4.3″ G2C1 Projected Capacitive
Part Number: 51-0401-33
Comes with a PCAP touchscreen. Compare touch types.
Powered by the G2C1 controller:
A wide range of input/output (I/O) ports including one RS-232 serial port, two high-speed RS-422/RS-485 ports, two USB 2.0 host ports, a CAN interface, 10/100 Ethernet, I2C, a CMOS serial port, and GPIO.
WiFi is supported via a USB dongle for maximum flexibility.
NXP i.MX28 454Mhz Processor. 128 MB DDR2 DRAM Onboard. 256 MB NAND Flash Onboard. A push-pull microSD card socket for additional storage. Modules have an audio beeper and battery-backed real-time clock.
All 4.3″ modules feature:
Ultra compact units combine a multi-function processor board and a 4.3-inch WQVGA (480 x 272) TFT color touch LCD.
Competitive pricing for a popular display size (used by portable gaming systems, GPS navigation, and other hand-held devices).
Good for handheld applications. Light, slim, and thin. Suitable for battery operation.
Designed for long-term availability with a 10+ year processor life and a multi-sourced, industry standard LCD form factor.
ESD and EMC results available to ease regulatory compliance testing.
- 3D Step-File To Download: Right Click and Choose “Save Link As”
- CPU: NXP i.MX28 454Mhz Processor
- Storage Capacity:
- 128 MB DDR2 DRAM Onboard
- 256 MB NAND Flash Onboard
- I/O Interface:
- 10/100 Mbps Base-T Ethernet: Features low profile Molex Pico-SPOX (24AWG Compatible Crimps) and MAC / PHY Onboard
- RS-232, RS-422/RS-485 (2), 3.3V CMOS Serial Ports
- Two USB 2.0 (High Speed) Host Ports
- One USB 2.0 (High Speed) On-The-Go (OTG) Port
- One I2C Port
- One CAN Port
- 8-bit GPIO Port 5V Tolerant
- Contact us for additional I/O options.
- Audio: Beeper
- Linux Kernel 2.6.35 with Qt 4.8.4 and QtCreator IDE 2.8.0
- Samba File Server for easy file access from Windows
- UBIFS NAND Flash file system for speed and reliability
- USB Hotplug for module Host Ports
- SSH Server
- Ships with Serial Interface for QML Applications. See Application Notes to convert to Ethernet or CAN connection.
- Custom Linux Kernel Build Supported and Maintained by Reach Technology. Contact us for your specific requirements.
- Display Type: 4.3” Diagonal TFT Color LCD
- Resolution: 480 x 272 WQVGA, 24-bit Color
- Orientation: Landscape, Portrait, 180° Flip
- Luminance (with touch): Typical 400 (cd/m²)
- Viewing Angles: 70/70 left/right, 50/70 up/down
- Backlight: LED
- Manufacturer: FEMA Electronics
Get detailed panel specifications.
- Type: Glass/Glass
- Controller: Included
- Cover (Décor) Glass: Optional; Contact Reach
- Multi-touch: Hardware Supported; Software Contact Reach
4.65″ W x 2.65″ H x .522″ D
- Operating Temperature: -20 to 70° C; the LCD temperature range primarily limits this
- Storage Temperature: -30 to 80° C
- Humidity: Max 90%RH at 60° C; No Condensation
- EMI and ESD Test Results Available: Contact Reach
- EMI and ESD Test Results Available. See EMC Testing Results and ESD Testing Results.
- Passes FCC Class B Emissions without an enclosure (8-layer fully shielded PCB)
- Survives 27KV ESD (in an enclosure) to pass strict gaming commission standards
- Thermal, Mechanical, Vibration: Contact Reach
- RoHS 2 Compliant: Yes
- Power Supply Voltage: +5VDC (5.15V for 5V USB Host Port Power Out)
- Power Consumption: Max 650mA/5VDC
The G2C1 module requires a 5V DC input, +/- 5%, on jumper J3. At boot-up, it uses a maximum of 650 mA with no external devices attached. If the module is supplying power to external USB devices (500mA max.), the input power should be a minimum of 5.15 V to meet the USB specification at the far end of the longest USB cable run. The module can also supply +5V to other external devices on some of the connectors, and all such supplies need to be considered in the power budget. The input power connector can handle 3A of nominal 5V input. The module can also be powered via the USB OTG connector. Please consult Reach Technology for requirements to power this way.
The board mounting holes are connected to a digital ground. These must be connected to a chassis ground either directly or through a transient protection diode for ESD. The resistive touch circuit has ESD protection that shorts ESD on the touch panel to the board mounting holes.
Gaskets are available, visit Mounting Options for more information.
Download a new software release by selecting the appropriate model and kernel image from the table below (usually the latest version). Then visit the SD Card section for a discussion on tools you can use to install the new software on your SD card.
|Part Number||Date||Change Log||File Size||Image||Software Documentation|
Note: The downloadable images are now compressed using zip. Once downloaded unzip and then write the [Release].img file to an SD card.
Detailed Explanation: On orderly shutdown, Linux was writing the last known time to /etc/timestamp, and then on power-on, it compared the time from HW real-time clock with the file value and set system time to the “lastest” of the two. The problem is, if the HW clock battery dies, the “later” time is invalid but might only be off by an hour or a day and not enough to draw attention, but if the application is doing time/date data logging this could be enough to mess things up. By making it rely on the HW clock only, if the date is wrong it will be 1970 which should be obviously wrong.
See how to get your development kit set up, learn more about QML development, see Application Notes, and more resources to get started in G2C v1.0 Software Documentation.
Watch how to get a 4.3″ kit up and running once it arrives.
See how to set up an application, design your first screen, and download code to the module.
Find more tutorial resources.
Consider getting a microSD card extension cable if you are doing a lot of development and frequently replacing the microSD card in your module.
Other accessories come with Development Kits. However, some customers need additional items for prototyping. In that case, items can be purchased online by model.
Embedded Touchscreens Made Easy:
Up in Days, Smoothly to Production. Get started with a Development Kit.
Reach Technology is now a part of Novanta Corporation.
Research & Development
155 ‘B’ Avenue, Suite 200
Lake Oswego, OR 97034