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MIPI
collaborative alliance devoted to developing mobile interface specfications.
See Also: Interfaces, Serial Interfaces, Parallel Interface, Bus Interfaces, UI, Interface Adapters, I3C
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13MP Jetson TX2/TX1 Camera Board
E-CAM130_CUTX1
e-CAM130_CUTX1 - 13MP Jetson TX2/TX1 camera board is a 4-lane MIPI CSI-2 camera solution for NVIDIA® Jetson TX2/TX1 developer kit. The e-CAM130_CUTX1 Board uses 13MP custom Lens camera module based on AR1820 CMOS Image sensor from ON Semiconductor. This camera daughter board can be directly interfaced to the NVIDIA® Jetson TX2/TX1 developer kit. The e-CAM130_CUTX1 is a 13MP color camera with the S-mount (also known as M12 board lens) lens holder.
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HDMI/DVI Transmitters
HDMI® transmitters and DVI transmitters remain in high demand in many professional, consumer, and automotive video applications. Analog Devices’ diverse solutions offer competitive advantages such as automotive qualification, low power, and small packages (3.4 mm × 3.4 mm WLCSP). Our range of HDMI/DVI transmitters provide conversion of a range of formats such as HDMI, MIPI, and TTL to HDMI video data. Typical applications include set-top boxes, video distribution, and digital cameras. In these applications, Analog Devices’ HDMI transmitters and DVI transmitters offer proven interoperability over years of implementation into many products. Our HDMI parts also support HDCP for encrypted content protection.
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5.0 MP NVIDIA® Jetson Nano™ Camera
E-CAM50_CUNANO
e-CAM50_CUNANO is a 5.0 MP 2-lane MIPI CSI-2 fixed focus color camera for NVIDIA® Jetson Nano™ developer Kit. This camera is based on 1/2.5" AR0521 CMOS Image sensor from ON Semiconductor® with built-in Image Signal Processor (ISP). This powerful ISP helps to brings out the best image quality from the sensor and making it ideal for next generation of AI devices.
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MIPI PHYs
Arasan MIPI PHY’s are readily available and in production with multiple foundries from 16nm to 180nm. Our PHY’s are designed for low power on the most advanced nodes for the mobile market while also targeting the automobile market on specialized nodes where extreme temperature tolerance is required.
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Multiple Camera Board For NVIDIA® Jetson AGX Xavier™
E-CAM130_CUXVR
e-CAM130_CUXVR is a synchronized multiple 4K camera solution for NVIDIA® Jetson AGX Xavier™ development kit that has up to four 13 MP 4-Lane MIPI CSI-2 camera boards. Each camera is based on the camera module e-CAM137_CUMI1335_MOD, 1/3.2" AR1335 color CMOS image sensor from ON Semiconductor® and integrated high performance Image Signal Processor (ISP). All these four cameras are connected to the base board using 30 cm micro-coaxial cable. These four 4-lane MIPI camera modules can be synchronously streamed in 4K resolution, which will be best fit for high end multi camera solution. Customers can opt to purchase anything between single camera to four cameras as according to their requirement.
