The Arduino UNO Media Carrier is intended as a carrier solution to extend a UNO-based setup with high-speed media peripherals. The focus is on accessing the UNO Q carrier headers that provide camera/display signal paths and mixed-function signals required for advanced prototyping.
Why a media carrier matters in the UNO Q context
On UNO Q, MIPI camera and display signals are routed through the JMEDIA bottom header (MIPI-CSI-2/MIPI-DSI in the 1.8 V domain). In practice, a carrier board is typically used to make these signals accessible and to integrate them into an application-ready peripheral setup.
Interface focus: JMEDIA and JMISC
The media carrier approach targets the UNO Q headers JMEDIA (high-bandwidth camera/display interfaces) and JMISC (a mixed-function header with signals across domains). This supports system designs where embedded vision, display connectivity, and additional peripheral/control signals are combined in one consistent hardware setup.
Integration note: voltage domains
For carrier designs, voltage domains must be respected: JMEDIA operates in the 1.8 V domain, while JMISC combines signals from the MCU and MPU sides. Depending on the external peripherals, level shifting may be required.
For project inquiries, selection guidance (UNO Q 2GB/4GB, peripheral scope), and integration support, please use our contact page, call 089 895050, or email store-ate@atxx.de.
Technical Specifications
- Product type: Media Carrier (carrier board)
- Platform reference: UNO Q bottom carrier headers
- Relevant headers: JMEDIA, JMISC
- JMEDIA signal type (UNO Q): MIPI-CSI-2 and MIPI-DSI (1.8 V domain)
- JMISC (UNO Q): mixed-function header (signals across domains)
- Mechanical/connector characteristic (UNO Q headers): 2×30 pins, 1.27 mm pitch (carrier-design relevant)
- Design note: mind signal levels/domains; level shifting may be required for 5 V peripherals
Application Areas
- Embedded vision prototyping with MIPI camera signal paths
- Display/HMI prototyping via MIPI-DSI routing
- Edge AI setups using camera/display peripherals in the UNO Q ecosystem
- Robotics and automation prototypes combining high-speed media and mixed signals
- Evaluating signal paths, voltage domains, and peripheral integration ahead of product design
- Product type: Media Carrier (carrier board)
- Platform reference: UNO Q bottom carrier headers
- Relevant headers: JMEDIA, JMISC
- JMEDIA signal type (UNO Q): MIPI-CSI-2 and MIPI-DSI (1.8 V domain)
- JMISC (UNO Q): mixed-function header (signals across domains)
- Mechanical/connector characteristic (UNO Q headers): 2×30 pins, 1.27 mm pitch (carrier-design relevant)
- Design note: mind signal levels/domains; level shifting may be required for 5 V peripherals
FAQ
Why do MIPI cameras and displays on UNO Q typically require a carrier?
On UNO Q, MIPI camera and display signals are provided through the JMEDIA bottom header. A carrier board is typically used to make these signals accessible and integrate them into an application-ready peripheral setup.
What signals does JMEDIA carry on UNO Q?
According to UNO Q documentation, JMEDIA carries MIPI-CSI-2 and MIPI-DSI signals in the 1.8 V domain.
What is JMISC on UNO Q?
JMISC is described as a mixed-function header combining signals across domains (MCU and MPU side). This matters for carrier designs that combine high-speed media with additional control/peripheral signals.
Which mechanical details matter when designing for the UNO Q carrier headers?
The UNO Q carrier headers are referenced as 2×30 pins with 1.27 mm pitch. The appropriate header mounting style (SMD vs. through-hole) depends on the carrier PCB design.
Do I need to consider voltage domains when using media carriers?
Yes. UNO Q headers operate across different voltage domains (including 1.8 V on JMEDIA). Depending on external peripherals, level shifting may be required.
The product was launched on the market by the manufacturer before December 13, 2024
and was offered for sale by us before December 13, 2024.
The product conforms to Directive 2001/95/EC.