iWave Global, a leader in embedded computing and FPGA System on Modules, announced the launch of the iG-G80M, a powerful Versal™ RF Series System on Module (SOM) engineered to deliver unmatched wideband RF capture, massive DSP compute, and low-latency signal processing for next-generation aerospace, defense, wireless, and test & measurement systems.
Built on the AMD Versal™ RF Series adaptive SoC, the SOM integrates high-resolution RF-data converters, AI Engines, LDPC decoder, and programmable logic into a highly optimized form factor. The signal processing blocks are FFT/iFFT, 1 GSPS channelizer, LDPC decoder, and polyphase arbitrary resampler. This monolithic architecture enables designers to analyze, process, and act on RF data in real time without companion FPGAs or discrete converters dramatically reducing system power, size, weight, and complexity.
Features of iG-G80M Versal™ RF System on Module
- Versal™ RF Family with VSVA2488 Package
- Compatible with VR1952/ VR1902/ VR1652/ VR1602 devices
- Up to 2,473.8K Logic Cells & 1,130.88K LUTs
- RF Input and output frequency support up to 18GHz
- 14bit RF 16/8 ADC Channel support up to 8/32GSPS
- 14bit RF 16 DAC Channel support up to 16GSPS
- On SOM syncE & Low jitter clock generator IC
- 32bit, 4GB LPDDR5X from PS & 32bit, 4GB LPDDR5X from PL
- 2 x Dual channel (2x16bit) 4GB LPDDR5X from PL
- 32GB eMMC Flash, 256MB OSPI Flash or 256MB QSPI flash from PS, and 2Kb EEPROM
- PCIe x4 Gen5 through GTYP Transceivers
- 20/10 GTM2 High-Speed Transceivers (Up to 56Gbps/112Gbps) or 12 GTYP High Speed Transceivers (Up to 32Gbps)
The iG-G80M Versal™ RF SOM delivers exceptional compute density and wideband RF performance in a single, integrated module, built around the Versal™ RF Series device. Its compute architecture features dual Arm Cortex-A72 processors running at 1.65 GHz and dual Arm Cortex-R5F cores at 800 MHz, and as many as 126 AI Engine tiles with 32 Mb of dedicated AIE data memory.
The SOM integrates high-frequency, high sample-rate RF-sampling data converters with integrated signal processing IP for high-performance RF system and RF ADC/DAC High-speed connectivity is enabled through dedicated RF ADC/DAC 128 pin board-to-board connector.
“The Versal RF SoM delivers unmatched RF bandwidth, DSP capability, and integration in a compact module,” said Pradap Raj, Associate Director – System on Modules at iWave Global. “With its wideband data converters and hard IP compute, the iG-G80M enables designers to build faster, smarter, and more power-efficient RF systems across aerospace, defense, wireless, and test applications.”
With wideband spectrum capture and real-time DSP acceleration, the iG-G80M SOM is ideal for phased-array radar and multi-mission defense systems, electromagnetic spectrum operations (EMSO) & SIGINT, satellite communications, and broadband ground terminals, 6G research, wireless test instruments, oscilloscopes, and spectrum analyzers. The SoM’s ability to perform direct RF sampling and on-chip DSP reduces the need for analog downconversion stages, minimizes system latency, and streamlines RF signal chains for high-performance applications.
The iG-G80M Versal RF SoM is available for early access customers. Engineering samples, evaluation kits, and documentation can be requested through the iWave Global sales team at mktg@iwave-global.com.
iWave Global is a leading provider of embedded computing solutions, FPGA System on Modules, and ODM design services, enabling next-generation innovation across aerospace, defense, industrial, medical, and automotive markets. With over 26 years of engineering excellence, iWave specializes in advanced SoMs built on cutting-edge processor and FPGA technologies. Through deep expertise in RF, FPGA, AI, and edge computing architectures, iWave accelerates product development and delivers reliable solutions for mission-critical applications.