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SMARC Short Size Module With Qualcomm® QRB5165 Series Octa-Core SoC
LEC-RB5N
- Qualcomm® Kryo™ 585 CPU (8x Arm Cortex-A77 cores)- Qualcomm® Hexagon™ Tensor Accelerator (HTA) running up to 15 TOPS- 4K HDMI/MIPI DSI display, MIPI CSI cameras- 2x PCIe x2 Gen3- 2x GbE Ethernet- 2x USB 3.1/2.0 and 4x USB 2.0- GPIO/SD and UFS- 5VDC +/-5% voltage input
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2MP Stereo Camera for NVIDIA® Jetson Nano™/AGX Xavier™/TX2
STEEReoCAM™
Houses two OmniVision's 1/2.9" OV2311 Monochrome image sensorHigh-speed 2-lane MIPI CSI-2 interface to connect with the Host ProcessorPlugs in to NVIDIA® Jetson Nano™/AGX Xavier™/TX2 developer kit2MP Global Shutter Sensor10-bit Monochrome output formatHouses 6-axis Inertial Measurement Unit (IMU)Baseline distance of 100mmAccurate depth sensing with a flexible range between 0.95m to 8mS-mount lens holder (M12) with pre-calibrated S-mount lens pairSupport Multiple SteereoCam to a Single board
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5.0 MP Camera For Rockchip RK3399
E-CAM50_CU96
e-CAM50_CU96 is a 5MP Fixed focus MIPI camera for 96Boards compliant Rock960 developer kit featuring Rockchip RK3399 processor. This 4-lane MIPI Camera for Rock960 board is based on our popular low-light camera module, e-CAM55_CUMI0521_MOD which has 1/2.5" AR0521 CMOS Image sensor from ON Semiconductor® and a built-in Image Signal Processor (ISP). It has S-mount (M12) lens holder which allows customers to choose and use the lens according to their requirement.
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Low Power FPGA Featuring Hardened MIPI D-PHY, LVDS, SLVS, SubLVDS, & Open LDI Bridging
CrossLink
*Two 4-lane MIPI D-PHY transceivers at 6 Gbps per PHY*15 programmable source synchronous I/O pairs for camera and display interfacing*Available in amazingly small 2.46 mm x 2.46 mm WLCSP packages and BGA packages with 0.4 mm, 0.5 mm and 0.65 mm pitch
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Envision Analyzer & Generator
MIPI C-PHY/D-PHY
The Envision X14 Analyzer capture utility provides deep analysis for MIPI camera and display protocols over C-PHY and D-PHY layers. The X14 Analyzer can be positioned either as an endpoint to test a CSI-2 or DSI-2 stream or tapped in between a CSI-2 or DSI-2 device and host for passive monitoring and analysis. The Envision X14 ensures fast Time-to-Insight through its rich set of innovative features for debug analysis and identifying and resolving elusive protocol errors.
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Video Decoders
Video decoders continue to remain in demand in many automotive, professional, and consumer video applications. Analog Devices, an industry leader in the analog video product field, offers a range of video decoders that provide high quality conversion of analog video in standard (SD) and high definition (HD) resolutions to digital video data in MIPI or TTL formats. Typical applications include decoding rear-view camera analog video and audio-video receivers. Our video decoder portfolio’s diverse solutions offer competitive advantages such as automotive qualification, on-chip differential input and diagnostic support, superior 3D-comb performance, and small packages (32-lead, 5 mm × 5 mm LFCSP).
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3.4 MP NVIDIA® Jetson Nano™ Camera
E-CAM30_CUNANO
e-CAM30_CUNANO is a 3.4 MP 2 lane MIPI CSI-2 custom lens camera board for NVIDIA® Jetson Nano™ developer Kit. This Jetson Nano camera is based on 1/3" AR0330 CMOS Image sensor from ON Semiconductor® with 2.2 µm pixel.
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8 Mega Pixel Auto Focus MIPI Camera Module
e-CAM80_MI8865_MOD
e-CAM80_MI8865_MOD is a 8 MP Autofocus MIPI RAW camera module based on Ominivision's OV8865 CMOS image sensor. The 1/3.2-inch OV8865 is a low-power high-performance color CMOS Image Sensor featuring an improved 1.4-micron with BSI technology. OV8865 is already a proven sensor in the market with dynamic range and reduced dark current that enables superior high and low light image capture. Note: You would require an external ISP to process the data. Contact us to purchase the ISP.
