MIPI CSI based development kits overview

those image sensors for webcam applications are highly integrated, and can be connected to PC via USB, eg OV7725 vga

Sony image sensor interface is using sub-LVDS, sort of bridge circuitry is required to convert to MIPI CSI protocol

sensor bridge:

Lattice various solutions, eg MachXO3 ,$25

Lattice FPGA Mach project

IMX219 running on 4 lanes with MachXO3

Xilinx Virtex(very high performance), Zynq(64 bit controller + FPGA)

Xilinx appnote

Epson S2D13P04 ( details to be added )

btw, HiSense 3516 series are image sensor SoC which encodes videos in H.264 , H.265 formats, not really intended for raw image or videos

System level:

Cypress EZ-USB CX3, with USB3 interface

video intro

Denebola development kit from E-Con:

eCon e-CAM130_CUTK1 connecting to a Tegra K1 board via 4-lane MIPI CSI-2 interface:

Texas Instruments DaVinci imaging processor with Lattice sensor bridge:

Raspberry Pi and clones eg banana Pi/Pro(Allwinner A20), OrangePi, Odroid,....

NB: The camera module from Raspberry Pi has a crypto chip, and device driver is closed source.
Anyways, Raspberry Pi was not started with totally free open source. The boot codes were not open source either. It just claimed to support linux kernel and Debian based systems, eg Raspbian.

Please also see recent development of Raspberry Pi Clones

and third party camera modules on amazon

Nvidia Jetson TX1

this Tegra K1 ARM is more powerful than Snapdragon 805, and have 3 MIPI

and the devkit:

various solutions from AntMicro

$1000 bounty :

99 Euro Zynqberry:

SBC1654:
i.MX515 ARM® Cortex®-A8 Computer with Spartan®-6 FPGA
and MIPI™ CSI℠ CMOS Camera Interfaces

Inforce 6309™ Micro SBC powered by the Qualcomm® Snapdragon™ 410/410E application processor (APQ8016/APQ8016E)

Inforce 6410Plus: Single Board Computer (SBC) is based on the Snapdragon 600/600E processor (APQ8064/APQ8064E)

Connected i.MX6

Pine AllWinner A64

snapdragon DragonBoard 410c

CNX has an ever expanding lists

dtsheet

- seeing is believing

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