Insulation Resistance at 20°C after 2min of electrification under a DC voltage between 100 & 500V	NF EN 50289-1-4 / IEC 60885-1	>1500 MΩ / 100m
Mutual capacitance	NF EN 50289-1-5 /IEC 60189-1	5600pF / 100m MAX
Capacitance unbalance pair to ground at 800Hz or 1 kHz	NF EN 50289-1-5 / IEC 60189-1	≤ 160 pF / 100m
Characteristic impedance at 100MHz	NF EN 50289-1-11/ IEC 61156-1	100 ± 15 Ω
Spark Test	UL444	2000 ± 250VOC

Transmission Properties
CAT5e    ANSI/TIA-568.2-D;    IEC 61156-6;  YD/T1019-2013
No.	Frequency	Attenuation (Max)	Propagation Delay (MAX)	Propagation Delay Skew (MAX)	Return Loss (Min)	NEXT (Min)	PS NEXT (Min)	EL-FEXT (Min)	PS EL-FEXT (Min)
	MHz	dB/100m	ns/100m	ns/100m	dB(on 100m)	dB(on 100m)	dB(on 100m)	dB(on 100m)	dB(on 100m)
1	4	4.05	552	45	23.01	56.27	53.27	51.96	48.96
2	8	5.77	546.73	45	24.52	51.75	48.75	45.94	42.94
3	10	6.47	545.38	45	25	50.3	47.3	44	41
4	16	8.25	543	45	25	47.24	44.24	39.92	36.92
5	20	9.27	542.05	45	25	45.78	42.78	37.98	34.98
6	25	10.42	541.2	45	24.32	44.33	41.33	36.04	33.04
7	31.25	11.72	540.44	45	23.64	42.88	39.88	34.1	31.1
8	50	15.07	539.09	45	22.21	39.82	36.82	30.02	27.02
9	62.5	16.99	538.55	45	21.54	38.36	35.36	28.08	25.08
10	100	21.98	537.6	45	20.11	35.3	32.3	24	21
11
12
13
14
Remarks: ＊ are the reference values

Notic:

 1, Wiring Planning and Design
> Information point setting: Reasonably set information points according to actual needs. For example, the master bedroom can be equipped with two information points so that two people can operate the computer simultaneously; Other bedrooms and living rooms can be equipped with an information point; In the hidden areas of the middle and front and rear balconies of the residence, 2-3 information points can be set up to facilitate the installation of wireless network access devices in the future.
> Location of information socket: When selecting the location of the information socket, ensure that it is convenient to use and not obstructed by furniture, while maintaining privacy. In the dormitory, information sockets can be placed on both sides of the bed; In the living room, one end of the sofa can be located near the window; In the study, it should be close to the desk, and the vertical distance between the information outlet and the floor should not be less than 20 centimeters.
2, Network cable selection and connection
> Network cable types: For indoor use, unshielded Category 5 cables are generally preferred.
> Network cable connection method: It should follow the EIA/TIA 568B or EIA/TIA 568A standards. Direct lines are used for connecting network cards and switches, as well as optical transceiver modules and switches; Crossover cables are used for connecting network cards to each other and hubs to each other. When making network cables, they must be connected according to standard specifications to ensure the normal operation of the network.
> Cable length and bending: When wiring, pay attention to the cable length and bending radius. The maximum transmission distance of Category 5e Ethernet cables is usually 100 meters, and exceeding this distance may cause signal attenuation. At the same time, under non heavy pressure conditions, the bending radius of the network cable should not be less than 8 times the diameter of the cable to ensure stable signal transmission.
3, Gathering device and power supply settings
> Location of the gathering device: The gathering device should be placed in a well ventilated and concealed place, avoiding installation in damp, water sensitive, and electromagnetic interference prone areas.
> Power setting: The hub device requires power supply, so when decorating, it is necessary to reserve a power interface for the hub device.
4, Interference and Protection
> Electromagnetic interference: Twisted pair cables and computers should be kept at a distance from washing machines, refrigerators, air conditioners, fans, etc. to avoid affecting the signals in the twisted pair cables.
5, Testing and Acceptance
> Line testing: After the wiring is completed, professional testing instruments should be used to test the lines to ensure that the connectivity and transmission speed of each line meet the design requirements.
> Acceptance criteria: During acceptance, relevant standards and specifications should be followed to ensure that the wiring quality meets the design requirements.