Place of Origin:
Guangzhou,China
Brand Name:
OEM/ ODM/ YUEXIANKE
Certification:
ETL/ CE/ UL/ ANATEL/ RoHS
Model Number:
CAT6
LAN Ethernet Network Cable SFTP CAT6A UTP CAT6 Patch Cord cable SFTP cat6 patch cord
Product Description
rj45 110 ethernet cat5e cat6 cat6a cat7 sftp patch cord
Accept OEM or ODM
High quality competitive price
Pass fluke test
CE
1. Description
moulded plug with popular deisgn
2. Application
CAT5E,CAT6, CAT6A/UTP
AWG28/AWG27/AWG26/AWG24/AWG23
Stranded or Solid
3. Connection
1:1 (568A/568A, 568B/568B) or Corssover(568A/568B)
2*RJ45 Male (w/3u",6u", 15u", 30u", 50u" gold plated)
4. Length
0~50 Meter
5. Color
Any color are available.
6. Jacekt
PVC, PE or LSZH all available.
7. Package
PE Bag/ Clamshell(Blister) /Polybag+Headcards/or OEM as required
8.Industrial Standards
YD/T1019-2001(America) ANSI/TIA/EIA-568-B,(Internation) ISO/IEC 11801/71156
Not all Ethernet cable is created equally. What's the difference, and how do you know which you should use? Let's look at the technical and physical differences in Ethernet cable categories to help us decide.
Ethernet cables are grouped into sequentially numbered categories (“ cat ”) based on different specifications; sometimes the category is updated with further clarification or testing standards (eg 5e, 6a). These categories are how we can easily know what type of cable we need for a specific application. Manufacturers are required to adhere to the standards, which makes our lives easier.
What are the differences between the categories and how can you know when to use unshielded, shielded, stranded, or solid cable? Keep reading f or “cat”-like enlightenment.
Patch Cord Cable Performance Specification Chart | ||||
Parameter | Cat5 Patch Cables and Class D with additional requirements TSB95 and FDAM 2 |
Cat5e Patch Cables |
Cat6 Patch Cables Class E (Performance at 250 MHz shown in parentheses) |
Proposed Cables Class F |
Specified frequency range |
1-100 MHz | 1-100 MHz | 1-250 MHz | 1-600 MHz |
Attenuation | 24 dB | 24 dB | 21.7 dB (36 dB) |
20.8 dB (54.1 dB) |
NEXT | 27.1 dB | 30.1 dB | 39.9 dB (33.1 dB) |
62.1 dB (51 dB) |
Power-sum NEXT | N/A* | 27.1 dB | 37.1 dB (30.2 dB) |
59.1 dB (48 dB) |
ACR | 3.1 dB | 6.1 dB | 18.2 dB (-2.9 dB) |
41.3 dB (-3.1 dB)** |
Power-sum ACR | N/A | 3.1 dB | 15.4 dB (-5.8 dB) |
38.3 dB (-6.1 dB)** |
ELFEXT | 17 dB (new requirement) |
17.4 dB | 23.2 dB (15.3 dB) |
ffs*** |
Power-sum ELFEXT | 14.4 dB (new requirement) |
14.4 dB | 20.2 dB (12.3 dB) |
ffs*** |
Return loss | 8 dB* (new requirement) |
10 dB | 12 dB (8 dB) |
14.1 dB (8.7 dB) |
Propagation delay | 548 nsec | 548 nsec | 548 nsec (546 nsec) |
504 nsec (501 nsec) |
Delay skew | 50 nsec | 50 nsec | 50 nsec | 20 nsec |
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