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Welcome to the LVDS / M-LVDS Transceivers E2E page!
Listed below are a variety of resources to assist with the implementation of Low Voltage Differential Signaling, also know as LVDS!
LVDS / M-LVDS Basics:
- How far and how fast can you operate LVDS drivers and receivers?
- How to terminate LVDS connections
- What performance can LVDS achieve with different cabling?
- How to interface between an LVDS driver and a sub-LVDS receiver
- How to Use a 3.3-V LVDS Buffer as a Low-Voltage LVDS Driver
- How to Support 1.8-V Signals Using a 3.3-V LVDS and a Level-Shifter
- What is failsafe biasing? How do I setup failsafe biasing for LVDS?
- How do I estimate LVDS power consumption?
- How can I reduce jitter in LVDS?
M-LVDS:
- What is M-LVDS? What are the design guidelines?
- How far and how fast can you operate M-LVDS transceivers?
- Similar but older article: M-LVDS Signaling Rate Versus Distance
Additional resources:
- How to use LVDS to improve EMC in Motor Drives
- How do I support low voltage I/O signals into an FPGA, Professor, or ASIC with LVDS?
- How to use LVDS as a high-speed comparator
- How to convert HDMI/DVI to LVDS/OLDI
- Applications of LVDS in Ultrasound Scanners
- Applications of LVDS with LEDs
- How old of a date code is too old? Do ICs expire?