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13MP Camera Board For I.MX8
E-CAM130_iMX8
e-CAM130_iMX8 is a 13MP 4-lane MIPI CSI-2 autofocus color camera board for iMX8 family of processors. The e-CAM130_iMX8 camera board is interfaced directly to the CSI-2 MIPI interface on the Variscite's DART-MX8M/DART-MX8M-MINI Evaluation kit (VAR-DT8McustomBoard). The iHDR (interlaced High Dynamic Range) support helps to capture good quality images in both high and low illumination. e-CAM130_iMX8 also comes with a high-performance Image Signal Processor (ISP) that performs all the Auto functions (autofocus, auto white balance, auto exposure control). Customer who wants to integrate this camera into their end product can directly purchase e-CAM130_MI1335_MOD camera module.
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5 MP MIPI Camera Module
e-CAM52A_MI5640_MOD
e-CAM52A_MI5640_MOD is a 5MP MIPI camera Module that features OV5640 image sensor. This MIPI CSI camera module streams HD (720p) @ 60fps and full HD (1080p) @ 30fps. Any processor system like I.MX6, OMAP4430, OMAP4460, OMAP35x, AM37x, DM37x that has a MIPI CSI-2 interface can integrate the e-CAM52A_MI5640_MOD.
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Mobile and Wireless
Our testing enables wireless interoperability between and within your devices. We keep your devices connected through interoperability testing for home and enterprise Wireless networks through our Wireless Testing Services. We ensure that devices work reliably by seamlessly connecting the components within your mobile devices through our MIPI Alliance testing efforts.
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CSI & DSI Protocol Generator
Envision X84 CSI&DSI
With comprehensive support for MIPI CSI-2v2 and DSI-2 specifications, Teledyne LeCroy’s Envision X84 generator platform provides the industry’s most accurate and reliable generation of MIPI camera and display protocols for fast debug, analysis and problem solving. The Envision X84 exerciser is loaded with innovative features that help uncover elusive protocol errors and is the intelligent choice for any camera and display validation needs. Using the same hardware platform as the Envision X84 C/D-PHY protocol analyzer, the Envision X84 offers the most flexible solution for MIPI Camera and Display validation and debug.
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AI Smart Cameras
Neon Series
Typical AI vision systems with a MIPI sensor and TX2 box can be complex, bulky, and a big hassle with all the cabling, compatibility, and reliability issues involved. NEON smart cameras combine everything you need into an all-in-one hardware solution with an optimized, pre-installed software environment to improve compatibility, speed up installation, and minimize maintenance issues.
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MIPI SLIMbus
A typical mobile device has many low-speed/bandwidth peripherals connected to the host processor, which include microphones, speakers, sensors and many others. There is a need for a standard bus that enables multiple audio channels, peer-peer communications and lower pin count on the host processor. The MIPI alliance has defined the SLIMbus specification which provides a standard, robust, scalable, low-power, high-speed, cost-effective, two wire multipurpose interface that supports a wide range of digital audio and control solutions for mobile terminals.
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Open Standard Module (OSM)
ROM-2820
Advantech ROM-2820 OSM 1.1 Computer-on-Module is powered by NXP i.MX 93 SoC which includes Cortex-A55 Dual-core in combination with one Cortex-M33 real time processor, Ethos®-U65 Neural Processing Unit (NPU) and 2D graphics engine. It provides USB2.0, Gigabit Ethernet, MIPI-CSI, I2C, SPI, GPIO, CAN-FD and MIPI DSI display for embedded applications
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Low-power, High-performance FPGA
iCE40 LP/HX
*Available in three series with LUTs ranging from 384 to 7680: Low power (LP) and high performance (HX)*Integrated hard I2C and SPI cores that enable flexible device configuration through SPI*Match your preferred display to your application processor with interfaces such as RGB, 7:1 LVDS and MIPI DPI/DBI*Multi-source your image sensors by implementing flexible bridges supporting common interfaces such as HiSPi, subLVDS, LVDS and Parallel LVCMOS*Up to 128 kbits sysMEM™ Embedded Block RAM*Industry’s broadest range of 0.35 mm - 0.40 mm pitch BGAs fit in space-constrained applications
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SMARC V2.0 SoM Evaluation Kit With I.MX8M Quad/Dual 1.5 GHz/1.3 GHz (Industrial) SoC, 4GB Memory, 64GB EMMC, CAN, MIPI CSI/DSI, And HDMI 2.0
SCM180-180-EVK
*Ultra-Low Power i.MX8M Dual/Quad A53 Core*Single M4 Core*HDMI 2.0a up to 4K*Dual Channel LVDS*MIPI CSI*10/100/1000 Mbps Ethernet*USB3.0, USB OTG*PCIe 2.0*CAN 2.0B*Audio
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FPD Tester Signal Module
A040209-05-04
A040209-05-04 is a MIPI signal module board and complies with the MIPI DSI v1.2 / MIPI D-PHY v1.1 signal specifications and standards. A040209-05-04 is used with the FPD Tester and can be applied to MIPI Display testing, providing MIPI Panel standard signal and other related controls.
