New Arrival | Forlinx Released FET-G2LD-C SoM

In May 2022, Forlinx officially launched FET-G2LD-C SoM, carries Renesas RZ/G2L processors. As a leading embedded ARM board manufacturer in China, Forlinx has strong cooperation with Renesas Electronics.

About Renesas Electronics, many engineers know it is a global leading supplier of microcontrollers, analog power devices and SoC, with very strong technical strength. RZ/G2L is a high-performance, ultra-efficient processor launched by Renesas Electronics for pan-industrial field with many advantages. Heterogeneous multi-core Cortex-A55+Cortex-M33, rich functional interface resources, outstanding multimedia performance, extensive applications and ease of use.


Renesas RZ/G2L som


FET-G2LD-C SoM carries two [email protected], and integrates a MCU [email protected] for real-time control. And a GPU [email protected] and supports a variety of display interfaces. With rich functional interface resources, like multi-channel UART, Ethernet, CAN-FD, etc. Extensive applications and ease of use, applicable to industrial, healthcare, power, transportation and other pan-industrial application scenarios.

1. Stable industrial grade temperature (-40℃~+85℃)

All components of FET-G2LD-C SoM are industrial-grade temperature, including CPU, RAM, ROM, resistors, capacitors, inductors, connectors, operating temperature -40°C~+85°C. Thus it is resistant to high temperature and severe cold, easily cope with various harsh environments. Moreover, FET-G2LD-C SoM has excellent electrical performance due to Forlinx rich experience of design and product implementation on ARM boards. Strict ambient temperature test, pressure test, and long-term stability operation test are carried out in the design stage to ensure it is stable and reliable in various terminals and sites.

Stable industrial grade temperature

2. 10years + super long service life

RZ/G2L has a 10-year+ life cycle guarantee, and its Linux kernel is the super long-term support (SLTS) Kernel maintained by CIP. Thus FET-G2LD-C SoM has ultra-long-term supply support, which is very important for long-life cycle products such as healthcare and industrial control.

FET-G2LD-C SoM

3. Rich Peripheral Interfaces

FET-G2LD-C SoM is very ease of use and versatility with rich peripheral interface resources, like 2 Gigabit Ethernet controllers, 2 CAN-FD, 2 USB2.0, 7 UART, MIPI-DSI, Parallel RGB, MIPI-CSI, DVP, SD, IIS, IIC, SPI, QSPI, PWM, ADC, etc. It can easily expand various functions, help user develop products without functional limitations.

4. Powerful multimedia for HMI and Image Acquisition

FET-G2LD-C SoM has rich multimedia resources, supports a variety of display, camera, audio interfaces, and meets the needs of HMI and image acquisition in multiple scenarios. A 3D GPU [email protected], support Vulkan, OpenGL, OpenCL. It also support VPU video hardware encoding and decoding, perform encoding and decoding of H.264 1080P, make the display of HMI more beautiful and friendly, bring a stronger human-computer interaction experience.

5. Multi-function Timer Pulse Unit, MTU3a Enchantment

Its timer resources include 1-channel 32-bit MTU3*, 8-channel 16-bit MTU3*, 8-channel 32-bit PWM*, and 3-channel watchdog*. The integrated Multi-Function Timer Pulse Unit 3, MTU3a, consists of eight 16-bit timer channels and one 32-bit channel. It can realize PWM complementary input and output for encoder signal input and motor control.

(Note: resources with * are multiplexed)

6. Target Applications

The versatility and industrial-grade quality of FET-G2LD-C SoM make it suitable for many industries such as healthcare, power, industry control, transportation, IoT, environmental monitoring, etc. Its excellent stability performance can help users empower products stably.


FETG2LD-CSoM Basic Parameters

Processor

Renesas RZ/G2L (R9A07G044Lxx)


MPU Core: Arm [email protected], 1-core or 2-core

MCU Core: Arm [email protected], 1-core


GPU:

• Arm Mali-G31

• OpenGL ES 1.1/2.0/3.1/3.2, Vulkan 1.1, OpenCL 2.0


VPU: Encoding / Decoding

• H.264 / AVC (High Profile / Main Profile / Baseline Profile)

• H.264 / MVC (Stereo High Profile)

• up to 1920 x 1080 x 30 fps


ISU:

• image input up to 5M (2800×2047)

• image output up to Full HD (1920×1080)

• Support color format conversion

• RGB / ARGB / YcbCr422 / YcbCr420 / RAW(Grayscale)

RAM 1GB / 2GB DDR4
ROM

QSPI NorFlash: 16MB

eMMC: 8GB / 16GB optional

Working Voltage DC 5V
Working Temperature -40~85℃
Package board to board connector(3*80pin Spacing 0.5mm, height 2mm)
Dimensions 38mm x 60mm
OS Linux4.19

7. OK-G2LD-C SBC with rich functional interfaces

The carrier board of FET-G2LD-C SoM reserves very rich interfaces. And add EMC protection design on RS485, CAN. Facilitate user evaluation and development.


OK-G2LD-C SBC Function Parameter
Interface QTY Spec.
MIPI DSI 1

The carrier board leads out 4 lane MIPI_DSI through FPC socket;

default adaptive Forlinx 7-inch MIPI screen, resolution 1024 x [email protected]

Reserve support Forlinx MIPI-DSI to LVDS & HDMI module;

MIPI CSI 1

Lead out through 26Pin FPC socket and 2 x 10Pin 2.0mm sockets;

Support OV5645, up to 2592X1944

USB Host 2 Two USB 2.0 extended by the hub (up to 480 Mbps)
USB OTG 1 USB2.0 lead out through USB Type-C( up to 480 Mbps)
Ethernet 2 10/100/1000Mbps, RJ-45
WiFi 1

Module: RL-UM02WBS-8723BU-V1.2

WiFi: IEEE 802.11b/g/n 2.4GHz

Bluetooth: BT V2.1/BT V3.0/BT V4.0

Bluetooth 1
4G 1 Support 4G module EC20 by default
QSPI 1 One QSPI Flash chip on QSPI1 to store user data
TF Card 1 The carrier board leads out SD signal through TF card holder, which can mount TF Card
Audio 1

WM8960 default onboard;

Support headphone output and MIC input, integrated on one 3.5mm headphone jack;

Support two 1W8Ω speaker output, lead out through XH2.54 white terminal

CAN 2 CAN-FD with Electrical isolation
RS485 1 Automatic control of sending and receiving direction, with electrical isolation
I2C 3 to mount audio, RTC, camera and other equipment on carrier board
PWM 1 adjust backlight brightness
RTC 1 Independent RTC chip onboard. The time will be recorded by button battery when carrier board is powered off.
SCIF(UART) 1 Lead out through 2.54mm pins
SPI 3 Lead out through 2.54mm pins
ADC 8

Lead out through 2.54mm pins

ADC_CH4 is additionally connected to a sliding rheostat to facilitate user debugging

JTAG 1 Lead out through 1.27mm pins

To support clients’ product development, Forlinx provides technical support and after-sales service, and free download of related product technical files.

Besides, Forlinx also provide software/hardware design services, customize carrier board according to clients' requirements.

Please inquiry our sales for details.