Can you please help, I am having difficulties source the TI MIPI to LVDS display.
I don'thave time to create and validate the FPGA design in the Lattice CrossLink solution, and would prefer an ASSP type solution, to reduce risk and timescales.
I was discussing this with one of your distributors and they mentioned that you may have stock or at least could supply with an acceptable lead-time.
I have different display requirements using both one channel and two channel LVDS
Can you please suggest a device?
What flexibility do you have on your LVDS channel and what resolutions do you support
Replacement for TI MIPI to LVDS Display Bridge
Thank you for your interest in Quicklogic.
Please let me answer your technical questions and I will get Sales to contact you will availability and lead-time.
You are correct QuickLogic has a family of ASSP display bridges
The devices that you are most interested in are the
Bx5B1D (MIPI to 1 channel LVDS), resolution up to 1280 x 800 - QuickLogic Part # CSSP-BLFDN120
Bx5B3D (MIPI to 2 channels of LVDS), resolution up to 1920 x 1200 - QuickLogic Part # CSSP-BMFDN120
The LVDS is 3v3 and will support 888/666/565 LDI and LVDS
Digital Interface Standards for Monitor (DISM) v1.0 (JEIDA-59-1999) – LVDS (Standard 2-a)
Digital Interface Standards for Monitor (DISM) v1.0 (JEIDA-59-1999) – LDI (Standard 2-b) – identical to openLDI
The interface is programmable so that we can include the additional HSYNC/VSYNC/DE bits in the LVDS output stream or provide fix test bits
Please let me know if you have any additional questions
Please let me answer your technical questions and I will get Sales to contact you will availability and lead-time.
You are correct QuickLogic has a family of ASSP display bridges
The devices that you are most interested in are the
Bx5B1D (MIPI to 1 channel LVDS), resolution up to 1280 x 800 - QuickLogic Part # CSSP-BLFDN120
Bx5B3D (MIPI to 2 channels of LVDS), resolution up to 1920 x 1200 - QuickLogic Part # CSSP-BMFDN120
The LVDS is 3v3 and will support 888/666/565 LDI and LVDS
Digital Interface Standards for Monitor (DISM) v1.0 (JEIDA-59-1999) – LVDS (Standard 2-a)
Digital Interface Standards for Monitor (DISM) v1.0 (JEIDA-59-1999) – LDI (Standard 2-b) – identical to openLDI
The interface is programmable so that we can include the additional HSYNC/VSYNC/DE bits in the LVDS output stream or provide fix test bits
Please let me know if you have any additional questions
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Thanks for your interest in our display bridge parts, currently as of today 11th Jan 22 we have inventory of all display bridges, MIPI 2 LVDS as well as all other combinations. The parts will also shortly be available from Mouser and Digikey as we are in the process of getting them loaded on their system so you will be able to buy on line through them or Future Electronics.
I understand your situation. If you're looking for an rice purity test ASSP type solution for MIPI to LVDS conversion, you might want to consider the Texas Instruments SN65DSI85 or SN65DSI83. These devices support single and dual-channel LVDS outputs and can handle various resolutions, including 1080p and WXGA.GoldenGate70 wrote: ↑Mon Jan 10, 2022 4:56 pm Can you please help, I am having difficulties source the TI MIPI to LVDS display.
I don'thave time to create and validate the FPGA design in the Lattice CrossLink solution, and would prefer an ASSP type solution, to reduce risk and timescales.
I was discussing this with one of your distributors and they mentioned that you may have stock or at least could supply with an acceptable lead-time.
I have different display requirements using both one channel and two channel LVDS
Can you please suggest a device?
What flexibility do you have on your LVDS channel and what resolutions do you support
For flexibility, these devices allow configuration of LVDS channels based on your display requirements. The SN65DSI85 supports up to 1920x1200 at 60fps, and the SN65DSI83 supports up to 1280x800 at 60fps.
Regarding stock and lead-time, it's best to check with TI distributors directly or through TI's website, as availability can vary. Hope this helps!