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SPMI Protocol Analyzer and Exerciser
PGY-SPMI-EX-PD
Prodigy Technovations Pvt. Ltd.
SPMI Protocol Analyzer (PGY-SPMI-EX-PD) is the Protocol Analyzer with multiple features to capture and debug communication between host and design under test. SPMI (System Power Management Interface) is a MIPI (Mobile Industry Processor Interface) standard with 2-wire synchronous serial, bidirectional interface that connects the integrated Power Controller(PC) of a System on- Chip (SoC) processor system with one or more Power Management Integrated Circuits (PMIC) voltage regulation systems.
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SMARC V1.0 SoM With IMX6 Quad/DualLite 800 MHz (Industrial) SoC, 1GB RAM, 4GB EMMC, GbE LAN, Audio, CAN, MIPI And PCAM
SCM120
*SMARC 1.0 (82 x 50 mm)*Ultra low power consumption Cortex™-A9*2 CAN 2.0B*24-bit TTL signal*LVDS/HDMI 1080P*10/100/1000 Mbps Ethernet*Linux3.0.35/Android 4.3*Audio
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MIPI Video Devices
The abundance of the MIPI® interface in mobile applications has driven its proliferation into other application areas such as the automotive and broader consumer environments. Analog Devices, an established provider of video products, offers a range of MIPI video devices that provide interfaces to the latest generations of system on chip (SoC) processors. Typical applications for MIPI video devices include the rear-view camera function in the automotive environment and HDMI® output from portable devices featuring a MIPI-capable SoC. The MIPI video device portfolio offers a variety of solutions.
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Automated Compliance and Device Characterization Tests
N5990A
The Keysight N5990A test automation software platform is the most powerful tool for serial and multi-lane gigabit testing. It is the unique universal platform for testing a wide range of digital buses such as PCI Express, USB, HDMI or MIPI. The same graphical user interface and operating principles are used for all applications. This boosts productivity, especially when testing devices which support multiple digital buses. The N5990A can be tailored to your individual test needs with the flexible test sequenzer and controls all instruments needed for your tests. The configurable database interface of the N5990A test automation platform enables the convenient storage of all test results. A web interface allows an effective and easy operation. Custom calibration and test procedures can be implemented easily with User Programming.
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Total MIPI Solutions
MIPI Standards starting with it's active participation as a Contributor to the MIPI Association in 2004 followed by the launch of the Industry First MIPI IP's the CSI, DSI and D-PHY IP Cores. With over 10 years of MIPI experience, Arasan has the broadest library and foundry history.
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MIPI
The MIPI Alliance creates and promotes specifications for the Mobile and Mobile-Influenced markets. These specifications enable and software interfaces that simplify the integration of components built into a device, from the antenna and modem to peripherals and the application processor.
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MIPI I3C Sensor Controller
I3C
The main purpose of MIPI I3C is to standardize sensor communication, reduce the number of physical pins used in sensor system integration and support low-power, high-speed and other critical features supported by I2C and SPI.
