LVDS (SerDes)

100_ext_03_en_0.jpg

THine Electronics, Inc. has firstly launched LVDS products among Japanese semiconductor makers and still hold a high share in the market. 
We offer the highest quality in terms of jitter performance, skew margin, and power consumption. As the result, a lot of customers in various applications such as tablet PCs, televisions, multifunction printers, and automotive entertainment products approve THine's LVDS.

Low Voltage Differential Signaling (LVDS) is a data transmission interface standard to achieve over 100Mbits/sec. Low swing amplitude Voltage around 100mV enables high-speed switching operation, but generally becomes easy to receive noise from outside. LVDS enables to suppress noise by differential signaling with different polarity.
THine has a lot of product lineups which adopt an LVDS technology.
201310221138_1.png
What are the advantages of THine LVDS Products?
■1.8V low power consumption and small-sized
        THC63LVDM87 / THC63LVD827
■Interconversion between Single and Dual Pixel Link
        THC63LVD823BTHC63LVD1023B / THC63LVD1022
        THC63LVD1024 / THC63LVD1027
■Maximum 30bit colors supported
        THC63LVD103D / THC63LVD104C / THC63LVD1022
        THC63LVD1023B / THC63LVD1024THC63LVD1027
■LVDS swing mode to reduce EMI emissions.
      All of LVDS Transmitter are supported.
■Selectable Various cable such as a STP,TP,FFC,FPC.  

THine's LVDS is still holding a high share in the market and used by a lot of customers in various applications such as tablet, LCD TVs, multi-function printers, automotive entertainment products approve.

  • The product introduced on this page is RoHS (2011/65/EU) compliant.

    Please contact THine's authorized distributors regarding documents for environmental regulations (MSDS, ICP report, Conflict Minerals, etc) and product spec documents (detailed information on package, packing, etc). Click here to find distributors.

    Click here for further question.
Under Construction

Type Product Name Bit/
Pixel
Input Signal Output Signal Clock Freq. Supply Voltage Package Operation Temp.
Tx THC63LVDM83E 28 LVCMOS LVDS 160MHz 3.3V VFBGA49 0 to 70℃
Tx THC63LVDM87 28 LVCMOS LVDS 160MHz 1.8V VFBGA49 -40 to 85℃
Tx THC63LVD827 27 LVCMOS LVDS 2ports 174MHz 1.8V VFBGA72 -40 to 85℃
Tx THC63LVD827-Q 27 LVCMOS LVDS 2ports 174MHz 1.8V VFBGA72 -40 to 105℃
Tx THC63LVDM83D 28 LVCMOS LVDS 160MHz 3.3V TSSOP56 0 to 70℃
NEW
Tx
THC63LVDM83D-Z 28 LVCMOS LVDS 160MHz 3.3V TSSOP56 -40~105℃
Tx THC63LVDM83C(5S) 28 LVCMOS LVDS 85MHz 3.3V TSSOP56 -40 to 85℃
Tx THC63LVD103D 35 LVCMOS LVDS 160MHz 3.3V TQFP64 0 to 70℃
Tx THC63LVD823B 51bit/
2pix
LVCMOS
2ports
LVDS 2ports 160MHz
(320Mpps)
3.3V TQFP100 -20 to 70℃
Tx THC63LVD1023B 67bit/
2pix
LVCMOS
2ports
LVDS 2ports 160MHz
(320Mpps)
3.3V LQFP144 -20 to 70℃
Rx THC63LVDF84B 28 LVDS LVCMOS 85MHz 3.3V TSSOP56 -10 to 70℃
Rx THC63LVDF84C 28 LVDS LVCMOS 112MHz 3.3V TSSOP56 -40~85℃
Rx THC63LVDF84B(5S) 28 LVDS LVCMOS 65MHz 3.3V TSSOP56 -40 to 85℃
Rx THC63LVDR84B 28 LVDS LVCMOS 85MHz 3.3V TSSOP56 -10 to 70℃
Rx THC63LVDR84C 28 LVDS LVCMOS 112MHz 3.3V TSSOP56 -40~85℃
Rx THC63LVD104C 35 LVDS LVCMOS 112MHz 3.3V TQFP64 -20 to 85℃
Rx THC63LVD824A 51bit/
2pix
LVDS 2port LVCMOS
2port
170MHz
(85Mpps)
3.3V TQFP100 -10 to 70℃
Rx THC63LVD1022 33 LVDS 2ports LVCMOS 150MHz 3.3V TQFP100 0 to 85℃
Rx THC63LVD1024 67bit/
2pix
LVDS 2ports LVCMOS
2ports
135MHz
(270Mpps)
3.3V LQFP144 -40 to 85℃
Repeater THC63LVD1027 70bit/
2pix
LVDS 2ports LVDS 2ports 85MHz
(170Mpps)
3.3V eTSSOP64 -40 to 85℃
210_ext_30_en_0.jpg
Automotive Applications
212_ext_30_en_0.jpg
TV, Display, Monitor
223_ext_30_en_0.jpg
Medical
224_ext_30_en_0.jpg
Cameras
225_ext_30_en_0.jpg
Amusement Equipment
226_ext_30_en_0.jpg
Multifunction Printers
227_ext_30_en_0.jpg
Mobile, Tablet Devices
228_ext_30_en_0.jpg
Projectors

Related Solutions

234_ext_30_en_0_S.jpg

How to respond to cost reduction requirement
In choosing ICs, it is important to reduce costs. From many options THine Electronics offers, you can find not only the best performance, but the best cost reduction.

231_ext_30_en_0_S.jpg

How to choose interfaces to those of prior and succeeding ICs?
Decision of Interface makes the size of your business. What is the most desired interface? Please see an example of THine's solution with its deep know-how in the industry.