UL202768 AWG (10P X2 ) DF14-20S-1.25c to DF13-40S-1.25c lvds cable,L=400mm

Low-voltage differential signaling,or LVDS,also known as TIA/EIA-644,is a technical standard that specifies electrical characteristics of a differential,
serial communications protocol. LVDS operates at low power and can run at very high speeds using inexpensive twisted-pair copper cables.

Since LVDS is a physical layer specification only,many data communication standards and applications use it but then add a data link layer
as defined in the OSI model on top of it.LVDS was introduced in 1994,and has become popular in products such as LCD-TVs, automotive infotainment systems,
industrial cameras and machine vision,notebook and tablet computers,and communications systems.The typical applications are high-speed video,
graphics,video camera data transfers,and general purpose computer buses.Early on,the notebook and LCD display vendors commonly used
the term LVDS instead of FPD-Link when referring to their application,and the term LVDS has mistakenly become synonymous with Flat Panel Display Link in
the video-display engineering vocabulary.

Electrical Characteristics

About the lvds cable:
1. Cable length: 40CM OR CUSTOMIZED
2. With shrink tube
3. Strip length: 3CM/5CM

Product Details:

Our Company:
1. RY Electronics has over 10 years of experience designing and manufacturing custom cable assemblies and antennas in large or small volumes depending on your needs.

2. Our manufacturing facilities can build just about many types of custom cable assembly(LVDS cable/Flat cable/RF cable/wire harness) as well as GPS/WIFI/ISM/GSM/3G/4G antenna and RF connectors.

Our advantages:
1. Quality control:most of products have UL CE ROHS, certificate. ISO9001:2008.

2. Low MOQ:5pcs/10pcs/20pcs/50pcs,depends on different items.

3. Good After-Sales Service: we could offer technical support or return service in short time.

4. 1 Year Warranty.

FAQ

1. How to choose a right cable?

A designer has to evaluate the determining system parameters such as signaling rate, cable length, single-ended or differential (balanced) signaling, point-to-point, multidrop or multipoint configuration, noise margin, flexibility, costs.

2. What’s will impact the material you select?

Specific equipment, machine structure and environment

3. Why cable need to be shielding?

To reduce electrical noise from affecting the signals, and to reduce electromagnetic

radiation that may interfere with

other devices.

4. What sort of cable need suggest to?

For long transmission lines, a braided or served shield is recommended to ensure good isolation between the signal lines and the environment.

5. What kind of cable is cheaper and easy to handle?

Multiconductor cables are cheaper and easier to handle than twisted pair or coaxial cables, especially in terms of termination.