ForgeFPGA 2K Low-Density FPGA Solutions

Product Highlights > ForgeFPGA 2K Low-Density FPGA Solutions

            ForgeFPGA 2K Low-Density FPGA Solutions
                    Renesas small, low-power, highly versatile devices feature configurable logic up to 2.2k LUTs, 2.2k DFFs, and 64 KB BRAM
    

The Renesas SLG47912, SLG47920, and SLG47921 series are small, low-power devices that are ideal for common FPGA applications. The user creates their circuit design by programming the one-time programmable (OTP) non-volatile memory (NVM) or providing a bitstream through the SPI interface to configure the FPGA core, the IO pins, and the macrocells of the chip. This highly versatile device allows a wide variety of FPGA applications to be implemented. SLG47912, SLG47920, and SLG47921 devices expand the ForgeFPGA family and offer double the resources (2,000 LUTs) of the SLG47910V. Also, the SLG47912, SLG47920, and SLG47921 introduce LVDS communication support.

Features

Dense array of configurable logic for SLG47920/21:

2.2k LUTs
2.2k DFFs
10 KB distributed memory
64 KB BRAM

Dense array of configurable logic for SLG47912:

1.1k LUTs
1.1k DFFs
5 KB distributed memory
32 KB BRAM

Configuration options: OTP, SPI primary, and SPI secondary modes
AES decryption
High-frequency oscillator

50 MHz high-frequency oscillator
3.41 MHz low-power mode

RoHS compliant/halogen-free

Power supply:

Two separate domains (16 or 20 GPIOs per domain)
VDDIO0 and VDDIO1: 1.71 V to 3.465 V
VDDC: 1.1 V ±5%

Power-on-reset (POR)
Two phase-locked loops (PLL)
Six LVDS-capable GPIOs (three LVDS pairs)
GPIO count: 32/40 GPIOs
Operating temperature range: -40°C to +85°C
Packages:

SLG47920:

40-pin QFN: 5 mm x 5 mm, 0.4 mm pitch, 32 GPIOs

SLG47921:

48-pin QFN: 6 mm x 6 mm, 0.4 mm pitch, 40 GPIOs
48-pin WLCSP: 3.24 mm x 2.57 mm, 0.35 mm pitch, 40 GPIOs

Applications

Consumer electronics
Data communications equipment
Handheld and portable electronics
Notebooks and tablet PCs
Industrial instrumentation and controls
I/O bridging/GPIO expansion

Simple glue logic/bus arbitration
LED controls/driving
Sensor interface/preprocessing
Hardware-based security
Custom serial protocols
Low-power Edge AI (very basic)